ADC Telecommunications PSM0804A FlexWave Prism - Cellular 40 Watt User Manual 3

ADC Telecommunications Inc FlexWave™ Prism - Cellular 40 Watt Users Manual 3

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Get I nform at ion

Page 110 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Viewing the Alarms Report

To access the Current Alarms report, in the Syst em Menu bar, click System Information

> Get Information, and then in the Reports panel Type list, select Alarms.

The Current Alarms table provides the following inform ation:

•Severity—whet her alarm is classified as Maj or or Minor.

•Ack’d—whether the alarm has been acknowledged, as indicat ed by a

checkm ark.

•Alarm Code—syst em -assigned alarm code. See “ Troubleshoot ing Alarm s” on

page 185 or use t he “ I ndex of Alarm s” on page 313 to find t he page num ber

for a specific alarm description, which includes t he alarm code.

•Alarm Name—descriptive nam e of alarm .

•Timestamp—dat e and tim e when the alarm occurred (YYYY:MM:DD:HH:MM:SS)

•Unit Id—ident ifies the unit wit hin t he syst em ; see “ Unit I dentificat ion” on

page 43.

•Unit Type—what t he unit is, such as Host or Rem ot e

•Unit Name—nam e assigned t o the unit

•Module—type of m odule wit hin the specified unit t hat is experiencing t he alarm

( SeRF, DART, Power Det ect or, SFP)

•Module Name—user- assigned nam e for t he m odule t hat assist s in ident ifying

m odules when t roubleshoot ing

•RF Band—type of passband provided by t he DART ( if applicable)

Syst em I nform at ion

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 111

•Extended Info—link t hat provides furt her inform at ion on the alarm , including

troubleshoot ing inform at ion.

IFEU + RAU Report

The IFEU + RAU report pert ains t o an I nt erReach Spectrum system and is not

applicable t o t his release.

Get I nform at ion

Page 112 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Viewing the All Report

The All Report consolidat es all available report s into a single web page.

Syst em I nform at ion

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 113

Downloading a Report

CAUTION! The All Report or Analog Units Report can take several minutes to download.

You can download the reports t o your laptop in Windows Excel form at .

Do t he following t o download a report t o your com puter:

1I n the Syst em Menu bar, click System Information > Get Information.

2On t he Get Information page, in t he Reports panel Type list, select t he nam e of the

report that you want to download.

3Click Download.

4I n t he File Download window, click Save.

Get I nform at ion

Page 114 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

5I n t he Save As window, navigat e to where you want the report file saved, and

then click Save.

The file is saved as specified.

Syst em I nform at ion

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 115

6Go t o the directory where t he file was saved t o open t he file.

NOTE: While Excel is often used to view this file, Excel uses characters such as hyphens and

slashes to create formulas. If discrepancies are seen in this report, use a text editor to

verify the report’s content.

Get Optics I nform ation

Page 116 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

GET OPTICS INFORMATION

The Get Optics Information page allows you t o view inform ation on t he fiber.

To access the Get Optics Information page, in t he Syst em Menu bar, click System

Information > Get Optics Information.

The Filter panel has t he following elem ent s:

•View list —allows you t o select a filt er to be applied t o the page

•contains box—allows you t o ent er filt er crit eria

•Filter button—click t o apply t he filt er

The Get Optics Information t able has the following elem ents:

•Unit Type—whether the unit is a Host or Rem ot e

•Unit Name—user defined nam e of t he unit

•SFP Number—syst em assigned num ber ( from 1 t o 8) for t he Optical port s

•SFP Name—user ent ered port nam e or UNKNOWN_SFPNAME, which indicates that a

nam e has not been entered.

• Optics Type

–LongRange—26 dB

–IntermediateRange—18 dB) .

Syst em I nform at ion

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 117

•Wavelength (nm)—num ber displayed is t he wavelengt h transm it t ed through this

port :

– Non- duplex and WDM configurat ions

1550 nm fwd

1310 nm rev

– CWDM configurations can be one of eight wavelengt hs:

•Tx Power (dBm)—launch power level in dBm of forward pat h signal. The m inim um

FWD launch power is - 2 dBm , and t he m axim um is 3 dBm .

•Rx Power (dBm)—Receive power level in dBm of reverse pat h signal, which

incorporates the launch power of t he Rem ot e Unit SFP plus all optical losses

( insert ion losses, fiber cable loss, and so fort h) .

•Remote Name—nam e of the Rem ot e connected t o t his Optics port .

•Alarm Status—whet her an alarm is active. I f an alarm is act ive, there will be a

Minor or Major link t hat you click to open a dialog that defines the act ive alarm ,

as described in “ Viewing Alarm Det ails” on page 45. The background color of

the Alarm Status cell also indicat es t he alarm level (see “ Alarm Color Codes” on

page 44) .

1470 nm 1550 nm

1490 nm 1570 nm

1510 nm 1590 nm

1530 nm 1610 nm

Get Logs

Page 118 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

GET LOGS

The Get Logs page allows you to save com pressed t ar archive files of Prism logs.This

featur e is prim arily used by ADC personnel when t roubleshoot ing a syst em .

However, you should know how t o creat e a log so you can em ail the log t o ADC if

request ed t o do so.

1To access the Get Logs page, in t he System Menu bar, click System Information >

Get Logs.

2Click Get Logs.

3I n t he File Download dialog, click Save.

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4I n t he Save As dialog, navigat e t o where you want t o save the log file.

Aft er a log has been creat ed, it is list ed as an Available Log in t he Get Logs page.

5I n Windows, navigat e t o where you saved the log zip file on your hard drive.

6Double- click on t he t ar file to access the logs.

Get Logs

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FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 121

SYSTEM MANAGEMENT

Moving or Reconfiguring Fibers .............................................................................................. 122

Edit t he Properties of All Unit s in t he System ........................................................................... 123

Reset All Unit s t o Fact ory Default ........................................................................................... 124

Backing Up a Syst em Configurat ion ........................................................................................ 126

Restoring a Backed Up System Configuration ........................................................................... 128

Perform Syst em Test ............................................................................................................ 131

Schedule Syst em Test .......................................................................................................... 135

Schedule Syst em Test s by Dat e and Tim e .......................................................................... 135

Disable a Scheduled Syst em Test ...................................................................................... 137

Set SNMP Trap Managers ...................................................................................................... 138

Adding an SNMP Trap Manager ......................................................................................... 139

Modifying an SNMP Trap Manager ..................................................................................... 141

Delet ing an SNMP Trap Manager ....................................................................................... 142

Set up SNMP ....................................................................................................................... 144

Activate Optional Features .................................................................................................... 145

The EMS views and param et ers discussed in t his section affect the entire Prism

syst em , as opposed t o affecting an individual unit or m odule.

Topics Page

Moving or Reconfiguring Fibers

Page 122 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

MOVING OR RECONFIGURING FIBERS

I f you need t o m ove or reconfigure fibers during t roubleshoot ing, follow t he st eps

below.

1Move Host SFPs and fibers to t heir new locations.

2Do t he following if a previously filled SFP posit ion is now em pty:

aThere will st ill be a GUI represent at ion of a Rem ot e on t hat SFP. To rem ove

this ghost represent at ion, follow the st eps in “ Clear All Disconnect Alarm s”

on page 184.

bTo delete fiber and SFP alarm s at t ribut ed t o the abandoned SFP positions,

follow t he st eps in “ Clear Current Alarm s” on page 170.

3 Com ple t e t his st ep only for m oved DARTs now in a n alarm e d st ate. I f

the configurat ion of a Rem ot e Unit DART originally connect ed t o an SFP does

not m atch t he configurat ion of the DART m oved t o t he SFP, the new DART will

have an alarm st at e such as Module Missing Fault or DART Hardware Mismatch. I n this

inst ance, follow the st eps in “ Clearing DART Configurat ions” on page 161 to

clear the configurat ion of t he DART in the alarm ed st at e.

Syst em Managem ent

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 123

EDIT THE PROPERTIES OF ALL UNITS IN THE SYSTEM

The Edit Unit Properties page t hat is accessible t hrough the Syst em Menu bar allows

you t o edit basic inform ation and opt ionally provide not es for all t he unit s in the

syst em at one tim e.

To access the Edit Unit Properties page, in t he Syst em Menu bar, click System

Configuration > Edit Unit Properties.

The Edit Unit Properties page has the following elem ent s, where each row in the Edit

Unit Properties t able correspond t o the unit identified in the Unit Id colum n.

•Unit Id colum n—ident ifies t he unit wit hin t he system ; see “ Unit I dent ificat ion”

on page 43.

•Unit Name colum n—provides a text box t hat allows you t o ent er a unique nam e

for t he Host and each connect ed Rem ot e. Each Unit Name m ust st art with an

alphabet ical charact er, be between 5 and 40 charact ers (alphanum eric or

underscore only) , and contain no spaces.

•IP Address colum n—t he I P address of t he unit

NOTE: An IP address of the type 169.254.x.y will only be communicable if the connected laptop also has

a 169.254.x.y address.

•Contact Alarms colum n—ident ifies act ive contact alarm s, if any. For inform ation

on contact alarm s, see any of t he following:

–“ Contact Alarm s—Host Syst em Card” on page 201

–“ Contact Alarm s—Rem ot e Unit ” on page 201

•Notes colum n—provides a text box t hat allows you t o ent er notes specific to t he

unit . You can ent er up t o 256 charact ers; all keyboard charact ers can be used.

Reset All Unit s t o Fact ory Default

Page 124 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

RESET ALL UNITS TO FACTORY DEFAULT

This procedure reset s t he Host and all connected Rem ot e Unit s ( PRU or URU) to

their fact ory default settings.

This procedure does not clear com m anded Out of Service and Band Lockout

set tings ( see Table on page 42) .

1Docum ent all configurat ion dat a, as everything except user I Ds and I P

configurat ion will have to be re- ent ered. To record the current configuration:

aFollow the procedures in “ Viewing t he All Report” on page 112 t o access the

syst em configurat ion reports.

bFollow the procedures in “ Downloading a Report ” on page 113 t o download

the syst em configurat ion reports to a hard drive.

2I n t he Syst em Tree, click on the Host icon.

3I n t he Unit Menu bar, click Unit Configuration > Edit Properties, t o open t he Unit

Configuration > Edit Properties page.

4Click Reset all units to factory defaults.

5I n t he confirm at ion dialog, click OK.

The syst em configuration is cleared, and you are logged out of your current

EMS session.

Syst em Managem ent

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6Log back int o the EMS t o reconfigure t he system .

NOTE: It may take a few minutes for the EMS to recognize the Host and connected remotes.

Backing Up a System Configurat ion

Page 126 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

BACKING UP A SYSTEM CONFIGURATION

The Backup page allows you t o backup t he syst em configurat ion. A backup file size

is t ypically less t han 1 MB, and a new backup overwrit es the pre- exist ing backup.

You use the backup file t o restore t he configuration as described in “ Rest oring a

Backed Up Syst em Configurat ion” on page 128.

Do t he following t o backup a syst em configurat ion:

1I n t he Syst em Menu bar, click System

Configuration > Backup.

2Click Backup. I f the back up procedure fails,

the following error m essage displays:

Failed to create Back Up. At the end of a

successful backup, a link t o t he

downloaded file appears.

3To download the back-up file, click t he link

that appears, t he nam e for which is in the form at of HOSTNAME_<DATETIME>.tgz.

Only one file will be available.

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4I n t he File Download window, click Save.

5I n t he Save As window, navigat e to where you want t he backup file saved, and

then click Save.

Rest oring a Backed Up System Configur at ion

Page 128 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

RESTORING A BACKED UP SYSTEM CONFIGURATION

CAUTION! A System Restore can only occur if a previous system configuration has been backed up as

described in “Backing Up a System Configuration” on page 126.

CAUTION! A system restore requires that you log back into the system. Once you click the Restore button, the

system will be unavailable for approximately two minutes. Perform this procedure during a

maintenance window.

NOTE: A System Restore can only be performed by a user logged in as admin user or by a user with

Network Manager rights. A user assigned only Network User rights will not see the System Restore

node in the Function System Tree.

The System Restore page allows for a restorat ion of a backed up syst em configurat ion,

as follows:

•The Restore funct ion assum es t hat the sam e or com parable replacem ent

hardware com ponents are in place as when t he Backup funct ion occurred. I f

hardware com ponent changes have occurred, alarm s t hat point to t he

differences will arise.

•I f a Rem ot e has been added ( that is, was not part of t he original system

hardware setup) , then t he newly added Rem ot e will not be restored since it was

not present during t he syst em configurat ion backup.

Do t he follow ing t o r est ore a sy st e m back up:

1Make sure t here is sufficient disk space for the backed up syst em configuration

that you want t o rest ore.

2I n the Syst em Menu bar, click System Configuration > Restore.

3Click t he Browse but t on next to t he File box t o browse to the location of t he

backup file.

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4I n t he Choose File window, click on t he back- up file to select it (the backup

filenam e is in the form at of HOSTNAME_<DATETIME>.tgz, and then click Open.

5I n t he Restore page, wait for t he file nam e and pat h t o display in t he File box and

for t he ennoblem ent of t he Upload but ton, and then click Upload.

6I n t he Restore page, wait for t he file upload m essage t o display and for the

ennoblem ent of the Upload and Restore buttons, and t hen click Restore.

Rest oring a Backed Up System Configur at ion

Page 130 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

7I n t he confirm at ion dialog, click OK.

St atus m essages display t o not ify you if t he restorat ion failed or com plet ed

successfully.

Aft er a successful rest orat ion, you are logged out of t he syst em .

8Log back in t o t he EMS to cont inue m anagem ent activit ies.

Syst em Managem ent

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PERFORM SYSTEM TEST

Syst em Test perform s an RF integrit y check of the syst em . Cert ain alarm s ( such

as the RAU Antenna Disconnect alarm ) can only be set or cleared by running Syst em

Test .

CAUTION! Running System Test (System Configuration > Perform System Test) with un-terminated Host

DARTs may cause a false RLM Upconvert Fault. Ensure that all Host DARTs are terminated before

running System Test.

CAUTION! System Test interrupts RF transmission; System Test should therefore only be run during a normal

maintenance window.

CAUTION! Do not make any software or hardware configuration changes during System Test, as changes

made during the test will make the test results unreliable.

1I n the Syst em Menu bar, click System Configuration > Perform System Test.

NOTE: The table at the bottom of the Perform System Test page presents the results of the last

System Test, if any, as shown above.

Perform Syst em Test

Page 132 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

2I n t he Bands list , select t he passbands for which you want t o perform Syst em

Test . Only configured passbands will be list ed in t he Bands list .

3I n t he DART list , select t he DART you want t o perform Syst em Test. Only t hose

DARTS that are available will be list ed in t he DART list .

CAUTION! Regardless if only 1 DART or all DARTs are selected for System Test, System Test temporarily

shuts down the RF to all DARTs in the system.

Syst em Managem ent

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 133

4Click Perform System Test. A System Test has started m essage displays.

This m essage should be followed by one of t hese m essages. You m ay need to

click Refresh to see these m essages.

•System Test passed.

•System Test failed.

•System Test not available.

•System Test passed – exceptions noted in log file.

Aft er a few seconds, t he Last Test Results panel updates wit h a list of m aj or and

m inor alarm s wit h a corresponding t im est am p for when System Test was run.

5( Opt ional) Do the following t o download t he result s of System Test (to m ake

the file available for later use, such as t roubleshoot ing) .

aClick t he Click Here to Download link.

bI n t he File Download dialog, click Save.

Perform Syst em Test

Page 134 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

cI n t he Save As dialog, navigat e t o where you want to save t he file, and t hen

click Save.

The file is saved in Excel form at .

Syst em Managem ent

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SCHEDULE SYSTEM TEST

You can schedule a Syst em Test t o run on a specific dat e and tim e, as described in:

•“ Schedule Syst em Test s by Dat e and Tim e” on page 135

•“ Disable a Scheduled System Test ” on page 137

Schedule System Tests by Date and Time

CAUTION! Running System Test (System Configuration > Perform System Test) with un-terminated Host

DARTs may cause a false RLM Upconvert Fault. Ensure that all Host DARTs are terminated before

running System Test.

CAUTION! System Test interrupts RF transmission; System Test should therefore only be run during a normal

maintenance window.

CAUTION! Do not make any software or hardware configuration changes during System Test, as changes

made during the test will make the test results unreliable.

Do t he following t o schedule a single or recurring Syst em Test:

1I n the Syst em Menu bar, click System Configuration > Schedule System Test.

2Select Enable t o enable the scheduled Syst em Test ( see also “ Disable a

Scheduled System Test ” on page 137) .

3I n t he Bands list , select t he band( s) that you want t o test .

4I n t he DART list , select t he DART(s) t hat you want t o t est .

Schedule Syst em Test

Page 136 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

5Click t he icon to t he right of t he DATE box to schedule on which dat e t he Syst em

Test will run. I f you enter t he date m anually, use the YYYY/MM/DD form at . For

exam ple, to run a Syst em Test on 14 June 2011, enter: 2011/06/14.

6I n t he Time box, ent er the tim e that the Syst em Test is to run. Use the 24- hour

tim eclock form at of HH:MM:SS.

7( Opt ional) Use the Recurrence radio but t ons to set up a recurring Syst em Test .

•To have the Syst em Test recurrence int erval be counted by days, select the

Day(s) (1-30) radio but t on, and t hen in the corresponding box, ent er how

m any days should pass between each occurrence of this Syst em Test .

•To have t he Syst em Test recurrence int erval be counted by weeks, select

the Week(s) (1-4) radio but t on, and t hen in t he corresponding box, ent er how

m any weeks should pass bet ween each occurrence of this Syst em Test .

8Click Apply.

NOTE: If you leave either the DATE or TIME parameter empty and then click Apply, Schedule System Test

will not run. However, if you leave both the DATE and TIME parameters empty and then click Apply,

the System Test starts immediately.

The following exam ple has scheduled a Syst em Test for 850 Classic passbands

on 850 Classic DARTs inst alled in Host1 t o occur on 2 April 2011 at 1: 00 AM.

This System Test will occur in one- week int ervals.

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FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 137

Disable a Scheduled System Test

When you disable a scheduled Syst em Test, t he Bands, DART, Date, and Time set ting

rem ain, but the test will not be run again unt il enabled.

1I n the Syst em Menu bar, click System Configuration > Schedule System Test.

2Deselect Enable.

3Click Apply.

Set SNMP Trap Managers

Page 138 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

SET SNMP TRAP MANAGERS

The Set SNMP Trap Managers page allows you t o add, delet e, and m odify SNMP Trap

Managers.

The Registered Trap Manager table, at the top of the page, details any exist ing SNMP

Trap Managers, where:

•Select radio but t on—allows you t o select an exist ing SNMP Trap Manager to

m odify or delet e it .

•IP Address—shows t he I P address of regist ered trap m anagers

•Port—shows the port num ber for regist ered t rap m anagers

•Community—shows t he Com m unity password for regist ered trap m anagers

•Version—shows t he trap version for regist ered t rap m anagers

I f a Trap Manager has not been created, t he t able is em pt y:

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Adding an SNMP Trap Manager

1I n the Syst em Menu bar, click System Configuration > Set SNMP Trap Managers.

2I n t he Add New Trap Manager panel, do t he following:

aI n t he IP Address box ent er the I P address of t he device t hat you want t o add

as a t rap receiver. The address m ust be in t he xxx.xxx.xxx.xxx form at.

bI n t he Port box, ent er t he port on the device t hat will receive the traps. The

norm al and recom m ended SNMP Trap port is 162.

cI n t he Community box, enter a password that will allow access t o the device.

The Community password m ust be between 6 and 20 alphanum eric characters

( usually public or private) .

dI n t he Version list , select the trap version for the SNMP Trap Manager t hat

you are regist ering ( V1 or V2c) .

Set SNMP Trap Managers

Page 140 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

3Click Add.

The Registered Trap Managers table updat es wit h the new SNMP Trap Manager.

Syst em Managem ent

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Modifying an SNMP Trap Manager

1I n t he Syst em Menu bar, click System Configuration > Set SNMP Trap Managers. The

Registered Trap Managers table list s exist ing SNMP Trap Managers.

2I n t he Registered Trap Managers t able, select t he trap m anager t hat you want t o

m odify.

3I n t he Add New Trap Manager

panel, do any of t he following:

•I n t he IP Address box ent er a

new I P address. The

address m ust be in t he

xxx.xxx.xxx.xxx form at.

•I n t he Port box, enter t he

port on t he device t hat will

receive t he traps. The

norm al and recom m ended

SNMP t rap port is 162.

•I n t he Community box, enter

a password t hat allows

access to t he device

( usually public or privat e) .

The Com m unit y password

is lim it ed to 20 charact ers.

•I n t he Version list , select the trap version for the SNMP Trap Manager t hat

you are regist ering.

4Click Modify.

The Registered Trap Managers t able

updat es wit h t he m odified

SNMP Trap Manager.

Set SNMP Trap Managers

Page 142 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Deleting an SNMP Trap Manager

1I n t he Syst em Menu bar, click System Configuration > Set SNMP Trap Managers. The

Registered Trap Managers table list s exist ing SNMP Trap Managers.

2I n t he Registered Trap Managers t able, select the trap m anager that you want t o

delet e.

3Click Delete.

4I n t he confirm at ion window, click OK.

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FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 143

The delet ed SNMP Trap Manager is rem oved from t he Registered Trap Managers

table and will no longer receive traps.

Set up SNMP

Page 144 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

SETUP SNMP

1To access t he Setup SNMP page, in t he Syst em Menu bar, click System Configuration

> Setup SNMP.

2I n t he SNMP V1 Agent Override panel, do the following.

aI n t he Mode list , select t he SNMP V1 Agent Override m ode:

• Enabled

• Disabled

bI n t he Address box, ent er the SNMP V1 Agent Override address. I f t he SNMP

Agent Override Mode is not Disabled, t he syst em uses this address as t he

source address in t he t raps.

3I n t he SNMP Port Number box, ent er the SNMP port num ber for sets and gets.

4Click Apply to m odify the SNMP set t ings.

Syst em Managem ent

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 145

ACTIVATE OPTIONAL FEATURES

The Activate Optional Features page allows you t o act ivat e opt ional features available

in t he system t hat are purchased aft er t he Host Unit has been shipped.

NOTE: Activation Codes are supplied by ADC Technical Assistance (see “Appendix C: Contacting ADC/TE

Connectivity” on page 297).

1To access the Activate Optional Features page, in t he Syst em Menu bar, click System

Configuration > Activate Optional Features.

2I n t he Activation Code box that corresponds to t he feat ure t hat you want to

act ivat e, ent er t he act ivat ion code provided by ADC.

3Click Activate. The following Information m essage displays.

Activat e Opt ional Features

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MANAGING UNITS

Basic Unit Views .................................................................................................................. 148

View Optical Port s ................................................................................................................ 149

Viewing DARTs .................................................................................................................... 151

Viewing Net work St atist ics .................................................................................................... 152

Editing Unit Properties .......................................................................................................... 153

Configuring Opt ical Ports.......................................................................................................153

Viewing the Status of t he Host Unit ........................................................................................ 154

Viewing t he St at us of a Rem ot e Unit ....................................................................................... 156

Module St atus Table ....................................................................................................... 156

DART St atus Table .................................................................................................... 157

LNA St atus Table ...................................................................................................... 158

LPA St at us Table....................................................................................................... 158

PD Stat us Table ........................................................................................................ 159

Opt ical Status Table ........................................................................................................ 159

Rem ot e Stat us Table....................................................................................................... 160

Rem ot e Unit Capacity and Tem perat ure............................................................................. 160

Clear ing DART Configurat ions ................................................................................................ 161

Set t he Capacit y for a New Rem ot e Unit RSI Board ................................................................... 162

Using t he EMS GUI to Change t he Rem ot e Unit Capacit y ...................................................... 162

Using Telnet or ssh to Change t he Rem ot e Unit Capacit y...................................................... 163

Rebooting a Unit .................................................................................................................. 164

Resett ing an LPA.................................................................................................................. 165

This sect ion describes the Prism EMS param eters whose set tings affect t he

individual unit s wit hin a Prism syst em .

Topics Page

Basic Unit View s

Page 148 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

BASIC UNIT VIEWS

When you click on a device icon in t he Syst em Tree, t he following view opens in

the EMS View Fram e, in which t here are three places where t he select ed device is

ident ified. Not ice also the indicat ors for act ive alarm s. I n this inst ance the alarm

overlays on the Host and Rem ot e Unit icons indicat e that an alarm is act ive on

each device, and t he Alarm Count er shows the count of act ive alarm s.

The following graphic identifies the com ponents in a basic unit view.

Figure 22. Overview of Components in a Basic Unit View

The Unit view provides t he following inform ation:

•Name—user- defined or system nam e of the select ed unit .

•Unit Type—t he type of device that t he select ed unit is:

–Host

–PRU—Prism Rem ot e Unit

–URU—URH Rem ote Unit

•Alarm—highest level of alarm occurring on the select ed unit . Not ice t hat in t his

exam ple, t he Alarm indicat ors show t hat t here are four Minor alarm s act ive on

this syst em . The Unit view let s you know that at least one of t he alarm s is

act ive on the Host .

•Temperature—int ernal tem perat ure of t he selected unit.

•Notes—text box t hat allows you t o ent er notes specific t o the select ed unit . You

can enter up to 256 charact ers; all keyboard characters can be used.

Host icon with

Minor alarm overlay

Remote Unit icon with

Major alarm overlay

Unit identifier

(by Unit Name)

Unit identifiers in

System Tree

(by Unit Name and Unit ID)

Alarm Counter

(system wide)

Unit identifier

(by Unit Name)

Managing Unit s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 149

VIEW OPTICAL PORTS

The View Optical Ports page shows the current usage and alarm st at us of the optical

port s on a Host or a PRU/ URU plus the current values of key operat ing param et ers.

The Host and PRU/ URU chassis have eight opt ical ports, but the View Optical Ports

page only shows act ive port s ( t hose physically connect ed t o a Host or PRU/ URU) .

Each port in t he page represent s one set of forward and reverse pat hs bet ween a

Host and Rem ot e.

1I n t he Syst em Tree, click on an icon for a Host or Rem ot e Unit.

2I n the Unit Menu bar, click Unit Information > View Optical Ports.

The View Optical Ports table has the following com ponent s:

•SFP Number—Syst em assigned port num ber.

•SFP Name—user ent ered port nam e or UNKNOWN_SFPNAME, which indicat es that

no nam e has been ent ered.

•In/Out—used for cascading, which is not support ed in this release. The Host will

therefore always be set as Out ( indicat es that t he forward link for t he connect ed

SFP is going away from t he Host) and t he SFPs for all Rem ot e Unit s will always

be set as In.

• Optics Type

–LongRange—26 dB

–IntermediateRange—18 dB.

View Opt ical Port s

Page 150 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

•Wavelength (nm)—wave length transm it t ed through t his port:

– Non- duplex and WDM configurat ions: 1550 nm fwd or 1310 nm rev

– CWDM configurations can be one of eight wavelengths:

•Tx Power (dBm)—launch power level in dBm of forward path signal. The m inim um

FWD launch power is - 2 dBm , and the m axim um is 3 dBm .

•Rx Power (dBm)—receive power level in dBm of reverse path signal, which

incorporates the launch power of t he Rem ote Unit SFP plus all optical losses

( insert ion losses, fiber cable loss, and so fort h) .

•Host Name/Remote Name—dependent on t he unit select ed in St ep 1 on page 149:

– I f a Host Unit was select ed, t hen t he colum n is labeled Remote Name and the

dat a in the colum n pert ains t o t he Rem ot e connected t o this Opt ical port

ident ified in SFP Number and SFP Name.

– I f a Rem ot e Unit was select ed, t hen the colum n is labeled Host Name and t he

dat a in t he colum n pert ains t o t he Host (for selected PRU/ URU) connect ed

to t his Opt ical port identified in SFP Number and SFP Name.

•Alarm Status—whet her an alarm is act ive. I f an alarm is act ive, t here will be a

Minor or Major link t hat you click t o open a dialog t hat defines t he act ive alarm ,

as described in “Viewing Alarm Det ails” on page 45. The background color of

the Alarm Status cell also indicat es t he alarm level ( see “ Alarm Color Codes” on

page 44) .

1470 nm 1510 nm 1550 nm 1590 nm

1490 nm 1530 nm 1570 nm 1610 nm

Managing Unit s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 151

VIEWING DARTS

1I n t he Syst em Tree, click on t he icon of t he Host or PRU/ URU for which you

want t o view inform ation on it s DARTs.

2I n t he Unit Menu bar, click Unit Information > View DARTs t o open t he View DARTs

page.

The table in t he View DARTs page provides t he following inform ation:

•DART Number—identifies any installed DARTs by the slot num ber in which it is

inst alled in the Host or PRU/ URU chassis

•DART Name—syst em or user- assigned nam e; default is UNKNOWN_DARTNAME.

•Band Type—which DART m odel is installed, and t he band t ype that it is

providing

•Passband—t ype of passband

•Alarm Status—whet her an alarm is active. I f an alarm is act ive, t here will be

a Minor or Major link t hat you click t o open a dialog that defines t he act ive

alarm , as described in “ Viewing Alarm Details” on page 45. The background

color of t he Alarm Status cell also indicat es t he alarm level ( see “ Alarm Color

Codes” on page 44) .

View ing Network St at ist ics

Page 152 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

VIEWING NETWORK STATISTICS

1I n t he Syst em Tree, click on an icon for a Host or Rem ot e Unit .

2I n t he Unit Menu bar, click Unit Information > View Network Statistics t o open t he View

Network Statistics page.

The View Network Statistics table has the following com ponents:

•Port—I dent ifies t he port s in the net work.

•Rx Bytes—Receive byt e count er t hat increm ents by t he byt e count of fram es

received, including t hose in bad packet s, excluding pream ble and SFD but

including FCS bytes.

•Rx Packets—Receive packet count er that increm ent s for each fram e received

packet ( including bad packet s, all unicast , broadcast, and m ult icast packets) .

•RX FCS Errors—Receive FCS error count er that increm ents for each fram e

received that has an int egral 64 t o 1518 lengt h and contains a fram e check

sequence error.

•Rx Broadcast Pkts—Receive broadcast packet count er t hat increm ents for each

broadcast good fram e of lengt hs 64 to 1518 ( non VLAN) or 1522 ( VLAN) ,

excluding m ult icast fram es. Does not include range/ length errors.

•Rx Multicast Pkts—Receive m ult icast packet counter t hat increm ents for each

m ult icast good fram e of lengt hs 64 to 1518 ( non VLAN) or 1522 ( VLAN) ,

excluding broadcast fram es. This count does not include range/ lengt h errors.

•Rx Fragmented Frames—Receive fragm ent s counter t hat increm ent s for each fram e

received that cont ains an invalid FCS and is less than 64 byt es. This includes

int egral and non-int egral lengt hs.

•Rx Jabber Frames—Receive jabber count er t hat increm ents for fram es received

that exceed 1518 ( non VLAN) or 1522 ( VLAN) bytes and cont ain an invalid FCS.

This includes alignm ent errors.

Managing Unit s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 153

•Tx Byte Counter—Transm it byte count er t hat increm ents by t he num ber of byt es

that were put on t he wire including fragm ents of fram es t hat were involved

wit h collisions. This count does not include pream ble/ SFD or j am bytes. This

counter does not count if t he fram e is t runcat ed.

•Tx Pkt Counter—Transm it packet counter that increm ent s for each t ransm it t ed

packet ( including bad packets, excessive deferred packets, excessive collision

packets, lat e collision packet s, all unicast , broadcast, and m ult icast packet s).

•Tx Broadcast Pkts—Transm it broadcast packet counter t hat increm ent s for each

broadcast fram e t ransm it t ed ( excluding m ult icast fram es) .

•Tx Multicast Pkts—Transm it m ult icast packet count er that increm ents for each

m ult icast valid fram e transm it t ed ( excluding broadcast fram es) .

•Reset Counter but ton—click t o clear t he st at istics in the Network Statistics page.

EDITING UNIT PROPERTIES

Unit propert ies are set during init ial set up, but can be changed at any t im e. See

one of t he following:

•“ Configure Basic Host Unit Propert ies” on page 64

•“ Label t he PRU/ URU” on page 66.

CONFIGURING OPTICAL PORTS

Opt ical port configurations are set during init ial set up, but can be changed at any

tim e. See one of t he following:

•See “ Label the Host Opt ical Port s” on page 67.

•See “ Label PRU/ URU Opt ical Ports” on page 70.

View ing the St at us of the Host Unit

Page 154 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

VIEWING THE STATUS OF THE HOST UNIT

1I n t he Syst em Tree, click on the Host icon.

2I n the Unit Menu bar, click Unit Information > View Status.

The Unit Information > View Status page provides the following inform ation for t he

select ed Host . The background of each t able cell is color coded t o t he level of the

alarm ; see “ Viewing Param eters and Alarm s” on page 44. For further inform ation

on t hese fault s and alarm s, see “ Troubleshoot ing Alarm s” on page 185.

•Module Status t able—provides st atus inform ation for inst alled DARTs, where

colum ns 1 through 8 correspond t o t he slot in which t he DART resides ( Colum n

1 = Slot 1, and so forth) . I f a DART colum n has no background color, a DART

is not installed in that slot .

–DART Fault—Sum m ary of DART Downconverter 1 Synt hesizer Unlocked,

Downconverter 2 Synt hesizer Unlocked, Upconvert er Synthesizer Unlocked,

DC Supply Fault alarm s, and DART FPGA stat us.

–DART Over Drive Fault—Red indicates t hat t he RF signal received from t he

BTS/ BDA is t oo st rong. Fault t hreshold is + 19 dBm .

–DART Under Drive Fault—DART forward RF input signal below the norm al

operating lim it . Fault t hreshold is + 5 - Fwd Gain - 20

–Module Missing Fault—One of t he Host pluggable m odules is m issing

( DART/ SFP).

–DART Hardware Mismatch—Host DART does not support the select ed passband.

Fault occurs when a Host DART is replaced wit h another DART of t he

incorrect t ype.

•Optical Status table—shows t he current usage and alarm st at us of the optical

port s on the Host plus t he current values of som e key operat ing param et ers.

Managing Unit s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 155

The Host has eight optical port s, but t he Optical Status table only shows act ive

port s (physically connect ed t o a Rem ot e) . Each port in t he table (where SFP 1

is colum n 1, SFP 2 is colum n 2, and so forth) represent s one set of forwar d and

reverse paths between a Host and Rem ot e. Physically, t his m ay have been

accom plished wit h a dual-connect or through that port . Each physical port

cont ains an SFP t ransceiver wit h t wo connectors.

The Optical Status t able only shows t he Receive power level from t he Rem ot e Unit

( REV pat h) . To see the Receive power level in the FWD pat h ( from t he Host t o

the Rem ot e), you m ust open the Unit Information > View Status page for t he desired

Rem ot e as described in “ Viewing t he St atus of a Rem ot e Unit ” on page 156.

–Optical RX High BER—High bit error rat e ( BER) detected by fiber opt ic receiver.

Fault threshold is 0.00001. Threshold cannot be changed.

–Optical RX No Light—No signal det ect ed by opt ical receiver.

–Optical Transmitter Fault—SFP opt ical t ransm itter failed.

–Optical Over Drive—SFP optical receive input power above specification. The

fault t hreshold cannot be changed, and is

1 dBm for I R

-9 dBm for LR.

–Optical Under Drive—SFP optical receive input power below specificat ion. The

fault t hreshold cannot be changed, and is

-18 dBm for I R

-27 dBm for LR.

–Module Missing Fault—One of t he Host SFPs is m issing.

•Host Status table—shows the current overall stat us of t he Host .

–Host Major Contact Alarm Output Active—Maj or Contact Alarm Output active.

–Host Minor Contact Alarm Output Active—Minor Cont act Alarm Output active.

–Remote Major Contact Alarm Output Active—Red indicat es NO/ NC m aj or alarm

cont act s are in an alarm posit ion. These connect ions are typically wired t o

a local alarm alert system . This st atus indicat or is red when a m aj or alarm

is present on any Rem ot e connected t o the Host .

–Remote Minor Contact Alarm Output Active—Yellow indicates that NO/ NC m inor

alarm contact s are in an alarm position. These connections are typically

wired t o a local alarm alert system . This st atus indicat or is yellow when a

m inor alarm is present on any Rem ot e connected t o Host.

–SeRF Fault—st ate of t he SeRF. Red indicat es t hat eit her t he SeRF clock source

is unacceptable or t he SeRF card FPGA is not program m ed.

–Fan Fault—st at e of t he Host chassis fan. Red indicat es t hat the Host chassis

fan is spinning t oo slowly.

–Temperature High—Red indicat es t hat t he current t em perat ure of t he Host

int erior is above it s operat ing lim it s. Fault t hreshold is 62° C.

–Temperature Low—Yellow indicates that t he current t em perat ure of the Host

int erior is below its operat ing lim it s. Fault t hreshold is 0° C.

•Temperature—Gives t he current t em perature of the Host chassis int erior in

degrees Centigrade, as det ect ed by t he Host .

View ing t he St at us of a Rem ot e Unit

Page 156 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

VIEWING THE STATUS OF A REMOTE UNIT

For furt her inform ation on t he faults listed in t he View Stat us page for Rem ot e

Units, see “ Troubleshoot ing Alarm s” on page 185.

1I n t he Syst em Tree, click on t he icon of the PRU/ URU for which you want t o

view it s st at us.

2I n the Unit Menu bar, click Unit Information > View Status.

The Unit Information > View Status page provides the following inform ation for t he

select ed Rem ot e Unit . The background of each t able cell is color coded t o the level

of t he alarm ; see “ Viewing Param eters and Alarm s” on page 44. For m ore

inform at ion on the fault s and alarm s, see “Troubleshoot ing Alarm s” on page 185.

Module Status Table

The Module Status t able provides st at us inform at ion for PRU/ URU m odules where

colum ns 1 t hrough 8 correspond t o the slot in which a DART resides ( see “ RF

Module Capabilit ies and GUI Represent at ion” on page 21) .

The following sect ions describe the different sections wit hin t he Module Status t able.

Managing Unit s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 157

DART Status Table

The DART Status t able

presents stat us of the

DARTs in a Rem ot e Unit .

There can be bet ween 1

and 8 DARTs inst alled in a

Rem ot e Unit. I f a DART

colum n has no background

color, a DART is not

inst alled in that slot , as

shown below.

The DART Status t able has t he following elem ents.

•DART Fault—Sum m ary of DART Downconverter 1 Synt hesizer Unlocked,

Downconverter 2 Synt hesizer Unlocked, Upconvert er Synthesizer Unlocked,

DC Supply Fault alarm s, and DART FPGA stat us.

•DART DC Supply Fault—DART Module DC supply voltages out side specificat ion.

•DART Hardware Mismatch—Host DART does not support t he select ed passband.

Fault occurs when a Host DART is replaced wit h another DART of the incorrect

type.

•DART Temperature High—DART tem perat ure above operating lim it . Threshold is

85° C.

•Delay Out Of Range—PRU/ URU delay set t ings out side t he valid range.

•DART Temperature Low—DART t em perature below operating lim it . Threshold is

- 40° C.

•Module Missing Fault—DART m odule is m issing.

View ing t he St at us of a Rem ot e Unit

Page 158 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

LNA Status Table

The LNA Status table present s st at us inform ation for t he Low Noise Am plifiers in a

Rem ot e Unit . There can be bet ween 1 and 8 LNAs inst alled in a Prism Rem ot e Unit .

•LNA Power Fault—PRU/ URU Low Noise Am plifier Power fault.

•Module Missing Fault—LNA m odule is m issing.

LPA Status Table

The LPA Status t able

presents stat us

inform ation for t he

Linear Power Am plifiers

in a Rem ote Unit. There

can be bet ween 1 and 4

LPAs inst alled in a Prism

Rem ot e Unit .

•LPA Disabled—PRU/ URU Linear Power Am plifier ( LPA) disabled due to an

int ernally det ect ed problem . (VSWR, DC, Loop Fault , Low Power, or

Tem perat ure High alarm ) .

•LPA VSWR Fault—PRU/ URU Linear Power Am plifier ( LPA) VSWR fault .

•LPA DC Fault—PRU/ URU Linear Power Am plifier ( LPA) DC fault .

•LPA Loop Fault—PRU/ URU Linear Power Am plifier ( LPA) Loop fault .

•LPA Over Power—PRU/ URU Linear Power Am plifier ( LPA) out put power level above

operating lim it .

•LPA Low Power Fault—I nt ernal Linear Power Am plifier ( LPA) Low Power fault . Gain

of one or m ore internal am plifiers out side of specificat ion) .

•LPA Missing—LPA m odule is m issing.

•LPA Over Temperature—PRU/ URU LPA above operat ing lim it .

Managing Unit s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 159

PD Status Table

The PD Status t able

presents stat us

inform ation for t he Power

Det ect or in a Rem ot e

Unit. There can be

between 1 and 4 PDs

inst alled in a Prism

Rem ot e Unit .

•System VSWR Fault—PRU/ URU VSWR m easurem ent above specificat ion.

•RF Power Low—PRU/ URU RF Out put Power below m inim um threshold.

•Module Missing Fault—Power Det ect or m odule is m issing.

•Duplexer Mismatch—Configured frequency range not support ed by Duplexer.

Optical Status Table

The Optical Status t able

provides st atus

inform ation for SFPs

inst alled in a Rem ot e

Unit ( PRU/ URU) .There

can be bet ween 1 and 8

SFPs inst alled in a

Rem ot e Unit . I f a

colum n has no

background color, an

SFP is not inst alled in

that slot .

•Optical RX High BER—High bit error rat e ( BER) det ect ed by fiber optic receiver.

Threshold is 0.00001.

•Optical RX No Light—No signal det ect ed by opt ical receiver.

•Optical Transmitter Fault—SFP opt ical t ransm itter failed.

•Optical Over Drive—SFP opt ical receive input power above specification.

Thresholds are as follows:

–1 dBm for I R

–-9 dBm for LR.

•Optical Under Drive—SFP optical receive input power below specification.

Thresholds are as follows:

–-18 dBm for I R

–-27 dBm for LR.

•Module Missing Fault—SFP m odule is m issing.

View ing t he St at us of a Rem ot e Unit

Page 160 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Remote Status Table

The Remote Status t able provides general st at us inform at ion for a Rem ot e Unit

( PRU/ URU) .

•Host Lost—Host is not com m unicating wit h

PRU/ URU.

•AC Power Supply Fault—Power supply is in a

failed st ate, or the AC power is below t he

m inim um required voltage.

•Temperature High—Tem perat ure above

operating lim it . Threshold is 95° C.

•Temperature Low—Tem perat ure below

operating lim it . Threshold is Minus 40° C.

•Contact Alarm Input 1 Active—Host Contact

Alarm I nput # 1 active.

•Fan Under Speed—Fans operating below

expect ed RPM.

•Contact Alarm Input 2 Active—Host Contact

Alarm I nput # 2 active.

•Fan Over Speed—Fans operating above

expect ed RPM.

•Door Open—Door open on PRU.

•SeRF Fault—Sum m ary of SeRF Synt hesizer Unlocked alarm and SeRF FPGA

st at us.

•Software Version Mismatch Fault—Soft ware version on the Host and Rem ot e Units do

not m atch.

Remote Unit Capacity and Temperature

The Unit Information > View Status page for Rem ot e Unit s also provides unit capacit y

and t em perat ure inform ation for the select ed Rem ot e Unit ( PRU/ URU) .

•Capacity—the num ber of RF groups available to t he Rem ot e Unit .

•Temperature—The int ernal Tem perat ure of the select ed unit .

Managing Unit s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 161

CLEARING DART CONFIGURATIONS

This procedure does the following:

•resets t he gain

•resets t he DART nam e

•clears all links

•clears the passband

•clears all associat ed alarm s

1I n t he Syst em Tree, click on an icon for a Host or Rem ot e Unit.

2I n t he Unit Menu bar, click Unit Configuration > Clear DART Configuration, t o open the

Clear DART Configuration page.

3I n t he Select colum n, select t he DART(s) for which you want t o clear

configurat ion.

4Click Clear Configuration.

5I n t he confirm at ion window, click OK.

Set t he Capacit y for a New Rem ot e Unit RSI Board

Page 162 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

I f t he DART has been rem oved from t he Host or PRU/ URU chassis, then t he

ent ire DART ent ry disappears. I f the DART is st ill present in t he Host or

PRU/ URU chassis, t hen the DART Name and Passband is reset t o default.

SET THE CAPACITY FOR A NEW REMOTE UNIT RSI BOARD

The Capacity set t ing in the Edit Properties page pert ains to t he PRU/ URU Rem ot e SeRF

I nt erface ( RSI ) board and t he num ber of RF groups available t o the Rem ot e Unit .

This param et er is set during m anufacturing and should be changed only when t he

RSI board has been replaced.

Using the EMS GUI to Change the Remote Unit Capacity

The Capacity setting can be changed by logging onto the EMS t hrough t he Rem ot e

Craft port .

1Open t he unit and connect your laptop t o t he Craft port on t he SeRF.

2Login to t he EMS, using t he following param eters:

•I P address is 192.168.0.1

•User Nam e is operator

•Password is operator

Managing Unit s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 163

3I n t he Syst em Tree, click the icon of the PRU/ URU whose propert ies you want

to change.

4I n t he Unit Menu bar, click Unit Configuration > Edit Properties, t o open the Unit

Configuration > Edit Properties page for t he select ed PRU.

5I n t he Capacity list , set the Capacity of t he new RSI board:

•For all RSI boards inst alled in a URH, Capacity should always be set t o 3.

•For an RSI board inst alled in a PRU, Capacity can be 1, 2, 3, or 4 and indicat es

the num ber of RF Modules inst alled in the PRU.

6Click Apply.

Using Telnet or ssh to Change the Remote Unit Capacity

Alt ernat ely, t he capacit y can be changed using Telnet or ssh.

1Access the Edit Unit Propert ies page to det erm ine t he I P address for the Host

and Rem ote Unit(s) . I n the Syst em Menu bar, click System Configuration > Edit Unit

Properties. Each row in t he Edit Unit Properties table correspond t o the unit

ident ified in the Unit Id colum n. Use the IP Address colum n to det erm ine t he I P

address for each unit .

2Login to t he Host using telnet or ssh.

3From t he Host , login t o the Rem ot e Unit using t he following com m and,where N

is t he Rem ot e Unit I D ( 1 - 8): sshremote N

4Once logged into t he Rem ot e Unit , execut e t he following com m and, where X is

the capacity ( 1-4) : /usr/local/fwu/bin/EEPROMWriteForCapacity.sh X

Reboot ing a Unit

Page 164 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

REBOOTING A UNIT

CAUTION! The system configuration is stored on the Host. Rebooting the Host therefore results in a

loss of RF for the Host and connected Remote Units until the Host comes back up.

Depending on the system configuration, it can take 5 to 20 minutes before management

communication is restored.

CAUTION! Host configuration persists across a Reboot. However, the current EMS session will close

and you will need to log back in to the EMS after the Host reboot has completed.

CAUTION! Rebooting a Remote Unit causes Loss of Service and should not be used unless other

troubleshooting processes have been followed and did not fix the issue being experienced

at the PRU/URU.

1I n the Syst em Tree, click on t he icon of the unit t hat you want t o reboot.

2I n t he Unit Menu bar, click Unit Configuration > Reboot, t o open the Unit Configuration

> Reboot page.

3Click Reboot.

•Once the reboot st art s, a process m essage displays.

•Aft er t he reboot has com plet ed, a Unit has been rebooted m essage displays.

•Aft er the Host reboots, the EMS login window opens.

Managing Unit s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 165

RESETTING AN LPA

CAUTION! Once an LPA Reset is started, Loss of Service occurs. It takes approximately 10 to 20

seconds before the LPA signal recovers. The GUI RF power reading will take longer

depending on the number of Remotes equipped—for a fully loaded Prism system with 8

Remotes the power reading could take several minutes to update.

NOTE: Only a user logged in under the admin or a Network Manager account can change Prism

system settings through the EMS.

You use the LPA Reset but t on to bring an LPA back int o service ( restart) t hat

st opped because of a m aj or LPA alarm . I n a dual-LPA syst em , reset t ing the LPA

applies t o bot h LPAs at t he sam e tim e.

1To access the Configure Remote Forward Gain page, in t he Syst em Menu bar, click

System Configuration > Configure Remote Forward Gain.

2I n t he Remote Id list , select t he Rem ote Unit whose LPA you need to reset .

3I n t he Remote DART list , select t he DART whose LPA you need t o reset .

4Click t he LPA Reset but ton.

5I n the LPA Reset caution dialog, click OK.

Reset t ing an LPA

Page 166 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

I nt ent ionally Blank Page

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 167

ALARMS

View Current Alarm s.............................................................................................................168

Clear Current Alarm s ............................................................................................................170

View Alarm Hist ory ............................................................................................................... 170

Clear ing Alar m Hist ory ..........................................................................................................172

Filt ering the Alarm History.....................................................................................................172

Manage Alarm s.................................................................................................................... 174

Enable and Disable Host and Rem ot e Unit Alarm s ............................................................... 178

Set RF Power Low Threshold ............................................................................................ 180

Ant enna Disconnect Alarm ............................................................................................... 181

Manage Cont act Alarm s ........................................................................................................ 182

Acknowledge All Alarm s ........................................................................................................ 183

Clear All Disconnect Alarm s ................................................................................................... 184

Troubleshooting Alarm s ........................................................................................................ 185

Maj or Alarm s—Host Unit .................................................................................................. 185

Maj or Alarm s—Host Unit DARTs........................................................................................ 185

Maj or Alarm s—Host SeRF Modules .................................................................................... 187

Maj or Alarm s—Host Unit SFPs .......................................................................................... 188

Maj or Alarm s—Rem ot e Unit s ............................................................................................ 189

Maj or Alarm s—PRU/ URU DARTs........................................................................................ 189

Maj or Alarm s—PRU/ URU SeRF Modules.............................................................................. 191

Maj or Alarm s—PRU/ URU SFPs .......................................................................................... 193

Maj or Alarm s—PRU or URU Duplexer ................................................................................. 194

Maj or Alarm s—PRU or URU LNA........................................................................................ 194

Maj or Alarm s—PRU or URU LPA ........................................................................................ 195

Maj or Alarm s—PRU or URU Power Det ect or ........................................................................ 196

Minor Alarm s—Host Unit DARTs ........................................................................................ 197

Minor Alarm s—Host Unit SeRF Module ............................................................................... 197

Minor Alarm s—Host Unit SFPs .......................................................................................... 198

Minor Alarm s—PRU/ URU DARTs........................................................................................ 198

Minor Alarm s—PRU/ URU SeRF Modules.............................................................................. 199

Minor Alarm s—PRU/ URU SFPs .......................................................................................... 200

Minor Alarm s—PRU or URU LPAs ....................................................................................... 200

Cont act Alarm s—Host Syst em Card ................................................................................... 201

Cont act Alarm s—Rem ot e Unit .......................................................................................... 201

This sect ion describes how t o m anage and underst and t he alarm s that are

report ed by t he EMS. This sect ion also provides corresponding Trap nam es.

Topics Page

View Current Alar m s

Page 168 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

VIEW CURRENT ALARMS

To access the View Current Alarms page, in t he System Menu bar, click Alarms > View

Current Alarms. ( For inform ation on the alarm color codes, see “ Alarm Color Codes”

on page 44.)

The View Current Alarms t able provides the following inform at ion:

•Severity—whet her t he alarm is classified as Maj or or Minor.

•Ack’d—whether the alarm has been acknowledged, as indicat ed by a

checkm ark.

•Alarm Code—system -assigned alarm code.

•Alarm Name—descriptive nam e of alarm .

•Timestamp—dat e and tim e when the alarm occurred (YYYY:MM:DD:HH:MM:SS)

•Unit Id—ident ifies t he unit wit hin the syst em t hat raised t he alarm ; see “ Unit

I dent ification” on page 43.

•Unit Type—what t he unit is, such as Host or Rem ot e

•Unit Name—nam e assigned t o the unit

•Module—type of m odule that is experiencing t he alarm ( SeRF, DART, LPA, LNA,

Power Det ect or, SFP)

•Module Name—user- assigned nam e for the m odule.

•RF Band—type of passband provided by the DART.

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FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 169

•Extended Info—link t hat once clicked opens anot her web page, which provides

furt her inform ation on t he alarm , including troubleshooting inform at ion, as

shown in t he following graphic.

–Description—text description of alarm

–Remedy—what you can do t o correct t he alarm st at e

–Threshold—value t hat once surpassed generat es an alarm

–Notes—user- defined notes, if any, for the unit .

Clear Current Alarm s

Page 170 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

CLEAR CURRENT ALARMS

1To access the View Current Alarms page, in the Syst em Menu bar, click Alarms >

View Current Alarms.

2I n t he View Current Alarms page, click Clear Alarms.

3I n t he confirm at ion window, click OK.

All current alarm s, wit h t he except ion of persist ent alarm s, are cleared from

the View Current Alarms t able.

VIEW ALARM HISTORY

To access the View Alarm History page, in t he System Menu bar, click Alarms > View

Alarm History. ( For inform ation on t he alarm color codes, see “ Alarm Color Codes”

on page 44.)

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FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 171

The View Alarm History table provides the following inform ation:

•Severity—whet her t he alarm is classified as Major or Minor.

•Ack’d—whet her t he alarm has been acknowledged, as indicated by a

checkm ark.

•Alarm Code—system -assigned alarm code.

•Alarm Name—descriptive nam e of alarm .

•Timestamp—dat e and t im e when the alarm occurred (YYYY:MM:DD:HH:MM:SS)

•Unit Id—ident ifies t he unit wit hin the syst em t hat raised t he alarm ; see “ Unit

I dent ification” on page 43.

•Unit Type—what t he unit is, such as Host or Rem ot e

•Unit Name—nam e assigned t o the unit

•Module—type of m odule that is experiencing t he alarm ( SeRF, DART, LPA, LNA,

Power Det ect or, SFP)

•Module Name—user- assigned nam e for the m odule.

•RF Band—type of passband provided by the DART.

•First, Previous, Last but tons—if t he View Alarm History t able is longer t han what can

fit on a single web page, First, Previous, Last but tons are included:

–First—j um ps the display t o the first page of alarm s

–Previous—jum ps t he display to t he page of alarm s that you viewed

im m ediat ely prior to t he current page

–Last—j um ps t he display t o the last page of alarm s

•Clear History but t on—see “ Clearing Alarm Hist ory” on page 172.

Clearing Alarm History

Page 172 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

CLEARING ALARM HISTORY

1To access the View Alarm History page, in the Syst em Menu bar, click Alarms > View

Alarm History.

2Click Clear History.

3I n t he confirm at ion window, click OK.

The View Alarm History page is cleared.

FILTERING THE ALARM HISTORY

The View Alarm History page allows you t o filt er, or select, which alarm hist ories you

want t o page.

1To access the View Alarm History page, in the Syst em Menu bar, click Alarms > View

Alarm History.

2Do t he following in t he Filter panel:

aI n t he View list , select how you want to filt er the alarm s:

•None—all alarm s display

•Unit Name—filt er by the user- assigned nam e of a unit

•Host Number—filt er by t he syst em -assigned num ber for the Host

•Remote Number—filter by t he system -assigned num ber for a Rem ote

•Event Name—filter by an event ( alarm or incident) nam e.

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FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 173

bI n t he contains box, ent er t he crit eria by which you want t o filt er t he alarm

hist ory list .

cClick Filter.

The View Alarm History page refreshes, and now lists only t hose alarm s that m eet

the specified filter crit eria. I n t his exam ple, only t hose event s wit h t he word

“ DART” in them display.

Manage Alarm s

Page 174 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

3To rem ove the filt er:

aI n t he View list , select None.

bDelet e any text from t he contains box.

cClick Filter.

MANAGE ALARMS

To access the Manage Alarms page, in the Syst em Menu bar, click Alarms > Manage

Alarms.

•For an exam ple of a Manage Alarms page for a Host Unit , see Figure 23 on

page 175 and Figur e 24 on page 176.

•For an exam ple of a Manage Alarms page for a Rem ot e Unit , see Figure 25 on

page 177 and Figure 26 on page 178.

The Manage Alarms page has t he following elem ent s:

•Select m enu—has t he following im plem entat ions:

–Global—displays alarm s for t he Host and all connect ed Rem ot e Unit s. Please

not e, however, that this view does not reflect t he current st at us of alarm

enable/ disable condit ions—it is designed t o show you at a glance those

alarm s that can be m anaged. To effect a change in the m anagem ent of an

alarm and t o see the current st ate of an alarm , select a specific unit .

–Unit name—each unit in the syst em is list ed by nam e, which allows you t o

select for which unit you want t o m anage alarm s.

•Antenna Disconnect Severity m enu—see “ Antenna Disconnect Alarm ” on page 181.

•Unit field—what t ype of unit t he alarm pert ains t o:

–Host

–Remote

•Module field—which m odule t he alarm pertains to:

–DART—can be up to eight DARTs listed

–LNA—can be up t o t wo LNAs list ed

– Power Detector

–SFP—can be up t o eight SFPs list ed

–SeRF

•Alarm Name field—identifies the alarm by nam e; see Table 23 on page 178.

NOTE: For definitions of the alarms listed above, see “Troubleshooting Alarms” on page 185.

•Enabled select ion box—select to enable alarm reporting for t he corresponding

alarm .

•Threshold Value field—value that once surpassed generat es the specified alarm ;

see Table 23 on page 178.

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FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 175

Figure 23. Example of Manage Alarms Page—Host Unit Part 1

Manage Alarm s

Page 176 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Figure 24. Example of Manage Alarms Page—Host Unit Part 2

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FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 177

Figure 25. Example of Manage Alarms Page—Remote Unit Part 1

Manage Alarm s

Page 178 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Figure 26. Example of Manage Alarms Page—Remote Unit Part 2

Enable and Disable Host and Remote Unit Alarms

The Manage Alarms page allows you t o enable and disable alarm reporting for t he

alarm s list ed in Table 23 on page 178.

Table 23. Alarms That Can Be Enabled/Disabled

Unit Module Alarm Alarm Threshold

Remote RDI AC Power Supply 1 Fault

Remote RDI AC Power Supply 2 Fault

Remote RDI AC Power Supply 3 Fault

Remote RDI AC Power Supply 4 Fault

Remote PRU/URU AC Power Supply Fault

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FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 179

Host DART DART ALC Limiting +19 - Fwd Gain dBm

Host DART DART DC Supply Fault

Remote DART DART DC Supply Fault

Host DART DART Over Drive +19 dBm

Remote DART DART Temperature High 85 Deg C

Remote DART DART Temperature Low minus 40 deg C

Host DART DART Under Drive +5 - Fwd Gain - 20 dBm

Remote SeRF Door Open

Remote DART Downconvert Fault

Remote DART DART DC Supply Fault

Remote SFP Excess Connections

Host DART FLM Downconvert Fault

Remote DART FWD Cal Tone Fault

Remote SFP Invalid Device Connection

Remote LNA LNA Power Fault

Host SFP Optical Over Drive 1 dBm(IR)/-9dBm(LR)

Remote SFP Optical Over Drive 1 dBm(IR)/-9dBm(LR)

Host SFP Optical RX High BER 0.00001

Remote SFP Optical RX High BER 0.00001

Host SFP Optical RX No Light

Remote SFP Optical RX No Light

Host SFP Optical Under Drive -18 (IR) dBm/-27 dBm (LR)

Remote SFP Optical Under Drive -18 dBm (IR)/ -27 dBm (LR)

Remote DART REV Test Tone Low

Remote PD RF Power Low 0 dBm*

Host DART RLM Upconvert Fault

Host DART RLM Upconvert Indeterminate

Remote SeRF Software Version Mismatch Fault

Remote PD System VSWR Fault 3:1

Host SeRF Temperature High 62 Deg C

Remote SeRF Temperature High 95 Deg C

PRU/URU SeRF Temperature High 62 Deg C

Host SeRF Temperature Low 0 Deg C

Remote SeRF Temperature Low Minus 40 Deg C

PRU/URU SeRF Temperature Low 0 Deg C

Remote LPA Under Power

Remote DART Upconvert Fault

Remote DART Upconvert Indeterminate

Remote DART Uplink Inactivity Fault 10 dB above the noise floor.

* You can manually set the threshold for RF Power Low; see “Set RF Power Low Threshold” on page 180

Table 23. Alarms That Can Be Enabled/Disabled (Cont.)

Unit Module Alarm Alarm Threshold

Manage Alarm s

Page 180 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Do t he following t o enable/ disable alarm report ing:

1To access the Manage Alarms page, in the Syst em Menu bar, click Alarms > Manage

Alarms.

2I n t he Select list , select the Rem ot e Unit for which you want t o change the

threshold of the RF Power Low alarm .

3I n t he Threshold Value box for t he RF Power Low alarm , ent er the new t hreshold,

which m ust be bet ween 0 dB - 40 dB.

4Click Apply.

Set RF Power Low Threshold

The following rules apply to set t ing alarm t hresholds:

•Only the t hreshold for the RF Power Low alarm can be changed.

•Only users wit h Network Manager or Adm in privileges can perform t his

procedure.

•Alarm t hresholds cannot be set t hrough SNMP MI Bs.

•I f you perform a Reset to Factory Defaults, t he alarm t hreshold values are reset;

you will need t o be reconfigure the alarm t hreshold values, as necessary.

•Alarm t hreshold values are configured by unit —t hey cannot be set globally for

all units in t he syst em .

Do t he following t o set t he RF Power Low alarm t hreshold:

1To access the Manage Alarms page, in the Syst em Menu bar, click Alarms > Manage

Alarms.

2I n t he Select list , select the Rem ot e Unit for which you want t o change the

threshold of the RF Power Low alarm .

3I n t he Threshold Value box for t he RF Power Low alarm , ent er the new t hreshold,

which m ust be bet ween 0 dB - 40 dB.

4Click Apply.

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FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 181

Antenna Disconnect Alarm

I n t he Manage Alarms page, t here is an Antenna Disconnect Severity m enu, which pert ains

only t o Rem ot e Access Unit s ( RAUs) in an I nt erReach Spectrum system . This

feature is therefore not applicable t o a FlexWave Prism syst em and should not be

changed from its default setting.

Manage Cont act Alarm s

Page 182 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

MANAGE CONTACT ALARMS

1To access the Manage Contact Alarms page, in t he Syst em Menu bar, click Alarms >

Manage Contact Alarms.

2I n t he Select m enu, select for which unit cont act alarm s are t o be configured.

The Manage Contact Alarms page has the following Read- Only elem ents:

•Unit Name—nam e assigned t o the unit

•Contact Alarm—nam e assigned t o t he cont act alarm

3I n t he Severity list , set t he severit y level of t he cont act alarm :

•Minor ( default )

•Major

4I n t he Mode list , set the m ode for t he cont act alarm :

•Normally Open (default)

•Normally Closed

5I n t he Name box, enter a nam e for t his alarm .

•Ent er bet ween 1 and 255 alphanum eric charact ers. Spaces and

Underscores are allowed, except they cannot be used as t he first charact er.

•I f you do not want t o nam e the alarm , leave t he Name box em pt y.

6I n t he Enabled select ion box for t he alarm t hat you want t o m anage, do one of

the following:

•Select the Enabled checkbox t o enable alarm reporting for this alarm t ype.

•Rem ove (deselect ) t he checkm ark from t he Enabled checkbox t o disable

alarm reporting for t his alarm type.

7Click Apply.

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FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 183

ACKNOWLEDGE ALL ALARMS

1To access the Acknowledge All Alarms page, in t he Syst em Menu bar, click Alarms >

Acknowledge All Alarms.

2Click Acknowledge All.

3I n t he confirm at ion window, click OK.

An All alarms have been acknowledged m essage displays.

Clear All Disconnect Alarm s

Page 184 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

CLEAR ALL DISCONNECT ALARMS

NOTE: Clear All Disconnects is not applicable to the Host—it is applicable only to PRUs.

CAUTION! This procedure removes all information related to the disconnected units from the

configuration database.

1To access the Clear All Disconnects page, in t he Syst em Menu bar, click Alarms >

Clear All Disconnects.

2Click Clear All Disconnects.

Aft er approxim at ely one m inute, t he Syst em Tree updates by rem oving t he

disconnect overlay from t he unit icon( s) . ( For an exam ple of t he disconnect

overlay, see Table 11 on page 42.)

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FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 185

TROUBLESHOOTING ALARMS

This sect ion list s and defines alarm s that t he FlexWave Prism EMS reports, and

provides rem edies for t hose alarm s. The MI B Trap nam e for each alarm is also

list ed.

Major Alarms—Host Unit

Ala rm : Rem ot e Lost

Trap: fwuHstSERFRmtLostFault

Alarm Code: AC1

Definition: Rem ot e Unit ( PRU/ URU) not com m unicating wit h Host .

Remedy: Check t hat the PRU/ URU has power and t hat the power swit ch is on.

Check t hat at least one Host SFP is connect ed t o t his PRU/ URU and

has acceptable RX power.

Major Alarms—Host Unit DARTs

Ala rm : DART D C Supply Fault

Trap: fwuHstDARTDCSupplyFault

Alarm Code: AC28

Definition: DART card DC supply volt ages outside specificat ion.

Remedy: Check whether the Host supply volt age is in the range of 21-60 VDC.

I f t he volt age is correct and the alarm persists for 5 m inutes (m ay be

transient on st art up) , replace the DART.

Ala rm : DART D ow nconvert e r 1 Syn thesizer Unlocked

Trap: fwuHstDARTDwnCon1SynLockFault

Alarm Code: AC25

Definition: DART downconvert er 1 synt hesizer unlocked.

Remedy: The Downconverter 1 Synt hesizer Unlocked alarm can occur during

Host reboot s and DART hotswaps. I f the alarm persists aft er 5

m inutes, replace the DART.

Ala rm : DART D ow nconvert e r 2 Synthesize r Unlock ed

Trap: fwuHstDARTDwnCon2SynLockFault

Alarm Code: AC26

Definition: DART downconvert er 2 synt hesizer unlocked.

Remedy: The Downconverter 2 Synt hesizer Unlocked alarm can occur during

Host reboot s and DART hotswaps. I f the alarm persists aft er 5

m inutes, replace the DART.

Troubleshoot ing Alarm s

Page 186 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Ala rm : DART Fault

Trap: fwuHstDARTFault

Alarm Code: AC29

Definition: Sum m ary of DART Downconverter 1 Synt hesizer Unlocked,

Downconverter 2 Synt hesizer Unlocked, Upconvert er Synthesizer

Unlocked, DC Supply Fault alarm s, and DART FPGA st at us.

Remedy: I nspect alarm s (Alarms > View Current Alarms) for

upconvert er/ downconvert er/ DC supply alarm s on the sam e Host

DART and follow t he rem edies for t hose alarm s. I f none of these

alarm s are found, unplug and replug t he DART in the Host . I f t he

alarm persist s, replace the DART.

Ala rm : DART H a rdw ar e Mism atch

Trap: fwuHstDARTHardwareMismatchFault

Alarm Code: AC32

Definition: Host DART does not support t he selected passband. Fault occurs

when a Host DART is replaced wit h another DART of t he incorrect

type.

Remedy: I nst all a DART t hat supports the select ed passband. I f t he Host DART

position is t o be changed t o a different frequency band, rem ove and

clear the DART configuration (Unit Configuration > Clear DART Configuration) ,

inst all the new DART, set t he passband, and establish the new link

(System Configuration > Configure DART Links) .

Ala rm : DART Ove r Dr ive

Trap: fwuHstDARTOverDriveFault

Alarm Code: AC30

Definition: DART forward RF input too high.

Threshold: + 19 dBm

Remedy: Reduce the Host DART forward RF input level.

Ala rm : DART Upcon vert er Synt hesizer Unlocked

Trap: fwuHstDARTUpConSynLockFault

Alarm Code: AC27

Definition: DART upconvert er synt hesizer unlocked.

Remedy: The DART Upconvert er Synt hesizer Unlocked alarm can occur during

Host reboot s and DART hotswaps. I f the alarm persists aft er 5

m inutes, replace the DART.

Ala rm : FLM D ow ncon vert er Fa ult

Trap: fwuHstBTSFLMFailFault

Alarm Code: AC47

Definition: Forward Link Monit or ( FLM) fault active.

Remedy: I f alarm persist s, then replace the DART.

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FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 187

Ala rm : M odule M issing Fault

Trap: fwuHstModuleMissingFault

Alarm Code: AC2

Definition: One of t he Host pluggable m odules is m issing (DART/ SFP) .

Remedy: Eit her replace Host m odule or clear DART configuration ( Unit

Configuration > Clear DART Configuration) .

Ala rm : RLM Upcon vert Fault

Trap: fwuHstRLMUpconvertFailureFault

Alarm Code: AC48

Definition: Reverse Link Monit or ( RLM) fault act ive.

Remedy: Running Syst em Test ( System Configuration > Perform System Test) wit h

un- t erm inat ed Host DARTs m ay cause a false RLM Upconvert Fault.

Ensure that all Host DARTs are t erm inated before running Syst em

Test . I f alarm persist s, then replace t he DART.

Major Alarms—Host SeRF Modules

Ala rm : Fa n Fa ult

Trap: fwuHstSysCardFanFault

Alarm Code: AC6

Definition: Fan not funct ioning.

Remedy: Verify intake and exhaust vent s are clear of obst ruct ions and/ or

debris. I f alarm persists, replace Fan Module.

Ala rm : Se RF Fa ult

Trap: fwuHstSERFFault

Alarm Code: AC10

Definition: Sum m ary of SeRF Synt hesizer Unlocked alarm and SeRF FPGA

st at us.

Remedy: Check for relat ed Host SeRF alarm s (Alarms > View Current Alarms) . I f no

SeRF alarm s exist , FPGA is faulty; replace Host SeRF Module.

Ala rm : SeRF Synt he sizer Unlock e d

Trap: fwuHstSERFSynthAlarmFault

Alarm Code: AC9

Definition: SeRF synthesizer unlocked.

Remedy: Check Host reference clock set t ings (Unit Configuration > Edit Properties) .

Reseat t he Syst em Module. I f reference clock source is external,

ver ify 10 MHz clock source and connect ion. I f reference clock source

is internal and the alarm s persist s, replace t he Host Syst em Module.

Troubleshoot ing Alarm s

Page 188 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Ala rm : Te m pe ra t ure H igh

Trap: fwuHstOverTempFault

Alarm Code: AC4

Definition: Tem perat ure above operat ing lim it .

Threshold: 62° C

Remedy: Check for Host Fan Fault alarm (Alarms > View Current Alarms) . Verify that

am bient tem perat ure is less t han 50° C. Verify Host air intake and

exhaust vent s are clear of debris.

Major Alarms—Host Unit SFPs

Ala rm : Opt ical Ove r Drive

Trap: fwuHstSERFOptOverDriveFault

Alarm Code: AC16

Definition: SFP opt ical receive input power above specificat ion.

Threshold: Threshold for I R is 1 dBm , and for LR is - 9 dBm

Remedy: Reduce t he opt ical receive level by adding optical at t enuat ion.

Replace optical at t enuator if fault y.

Ala rm : Opt ica l RX N o Ligh t

Trap: fwuHstSERFOptRxNoLightFault

Alarm Code: AC14

Definition: No signal det ect ed by optical receiver.

Remedy: Check for broken fiber opt ic cable; replace if found. Check for

disconnect ed fiber opt ic cable; reconnect cable if necessary. Check

that the PRU/ URU has power.

Ala rm : Opt ical Tra nsm it t e r Fa ult

Trap: fwuHstSERFOptLaserFault

Alarm Code: AC15

Definition: SFP opt ical t ransm it t er failed.

Remedy: Replace Host SFP.

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FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 189

Major Alarms—Remote Units

The following alarm s apply to bot h the Prism Rem ot e Unit ( PRU) and t he URH

Rem ot e Unit (URU).

Ala rm : M odule M issing Fault

Trap: fwuRmtModuleMissingFault

Alarm Code: AC68

Definition: A pluggable m odule is m issing from a Rem ote Unit , and can be any

of t he following: DART, SFP, LNA, LPA, or PD.

Remedy: Eit her replace the PRU/ URU m odule or clear DART configurat ion ( Unit

Configuration > Clear DART Configuration) .

Major Alarms—PRU/URU DARTs

The following alarm s apply to DARTs inst alled in a Prism Rem ot e Unit ( PRU) or a

URH Rem ot e Unit ( URU).

Ala rm : DART D C Supply Fault

Trap: fwuRmtDARTDCSupplyFault

Alarm Code: AC97

Definition: DART card DC supply volt ages outside specificat ion.

Remedy: I f the alarm persists for 5 m inutes ( m ay be t ransient on st artup),

replace the DART.

Ala rm : DART Fault

Trap: fwuRmtDARTFault

Alarm Code: AC101

Definition: Sum m ary of DART Downconverter 1 Synt hesizer Unlocked,

Downconverter 2 Synt hesizer Unlocked, Upconvert er Synthesizer

Unlocked, DC Supply Fault alarm s, and DART FPGA st at us.

Remedy: I nspect alarm s (Alarms > View Current Alarms) for

upconvert er/ downconvert er/ DC supply alarm s on the PRU/ URU

DART and follow t he rem edies for those alarm s. For PRU DART

only—if none of t hese alarm s are present, power cycle t he RF Module.

I f the alarm persists, replace the RF Module.

Troubleshoot ing Alarm s

Page 190 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Ala rm : DART H a rdw ar e Mism atch

Trap: fwuRmtDARTHardwareMismatchFault

Alarm Code: AC98

Definition: Host DART does not support t he selected passband. Fault occurs

when a Host DART is replaced wit h another DART of t he incorrect

type.

Remedy: I nst all a DART t hat supports the select ed passband. I f t he posit ion of

the PRU/ URU DART is t o be changed to a different frequency band,

rem ove and clear t he DART configurat ion ( Unit Configuration > Clear DART

Configuration), install the new DART, set t he passband, and est ablish

the new link ( System Configuration > Configure DART Links) .

Ala rm : Dow n convert Fa ult

Trap: fwuRmtDownconvertfailureFault

Alarm Code: AC128

Definition: Band specific alarm raised during Reverse Link Monit oring on

PRU/ URU.

Remedy: Ret ry Syst em Test ( System Configuration > Perform System Test). I f alarm

persist s, replace the DART.

Ala rm : Dow n converter 1 Syn t he sizer Unlocked

Trap: fwuRmtDARTDwnCon1SynLockFault

Alarm Code: AC93

Definition: DART downconvert er 1 synt hesizer unlocked.

Remedy: The Downconverter 1 Synt hesizer Unlocked alarm can occur during

Host reboot s and DART hotswaps. I f the alarm persists aft er 5

m inutes, replace the DART.

Ala rm : Dow n converter 2 Syn t he sizer Unlocked

Trap: fwuRmtDARTDwnCon2SynLockFault

Alarm Code: AC94

Definition: DART downconvert er 2 synt hesizer unlocked.

Remedy: The Downconverter 2 Synt hesizer Unlocked alarm can occur during

Host reboot s and DART hotswaps. I f the alarm persists aft er 5

m inutes, replace the DART.

Ala rm : FW D Ca l Tone Fault

Trap: fwuRmtDownlinkCalToneFailureFault

Alarm Code: AC124

Definition: Forward calibrat ion t one not at expect ed level.

Remedy: Ret ry Syst em Test ( System Configuration > Perform System Test). I f alarm

persist s, replace the DART.

Alar m s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 191

Ala rm : REV Test Ton e Low

Trap: fwuRmtUplinkFailureDetectLowFault

Alarm Code: AC125

Definition: Reverse test t one not at expect ed level.

Remedy: Ret ry Syst em Test ( System Configuration > Perform System Test) . I f alarm

persist s, replace the DART.

Ala rm : Upconver t Fault

Trap: fwuRmtUpconvertfailureFault

Alarm Code: AC126

Definition: Band specific alarm raised during Forward Link Monit oring on

PRU/ URU.

Remedy: Ret ry Syst em Test ( System Configuration > Perform System Test) . I f alarm

persist s, replace the DART.

Ala rm : Upconve rt I nde t erm inat e

Trap: fwuRmtUpconIndetFault

Alarm Code: AC129

Definition: Band specific alarm raised during Forward Link Monit oring on

PRU/ URU.

Remedy: Ret ry Syst em Test ( System Configuration > Perform System Test) . I f alarm

persist s, replace the DART.

Ala rm : Upconver t er Synt hesize r Unlocked

Trap: fwuRmtDARTUpConSynLockFault

Alarm Code: AC95

Definition: DART upconvert er synt hesizer unlocked.

Remedy: The DART Upconvert er Synt hesizer Unlocked alarm can occur during

Host reboot s and DART hotswaps. I f the alarm persists aft er 5

m inutes, replace the DART.

Major Alarms—PRU/URU SeRF Modules

The following alarm s apply to a SeRF m odule installed in a Prism Rem ot e Unit

( PRU) or in a URH Rem ot e Unit ( URU) .

Ala rm : Fa n Under Speed

Trap: fwuRmtFanUnderSpeedFault

Alarm Code: AC77

Definition: Fans operating below expect ed RPM.

Remedy: Verify intake and exhaust vent s are clear of obst ruct ions and/ or

debris. I f alarm persists, replace Fan Module.

Troubleshoot ing Alarm s

Page 192 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Ala rm : Host Lost

Trap: fwuRmtSeRFHstLostFault

Alarm Code: AC88

Definition: Host not com m unicat ing wit h PRU/ URU.

Remedy: Check t hat the Host has power and t hat t he power swit ch is on. Check

that at least one of t he PRU/ URU SFPs is connect ed to t his Host and

has acceptable RX power.

Ala rm : Se RF Fa ult

Trap: fwuRmtSERFFault

Alarm Code: AC87

Definition: Sum m ary of SeRF Synt hesizer Unlocked alarm and SeRF FPGA

st at us.

Remedy: Check for relat ed Host SeRF alarm s (Alarms > View Current Alarms) . I f no

SeRF alarm s exist , FPGA is faulty; replace PRU SeRF Module.

Ala rm : SeRF Synt he sizer Unlock e d

Trap: fwuRmtSERFSynthAlarmFault

Alarm Code: AC86

Definition: SeRF synthesizer unlocked.

Remedy: Ensure that the PRU/ URU has an opt ical input signal. Check t hat the

Host reference clock is properly configured and is not in alarm ;

otherwise replace the PRU/ URU SeRF m odule.

Ala rm : Te m pe ra t ure H igh

Trap: fwuRmtOverTempFault

Alarm Code: AC73

Definition: Tem perat ure above operat ing lim it .

Threshold: 95° C

Remedy: Check for PRU/ URU Fan Fault alarm (Alarms > View Current Alarms). Verify

that am bient t em perat ure is less t han 50° C. Verify that t he air int ake

and exhaust vent s for the PRU/ URU are clear of debris.

Alar m s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 193

Major Alarms—PRU/URU SFPs

The following alarm s apply to SFPs inst alled in a Prism Rem ot e Unit ( PRU) or in a

URH Rem ot e Unit ( URU).

NOTE: Cascading Remote Units is not supported in this release. Alarms that pertain to cascaded

Remote Units are included as reference only.

Ala rm : Ex ce ss Conn ect ions

Trap: fwuRmtExcessConnFault

Alarm Code: AC134

Definition: Two or m ore PRU/ URU connected t o a single cascaded PRU/ URU, or

a nint h PRU/ URU connected in cascade, or there are m ore out going

fibers than incom ing fibers on a PRU/ URU in a cascade.

Remedy: Connect fiber optic cables per cascade connect ion rules. Refer to

appropriat e inst allat ion guide for det ails.

Ala rm : Fiber Conn ect ion M ism atch

Trap: fwuRmtFiberConnMismatchFault

Alarm Code: AC133

Definition: Fiber opt ic cable connect ions bet ween cascaded PRU/ URUs not

following SFP connection rules.

Remedy: Connect fiber optic cables per cascade connect ion rules. Refer to

appropriat e inst allat ion guide for det ails.

Ala rm : I nva lid D evice Conn ect ion

Trap: fwuRmtInvalidDevConnFault

Alarm Code: AC135

Definition: PRU/ URU is connected t o a DRU or vice versa.

Remedy: Ensure that cascaded Rem otes are all the sam e t ype ( t hat is, a PRU

to a PRU and a DRU t o a DRU) . Refer t o appropriate inst allat ion guide

for det ails.

Ala rm : Opt ica l Over Drive

Trap: fwuRmtSERFOptOverDriveFault

Alarm Code: AC84

Definition: SFP opt ical receive input power above specificat ion.

Threshold: Threshold for I R is 1 dBm , and for LR is - 9 dBm

Remedy: Reduce t he opt ical receive level by adding opt ical attenuat ion.

Replace opt ical at tenuat or if faulty.

Troubleshoot ing Alarm s

Page 194 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Ala rm : Opt ica l RX N o Ligh t

Trap: fwuRmtSERFOptRxNoLightFault

Alarm Code: AC82

Definition: No signal det ect ed by optical receiver.

Remedy: Check/ repair opt ical overdrive condit ions ( Unit Information > View Optical

Ports). Ensure that fiber optic connections are clean. Check for kinks

or sharp bends in t he fiber optic cable; replace fiber opt ic cable if

unable to correct any problem s found.

Ala rm : Opt ical Tra nsm it t e r Fa ult

Trap: fwuRmtSERFOptLaserFault

Alarm Code: AC83

Definition: SFP opt ical t ransm it t er failed.

Remedy: Replace Host SFP.

Major Alarms—PRU or URU Duplexer

The following alarm s apply to Duplexers, which are inst alled in t he Prism Rem ot e

Unit ( PRU) or t he URH Rem ot e Unit ( URU).

Ala rm : Duple xer M ism at ch

Trap: fwuRmtDuplexerFreqMismatchFault

Alarm Code: AC116

Definition: Configured frequency range not supported by Duplexer.

Remedy: Change DART passband t o fit wit hin duplexer frequency range ( System

Configuration > Configure DART Links). I f alarm persists, cont act ADC.

Major Alarms—PRU or URU LNA

The following alarm s apply t o LNAs inst alled in a Prism Rem ot e Unit ( PRU) or URH

Rem ot e Unit (URU).

Ala rm : LN A Pow er Fa ult

Trap: fwuRmtLNAPowerFault

Alarm Code: AC115

Definition: PRU/ URU Low Noise Am plifier ( LNA) Power fault.

Remedy: The low noise am plifier has an int ernal error. I f alarm persist s,

replace the RF Module.

Alar m s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 195

Major Alarms—PRU or URU LPA

The following alarm s apply t o LPAs inst alled in a Prism Rem ot e Unit (PRU) or URH

Rem ot e Unit (URU).

Ala rm : LPA D C Fault

Trap: fwuRmtLPADcFault

Alarm Code: AC109

Definition: PRU/ URU Linear Power Am plifier ( LPA) DC fault .

Remedy: Caused by int ernally det ect ed problem wit h t he LPA. I m pact is loss

of RF service. Reset LPA. I f alarm persist s, replace the RF Module.

Ala rm : LPA D isabled

Trap: fwuRmtLPADisableFault

Alarm Code: AC105

Definition: PRU/ URU Linear Power Am plifier ( LPA) disabled due t o an int ernally

detected problem . (VSWR, DC, Loop Fault, Low Power, or

Tem perat ure High alarm ) .

Remedy: The LPA is disabled because of an int ernally det ect ed problem .

Perform an LPA Reset . I f the fault persists replace t he RF Module.

Ala rm : LPA Loop Fault

Trap: fwuRmtLPALoopFault

Alarm Code: AC110

Definition: PRU/ URU Linear Power Am plifier ( LPA) Loop fault.

Remedy: Caused by int ernally det ect ed problem wit h t he LPA. I m pact is loss

of RF service. Lower DART(s) gain by 10 dB, reset the LPA, and ret urn

gain t o previous value. I f alarm persists, replace RF Module.

Ala rm : LPA Low Pow er Fa ult

Trap: fwuRmtLPALowPowerFault

Alarm Code: AC111

Definition: I nt ernal Linear Power Am plifier ( LPA) Low Power fault. Gain of one

or m ore int ernal am plifiers out side of specificat ion).

Remedy: Caused by int ernally det ect ed problem wit h t he LPA. I m pact is loss

of RF service. Reset LPA. I f alarm persist s, replace the RF Module.

Ala rm : LPA M issing

Trap: fwuRmtLPADetectFault

Alarm Code: AC112

Definition: Linear Power Am plifier ( LPA) det ect ion fault. LPA m issing from PRU.

Remedy: Cause is fault y RF Module. I m pact is loss of RF service. I f alarm

persist s, replace the RF Module.

Troubleshoot ing Alarm s

Page 196 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Ala rm : LPA Over Pow er

Trap: fwuRmtLPAOverPowerFault

Alarm Code: AC107

Definition: PRU/ URU Linear Power Am plifier ( LPA) out put power level above

operating lim it .

Threshold: Variable by LPA band.

Remedy: Causes include, forward pat h gains are set too high or Host RF input

levels are too high. I m pact is loss of RF service. Reduce PRU forward

gain ( "Syst em Configurat ion -> Configure Rem ot e Forward Gain") .

Reset t he LPA, and t hen m onit or RF out put power levels. Adjust gain

to acceptable values. I f t he alarm persists, replace t he RF Module.

Ala rm : LPA VSW R Fa ult

Trap: fwuRmtLPAVswrFault

Alarm Code: AC108

Definition: PRU/ URU Linear Power Am plifier ( LPA) VSWR fault .

Threshold: 3: 1

Remedy: Causes include, fault y RF Module, faulty/ loose RF Module t o bulkhead

cable, faulty/ loose external light ning arrest or, cable or antenna.

I m pact is loss of RF service. Reset LPA. I f alarm persist s, replace the

RF Module.

Major Alarms—PRU or URU Power Detector

Ala rm : RF Pow e r Low

Trap: fwuRmtRFPowerFault

Alarm Code: AC114

Definition: PRU/ URU RF Output Power below m inim um t hreshold.

Threshold: 0 dBm ; can be configured by user, see “ Set RF Power Low Threshold”

on page 180.

Remedy: Check for Host DART underdrive alarm or low RF input from BTS.

Check t he Host and Rem ot e forward gains are set correct ly.

Ala rm : Syst em VSW R Fa ult

Trap: fwuRmtSystemVswrFault

Alarm Code: AC113

Definition: PRU/ URU VSWR m easurem ent above specificat ion.

Threshold: 3: 1

Remedy: Perform cable sweeps on external ant enna cable syst em . Put a load

on t he PRU/ URU by disconnect ing the ext ernal antenna cable to

determ ine if the source of t he VSWR condit ion is int ernal or external.

I f int ernal, replace the RF Module. I f ext ernal, t roubleshoot and

determ ine source of high VSWR reading.

Alar m s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 197

Minor Alarms—Host Unit DARTs

Ala rm : DART ALC Lim it ing

Trap: fwuHstDARTALCLimitingFault

Alarm Code: AC33

Definition: Host DART forward path Aut om atic Level Cont rol act ive.

Threshold: + 19 - Fwd Gain

Remedy: Decrease t he Host DART forward path gain (System Configuration >

Configure Host Forward Gain) , or reduce the RF signal level from t he

BTS/ BDA.

Ala rm : DART Un der Dr ive

Trap: fwuHstDARTUnderDriveFault

Alarm Code: AC31

Definition: DART forward RF input signal below the norm al operat ing lim it.

Threshold: + 5 - Fwd Gain - 20

Remedy: Check t hat an RF signal is present at t he Host DART forward input . I f

an RF signal is present, t hen increase the forward gain of t he Host

DART. I f t he alarm does not clear when gain is at m axim um , increase

the power of t he BTS/ BDA RF signal.

Ala rm : RLM Upconver t I ndet er m inate

Trap: fwuHstRLMUpConIndetFault

Alarm Code: AC49

Definition: Unable t o run RLM due t o Host Reverse Gain being set too low.

Remedy: I ncrease Host Reverse Gain ( System Configuration > Configure Host Forward

Gain).

Minor Alarms—Host Unit SeRF Module

Ala rm : Te m pe ra t ure Low

Trap: fwuHstUnderTempFault

Alarm Code: AC5

Definition: Tem perat ure below operating lim it .

Threshold: 0° C

Remedy: Verify that am bient tem perat ure is great er t han 0° C; fix low

tem perat ure condit ion in t he Host 's location.

Troubleshoot ing Alarm s

Page 198 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Minor Alarms—Host Unit SFPs

Ala rm : Opt ical RX High BER

Trap: fwuHstSERFOptRxBERFault

Alarm Code: AC13

Definition: High bit error rat e ( BER) det ect ed by fiber optic receiver.

Threshold: 0.00001

Remedy: Check/ repair opt ical overdrive condit ions ( Unit Information > View Optical

Ports). Ensure that fiber optic connections are clean. Check for kinks

or sharp bends in t he fiber optic cable; replace fiber opt ic cable if

unable to correct any problem s found.

Ala rm : Opt ical Under D rive

Trap: fwuHstSERFOptUnderDriveFault

Alarm Code: AC17

Definition: SFP opt ical receive input power below specificat ion.

Threshold: Threshold for I R is - 1 dBm , and for LR is -27 dBm

Remedy: Check fiber opt ic cable for t oo m uch at tenuat ion and/ or dirty

connect ions. Check SFP t ype ( wavelengt h or I R/ LR) being used;

replace the SFP if it is the wrong t ype.

Minor Alarms—PRU/URU DARTs

The following alarm s apply t o DARTs inst alled in a Prism Rem ot e Unit ( PRU) or in

a URH Rem ot e Unit ( URU) .

Ala rm : DART Tem per a t ur e High

Trap: fwuRmtDARTOverTempFault

Alarm Code: AC99

Definition: DART t em perat ure above operat ing lim it .

Threshold: 85° C

Remedy: Check t he PRU/ URU fans. Check the air flow around the PRU/ URU.

Ensure that t he PRU/ URU door is closed and that t he am bient

tem perat ure is less than 50° C. Check that t he heat sink m at erial on

the PRU/ URU DARTs has not been dam aged. I f the alarm persist s,

replace RF Module.

Alar m s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 199

Ala rm : DART Tem per a t ur e Low

Trap: fwuRmtDARTLowTempFault

Alarm Code: AC100

Definition: DART t em perat ure below operat ing lim it .

Threshold: - 4 0° C

Remedy: Check am bient condit ions; fix low tem perat ure conditions in t he

DART's locat ion.

Ala rm : Dela y Out Of Ra nge

Trap: fwuRmtRangingFault

Alarm Code: AC96

Definition: PRU/ URU delay set t ings out side t he valid range.

Remedy: Ent er forward and reverse delay values (System Configuration > Configure

Delay) wit hin t he displayed range.

Minor Alarms—PRU/URU SeRF Modules

The following alarm s apply t o SeRF m odules installed in a Prism Rem ot e Unit ( PRU)

or in a URH Rem ote Unit ( URU).

Ala rm : Fa n Over Speed

Trap: fwuRmtFanOverSpeedFault

Alarm Code: AC76

Definition: Fans operating above expect ed RPM.

Remedy: I f alarm persist s, t hen replace the Fan Module.

Ala rm : Te m pe ra t ure Low

Trap: fwuRmtUnderTempFault

Alarm Code: AC74

Definition: Tem perat ure below operating lim it .

Threshold: Minus 40° C

Remedy: Verify that am bient t em perat ure is greater t han -40° C; fix low

tem perat ure condit ion at the location of t he PRU/ URU.

Troubleshoot ing Alarm s

Page 200 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Minor Alarms—PRU/URU SFPs

The following alarm s apply to SFPs inst alled in a Prism Rem ot e Unit ( PRU) or in a

URH Rem ot e Unit ( URU).

Ala rm : Opt ical RX High BER

Trap: fwuRmtSERFOptRxBERFault

Alarm Code: AC81

Definition: High bit error rat e ( BER) det ect ed by fiber optic receiver.

Threshold: 0.00001

Remedy: Check/ repair opt ical overdrive condit ions ( Unit Information > View Optical

Ports). Ensure that fiber optic connections are clean. Check for kinks

or sharp bends in t he fiber optic cable; replace fiber opt ic cable if

unable to correct any problem s found.

Ala rm : Opt ical Under D rive

Trap: fwuRmtSERFOptUnderDriveFault

Alarm Code: AC85

Definition: SFP opt ical receive input power below specificat ion.

Threshold: Threshold for I R is - 1 dBm , and for LR is -27 dBm

Remedy: Check fiber opt ic cable for t oo m uch at tenuat ion and/ or dirty

connect ions. Check SFP t ype ( wavelengt h or I R/ LR) being used;

replace the SFP if it is the wrong t ype.

Remedy: Check for any m aj or alarm s ( Alarms > View Current Alarms). Follow t he

rem edies for those alarm s.

Minor Alarms—PRU or URU LPAs

The following alarm s apply t o LPAs inst alled in a Prism Rem ote Unit ( PRU) or URH

Rem ot e Unit (URU).

Ala rm : LPA Over Tem per ature

Trap: fwuRmtLPAHighTempFault

Alarm Code: AC106

Definition: PRU/ URU LPA above operat ing lim it .

Threshold: 89° C

Remedy: Check am bient t em perature. Fix any t em perat ure problem s in t he

area of t he PRU/ URU. Check the PRU/ URU t em perat ure. Replace fan

if it is faulty and correct any air flow problem s ar ound t he PRU/ URU.

Reset LPA. I f the alarm persist s, replace t he RF Module.

Alar m s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 201

Contact Alarms—Host System Card

Ala rm : Host M a j or Con t act Ala rm Out put Act ive

Trap: fwuHstContactAlarmOutput1

Alarm Code: AC41

Definition: User configurable Maj or Contact Alarm Out put act ive.

Remedy: Check for any m aj or alarm s ( Alarms > View Current Alarms). Follow t he

rem edies for t hose alarm s.

Ala rm : Host M inor Contact Alarm Output Act ive

Trap: fwuHstContactAlarmOutput2

Alarm Code: AC42

Definition: User configurable Minor Cont act Alarm Output active.

Remedy: Check for any m inor alarm s (Alarms > View Current Alarms). Follow the

rem edies for t hose alarm s.

Ala rm : Host Cont act Alarm I nput 1

Trap: fwuHstContactAlarmInput1

Alarm Code: AC43

Definition: Host Cont act Alarm I nput # 1 active. Alarm level is user configurable.

Remedy: Check equipm ent connect ed t o Host Cont act Alarm I nput 1, or check

cont act polarit y ( t hat is, Norm ally Open or Norm ally Closed) .

Ala rm : Host Cont act Alarm I nput 2

Trap: fwuHstContactAlarmInput2

Alarm Code: AC44

Definition: Host Cont act Alarm I nput # 2 active. Alarm level is user configurable.

Remedy: Check equipm ent connect ed t o Host Cont act Alarm I nput 2, or check

cont act polarit y ( t hat is, Norm ally Open or Norm ally Closed) .

Contact Alarms—Remote Unit

The following alarm s can apply to t he Prism Rem ot e Unit ( PRU) or t he URH Rem ot e

Unit ( URU) .

Ala rm : Cont a ct Alarm I nput 1 Act ive

Trap: fwuRemoteContactAlarmInput1

Alarm Code: AC65

Definition: Rem ot e Unit ( PRU/ URU) Cont act Alarm I nput # 1 active.

Remedy: Check equipm ent connect ed to Rem ot e Unit ( PRU/ URU) Cont act

Alarm I nput 1, or check cont act polarit y ( i.e., Norm ally Open or

Norm ally Closed) .

Troubleshoot ing Alarm s

Page 202 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Ala rm : Cont a ct Alarm I nput 2 Act ive

Trap: fwuRemoteContactAlarmInput2

Alarm Code: AC66

Definition: Rem ot e Unit ( PRU/ URU) Cont act Alarm I nput # 2 active.

Remedy: Check equipm ent connect ed to Rem ot e Unit ( PRU/ URU) Cont act

Alarm I nput 2, or check cont act polarit y ( i.e., Norm ally Open or

Norm ally Closed) .

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 203

USERS

Underst anding FlexWave EMS User Accounts ........................................................................... 204

Manage Users Page .............................................................................................................. 205

Add a New User ............................................................................................................. 205

Change a User’s Access Level ........................................................................................... 207

Change a User Password ................................................................................................. 208

Change Your Personal Password ............................................................................................. 210

Recovering a Password ......................................................................................................... 211

Delet e a User ...................................................................................................................... 212

This sect ion t ells you how to m anage users, passwords, and user access t o a Prism

sy stem .

Topics Page

Underst anding FlexWave EMS User Account s

Page 204 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

UNDERSTANDING FLEXWAVE EMS USER ACCOUNTS

The EMS provides securit y, which can be broadly classified as:

•User Authentication, which defines t he way a user is identified prior t o being

allowed to log on t o the EMS. User Aut henticat ion ensures t hat only known

users have access by providing a m et hod of ident ifying each user t hrough a

user I D and password.

•User Authorization, which involves m anaging t he user’s privileges in t he Prism

net work m anagem ent infrastruct ure. Aut horization is based on the concept of

user access syst em configuration restrictions.

There are t hree user- access account s that can be assigned by the adm in:

•adm in—t he default user account t hat has unrestricted access t o all EMS user

account s and m anagem ent capabilit ies. To prot ect against unaut horized access

to t he Prism net work, t he user assigned t he adm in role should follow t he

process described in “ Change Your Personal Password” on page 210 t o change

the password for t he adm in user account.

•Net work Manager—has read and writ e access to all syst em funct ions except

user account m anagem ent.

•Net work User—has read only perm issions into the syst em .

There are also t wo default user- access account s for the Rem ot e that cannot be

delet ed or changed:

•operator—is only supported on t he Craft int erface of a Rem ot e, and provides

Read Only access t o m ost of the Prism Rem ot e funct ions. However, t he operator

for a New Rem ot e Unit RSI Board” on page 162) .

•viewer—has Read Only rights for Prism and URH Rem ot es.

FlexWave EMS prevent s a login in which the user enters an invalid User I D or

password. Table 24 lists t he default user account s and passwords.

Table 24. Default User Account Device Access

User Name Default Password

Port Access

Host Remote

admin adc123 Network and

Craft ports N/A

viewer viewer N/A Craft port

operator operator N/A Craft port

User s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 205

MANAGE USERS PAGE

The Manage Users page allows you t o:

•“ Add a New User” on page 205

•“ Change a User’s Access Level” on page 207

•“ Change a User Password” on page 208.

Add a New User

CAUTION! If Auto Complete (that is, remember username/password) is turned on in your web

browser, when you add a new user, the browser automatically fills in Prism user names

and passwords with the saved information. To avoid this, disable Auto Complete in your

browser.

1To access the Manage Users page, in t he Syst em Menu bar, click Users > Manage

Users.

2I n t he Manage Users page, click Add New User.

3Do t he following in t he Add New User page:

aI n t he Name box, ent er a user

nam e, which m ust st art wit h

an alphabet ical charact er,

cont ain at least 5 characters

( alphanum eric or underscore

only), and cont ain no spaces.

bI n t he Password box, ent er a

password specific t o t his user.

The Password m ust contain at

least 6 alphanum eric or special

characters, and cannot be

em pty or contain spaces.

cI n t he Confirm Password box, enter t he exact sam e password as you entered

in t he Password box.

dI n t he Access Level m enu, select the access level for t his user. See

“ Underst anding FlexWave EMS User Accounts” on page 204.

Manage Users Page

Page 206 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

4Click Add.

The following m essage displays, list ing the new user by Name. Addit ionally, t he

Add New User fields are cleared so you can add ot her users as needed.

5I n t he Syst em Menu bar, click Users > Manage Users t o see an updat ed list of

users.

User s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 207

Change a User’s Access Level

1I n the Syst em Menu bar, click Users > Manage Users t o see a list of users.

2To change a user’s access, select the user in t he Select colum n, which activat es

the operational but tons.

3Click Change Access.

4Verify that t he nam e list ed for Selected User is the user whose access level you

want t o change.

5I n t he Change Access Level page, use t he Access Level m enu t o change t he access

level for t his user. For further inform at ion on access levels, see “ Underst anding

FlexWave EMS User Account s” on page 204.

6Click Change Access.

The Access Level for <username> is changed successfully m essage displays.

Manage Users Page

Page 208 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

7I n t he Syst em Menu bar, click Users > Manage Users t o see an updat ed list of

users.

At this tim e the operat ional buttons, wit h the except ion of Add New User and

Refresh, will be disabled, as no user is select ed.

Change a User Password

NOTE: Only the admin user or a user with the Network Manager access level can change the

password of another user.

1I n the Syst em Menu bar, click Users > Manage Users t o see a list of users.

2To change a user’s password, select t he user in t he Select colum n, which

act ivat es the operat ional but t ons.

User s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 209

3Click Change Password.

4I n t he Change Password page, do t he following:

aVerify that the nam e list ed

for Selected User is for t he user

whose password you want t o

change.

bI n t he New Password box,

enter a new password for

this user. The Password

m ust cont ain at least 6

alphanum eric or special

characters, and cannot be

em pty or contain spaces.

cI n t he Confirm Password box,

ent er t he exact sam e password as you ent ered in t he New Password box.

5Click Change Password.

The Password changed successfully m essage displays.

Change Your Personal Passw ord

Page 210 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

CHANGE YOUR PERSONAL PASSWORD

1I n the Syst em Menu bar, click Users > Change Password.

2I n t he Change Password page, do t he following:

aI n t he Old Password box, ent er your exist ing password.

bI n t he New Password box, enter a new password for this user. The Password

m ust cont ain at least 6 alphanum eric or special charact ers, and cannot be

em pty or contain spaces.

cI n t he Confirm Password box, enter t he exact sam e password as you entered

in t he New Password box.

3Click Change Password.

The Password for <username> has been changed m essage displays.

User s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 211

RECOVERING A PASSWORD

I f a user changes his or her password and t hen forget s t he new password, the

adm in user needs t o recreat e an account for t he user.

I f the password is changed and then forgot t en for t he adm in user, the adm in

should cont act ADC for assist ance.

Delet e a User

Page 212 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

DELETE A USER

1I n the Syst em Menu bar, click Users > Manage Users t o see a list of users.

2Select the user whose account is t o be delet ed in t he Select colum n, which

act ivat es the operat ional but t ons.

3Click Delete.

4I n t he confirm at ion dialog, which ident ifies t he user being delet ed, click OK.

The User deleted successfully m essage displays and t he Users t able is updat ed in

the Manage Users page.

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 213

UPGRADING THE SYSTEM AND UNITS

Upload t he Upgrade Files ...................................................................................................... 214

Updat ing a Prism Syst em ...................................................................................................... 216

Com m it the Upgr ade ............................................................................................................ 219

Abort an Update .................................................................................................................. 220

Updat ing I ndividual Unit s ...................................................................................................... 221

Upgrading a Prism syst em or a unit wit hin a Prism system is a three- st ep process,

in which you do t he following:

1Upload t he upgrade file.

2Use t he upgrade file t o updat e t he syst em or unit .

3Com m it the updat e.

Topics Page

Upload the Upgrade Files

Page 214 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

UPLOAD THE UPGRADE FILES

Use t he Upload page t o t ransfer the required upgrade files from a com puter or

laptop t o your Prism syst em or unit .

Each soft ware upgrade requires the following files t o go from one version t o the

• upgrade.x-y.tar.gz.md5

• upgrade.x-y.tar.gz

where

•x ident ifies the version from which t he unit / syst em is being upgraded

•y ident ifies the version to which t he unit / system is being upgraded.

NOTE: Each upgrade file set is designed to upgrade a specific EMS release, which may be

updating the EMS GUI or unit firmware, or both. If you try to apply upgrade files to a

system/unit that is not running the EMS release for which the upgrade files are designed,

the update will abort when it runs its version check.

Do t he following t o upload t he required upgrade files:

1Cont act ADC t o obtain the appropriate upgrade files ( see “ Appendix C:

Cont act ing ADC/ TE Connect ivit y” on page 297).

2Verify that t here is sufficient space on the disk drive to accom m odat e t he

upgrade files t hat you need to upload.

3Save t he upgrade files to your com puter.

4To access the Upload page, in t he Syst em Menu bar, click Upgrades > Upload.

5Click Browse.

6I n t he Choose File dialog, navigat e t o where the upgrade *.tar.gz and *.tar.gz.md5

files are st ored.

Upgrading t he Syst em and Unit s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 215

7Select the *.tar.gz file, and then click Open.

The Choose File dialog closes and t he nam e of the select ed file displays in t he

Upgrades > Upload page File box.

8Click Upload.

Wait for the File has been uploaded m essage t o display.

Updat ing a Pr ism System

Page 216 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

9I n t he Upload page, Click Browse.

1 0 I n t he Choose File dialog, navigat e t o where the upgrade *.tar.gz and *.tar.gz.md5

files are st ored.

1 1 Select the *.tar.gz.md5 upgrade file, and t hen click Open.

1 2 The Choose File dialog closes and t he nam e of t he selected file displays in the

Upgrades > Upload page File box.

1 3 Click Upload.

Wait for the File has been uploaded m essage t o display.

UPDATING A PRISM SYSTEM

Follow this procedure t o updat e a FlexWave Prism syst em , or an individual unit

wit hin a FlexWave Prism syst em .

CAUTION! Do not make any configuration changes during an update.

CAUTION! This procedure takes the system selected for update temporarily offline (see estimates in

Table 25). Perform this procedure during normal maintenance window.

NOTE: To update an individual unit, see “Updating Individual Units” on page 221.

Do t he following t o update an FlexWave Prism system :

1Access t he Soft ware/ Firm ware report t o verify current syst em soft ware.

aI n the Syst em Menu bar, click System Information > Get Information.

The System Information > Get Information page opens.

bI n t he Type list , select Software/Firmware. ( This is t he default setting.)

Table 25. Estimated Time a System is Offline During an Upgrade

System Configuration Approximate Time Offline

(Minutes)

1 Host + 1 Remote Unit 7 - 11

1 Host + 2 Remote Units 10 - 18

1 Host + 3 Remote Units 15 - 27

1 Host + 4 Remote Units 21 - 37

1 Host + 5 Remote Units 28 - 48

1 Host + 6 Remote Units 37 - 61

1 Host + 7 Remote Units 48 - 76

1 Host + 8 Remote Units 60 - 92

Upgrading t he Syst em and Unit s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 217

The Software/Firmware t able provides the following inform at ion:

•Module Type—type of unit ( Host, PRU, or URU).

•Name—user- assigned nam e for t he unit .

•Unit Id—ident ifies the unit wit hin the syst em ( see “ Unit I dent ification” on

page 43) .

•Version—version of inst alled soft ware/ firm ware.

•Upgrade Status—t he following st at es can be seen. However, wit h t he

except ion of Normal operation and Upgraded, the st at es occur very quickly

during t he corresponding action and are rarely viewed.

–Normal operation

–Upgrading

–Upgrading reboot

–Committing

–Aborting

–Recovering

– Upgraded

–NA ( analog units only) .

2Follow the steps in “ Upload t he Upgrade Files” on page 214 to upload t he

required upgrade files.

Updat ing a Pr ism System

Page 218 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

3Update the Host and t he Rem ot e Unit(s) :

aI n the Syst em Menu bar, click Upgrades > Update Units.

I n t he Update Units page, you are not ified t hat the file t hat you uploaded in

“ Upload t he Upgrade Files” on page 214 is ready for use. I f an upgrade file

is not list ed, repeat t he steps in “ Upload t he Upgrade Files” on page 214.

bI n t he Select Unit Type list , select Host+DRU+PRU+URU.

NOTE: The IFEU + RAU option pertains to an InterReach Spectrum system only and is not

applicable to a Prism system. As such, do not select the IFEU + RAU option.

cClick Update Now. An inform ation m essage that t he updat e has st art ed

appears.

Wit hin four m inut es, t he EMS logs you off and t erm inat es t he EMS session.

Upgrading t he Syst em and Unit s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 219

CAUTION! At this point, the system goes offline for the approximate time listed in Table 25 on

page 216.

dWait approxim at ely four m inutes, and t hen log back in to t he EMS to

com plete this procedure.

4Com plet e St ep 1 on page 216 t o verify the st atus of the Host / Rem ot e Unit ( s)

updat es.

COMMIT THE UPGRADE

NOTE: If you need to abort an update, go to“Abort an Update” on page 220.

1Com plet e t he st eps in “ Updat ing a Prism Syst em ” on page 216.

2I n the Syst em Menu bar, click Upgrades > Commit.

3I n t he Upgrades > Commit page, click Commit.

4I n t he confirm at ion window, click OK.

The syst em inform s you when the com m it operation has com pleted.

Abort an Updat e

Page 220 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

ABORT AN UPDATE

An upgrade can be aborted, if necessary.

NOTE: If you want to commit an update, go to “Commit the Upgrade” on page 219.

1To access the Upgrades Abort page, in t he Syst em Menu bar, click Upgrades > Abort.

2Click Abort.

3I n t he confirm at ion window, click OK.

The syst em inform s you when the abort operat ion has com plet ed.

Upgrading t he Syst em and Unit s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 221

UPDATING INDIVIDUAL UNITS

Only perform a unit updat e on a unit when the unit is being added t o the syst em

as a new or replacem ent unit, and t he new unit requires a firm ware updat e t o

m at ch t he firm ware version of the ot her units wit hin t he syst em .

CAUTION! If this procedure is performed on a Host Unit, the Host is taken offline (see estimates in

Table 25 on page 216). Perform this procedure during normal maintenance time.

CAUTION! Do not make any configuration changes during an update.

NOTE: To update a Prism system, follow the steps in “Updating a Prism System” on page 216.

Com plet e t he following steps to updat e an individual Host , PRU, or URU:

1Access t he Soft ware/ Firm ware report t o verify current syst em soft ware.

aI n the Syst em Menu bar, click System Information > Get Information.

The System Information > Get Information page opens.

bI n t he Type list , select Software/Firmware. ( This is the default set t ing.)

For inform ation on t he Software/Firmware table, see “ Updat ing a Prism System ”.

2Follow t he steps in “Upload t he Upgrade Files” on page 214 to upload the

required updat e files.

3I n the Syst em Tree, click on t he icon of the unit t hat you want t o updat e.

Updat ing I ndividual Unit s

Page 222 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

4I n the Unit Menu bar, click Unit Upgrades, Upgrade.

NOTE: If you have not uploaded the required update files, the following page opens, and the

Update button is disabled. You cannot continue until the correct update files have been

loaded.

5Click Update.

Wit hin four m inut es, t he EMS logs you off and t erm inat es t he EMS session.

CAUTION! At this point, the system goes offline for the approximate time listed in Table 25 on

page 216.

6Wait approxim at ely four m inutes, and then log back in t o the EMS to com plet e

this procedure.

7Com plet e St ep 1 on page 216 t o verify the st atus of t he updat e. Do not m ove

forward to the next st ep unt il the UpGrade Status in the Soft ware/ Firm ware table

is listed as Upgraded.

Upgrading t he Syst em and Unit s

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 223

8Com m it the updat e t o t he unit. ( I f you need to abort an updat e, go t o “ Abort

an Update” on page 220.)

aI n the Syst em Menu bar, click Upgrades > Commit.

bI n t he Upgrades > Commit page, click Commit.

cI n t he confirm at ion window, click OK.

The syst em inform s you when the com m it operation has com pleted.

9Com plet e St ep 1 on page 216 to verify t he stat us of t he updat e.

Updat ing I ndividual Unit s

Page 224 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

I nt ent ionally Blank Page

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 225

SPECIAL FEATURES

Run Script ........................................................................................................................... 226

Run Com m and .....................................................................................................................226

Configure Feature ................................................................................................................ 227

This sect ion describes special features of the Prism EMS.

NOTE: Some of the features in this section are for use by ADC only.

Topics Page

Run Scr ipt

Page 226 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

RUN SCRIPT

The Run Script page, accessed via Special Features > Run Script, is not applicable t o a

Prism syst em and should not be used.

RUN COMMAND

The Run Command page, accessed via Special Features > Run Command, is not applicable

to a Prism syst em and should not be used.

Special Feat ures

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 227

CONFIGURE FEATURE

CAUTION! This procedure requires a system reboot. The system configuration is stored on the Host.

Rebooting the Host therefore results in a loss of RF for the Host and connected Remote

Units until the Host comes back up. Depending on the system configuration, it can take 5

to 20 minutes before management communication is restored.

CAUTION! Host configuration will not persist across a Configure Feature Reboot—all settings will

revert to factory default. You will need to reconfigure the Prism system after the system

reboots.

CAUTION! The current EMS session will close and you will need to log back in to the EMS after the

Host reboot has completed.

1Docum ent all configuration data, as set tings will have to be re- ent ered. To

record t he current configuration:

aFollow the procedures in “ Viewing t he All Report ” on page 112 to access t he

syst em configurat ion reports.

bFollow the procedures in “ Downloading a Report ” on page 113 t o download

the syst em configuration report s t o a hard drive.

2To access the Configure Feature page, in the Syst em Menu bar, click Special Features

> Configure Feature.

3I n t he Feature box, ent er the

code for the feature.

4I n t he Password box, enter t he

password that enables the

feat ur e.

5Click Apply.

6I n t he confirm at ion dialog, click OK.

7Log back in to the EMS once t he login window displays.

8Follow the st eps in “ I nit ial FlexWave Prism Syst em Set up” on page 55 t o

reconfigure t he Prism syst em , using the set tings recorded in St ep 1 on

page 227.

Configure Feat ure

Page 228 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

I nt ent ionally Blank Page

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 229

USING AN SNMP INTERFACE

SNMP Overview ...................................................................................................................230

Working wit h Prism MI B Files................................................................................................. 231

Accessing Prism MI Bs...................................................................................................... 233

Syst em Dat e and Tim e MI B Form at ................................................................................... 234

Band Types ................................................................................................................... 235

Prism MI B Obj ect s................................................................................................................ 236

Param eters in ADC- FLEXWAVE- URH-MI B ........................................................................... 237

Syst em - Level Param eters .......................................................................................... 237

Host Unit Param eters ................................................................................................ 239

Host Param eters.................................................................................................. 239

Host SeRF Card Param eters .................................................................................. 240

Host SeRF Optics Param et ers ................................................................................ 243

Host SeRF ENET Swit ch Param et ers ....................................................................... 245

Host SeRF FPGA Param eters ................................................................................. 247

Host List of Rem ot es Param et ers ........................................................................... 247

Host DART Module Param et er s .............................................................................. 248

Host Syst em Card Param et ers ............................................................................... 252

Rem ot e Unit Param eters ............................................................................................ 254

Rem ot e Param eters ............................................................................................. 254

Prism Rem ot e Syst em Card................................................................................... 256

Prism Rem ot e SeRF General.................................................................................. 257

Prism Rem ot e SeRF Opt ics.................................................................................... 260

Prism Rem ot e SeRF ENET Swit ch ........................................................................... 262

Prism Rem ot e SeRF FPGA ..................................................................................... 264

Prism Rem ot e DART............................................................................................. 264

Prism Rem ot e LPA ............................................................................................... 270

Prism Rem ot e Power Det ect or ............................................................................... 272

Prism Rem ot e LNA/ Duplexer ................................................................................. 273

Prism Rem ot e RDI Card ........................................................................................ 274

Prism Rem ot e RSI Car d ........................................................................................ 275

Com m on Managed Obj ect s ......................................................................................... 276

Prism DART Mapping ............................................................................................ 276

Schedule Syst em Link Test ................................................................................... 278

SNMP Set tings .................................................................................................... 279

Regist er SNMP Trap Manager ................................................................................ 280

Geographic Locations ................................................................................................ 281

GEO Obj ect s ....................................................................................................... 281

GEO Table Obj ect s............................................................................................... 282

Managed Obj ect s for Traps ......................................................................................... 283

Prism I nput Cont act Alarm Managem ent Table......................................................... 283

Syst em Act ive Alarm Table ................................................................................... 284

Alarm Managem ent Table ..................................................................................... 287

Alarm Enable Table .............................................................................................. 288

St atic Alarm s Table.............................................................................................. 288

Working wit h SNMP Traps ..................................................................................................... 290

View the Traps ............................................................................................................... 290

Managing Traps.............................................................................................................. 291

Dat e and Tim e Stam ps in Tr aps ........................................................................................ 292

Variable Bindings............................................................................................................ 293

Topics Page

SNMP Overview

Page 230 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

SNMP OVERVIEW

SNMP ( Sim ple Net work Managem ent Protocol) is an international st andard for

rem ot e control of online devices. A t ypical scenario involves t he devices being

cont rolled, rem ot e com puters ( called m anagers) that can cont rol them , a network

connect ion, and SNMP soft ware. The SNMP software includes SNMP m anager

soft ware on cont rolling com put ers, SNMP agent soft ware on m anaged devices,

and one or m ore MI Bs used by the SNMP m anagers for each cont rolled device. I n

som e cases, SNMP proxy agent software is run on an int erm ediate device t o

access a m anaged device t hat would not ot herwise be directly accessible.

The Prism syst em SNMP int erface, shown schem at ically in Figure 27 allows a

rem ot e user using an SNMP m anager t o access t he sam e dat abase as accessed by

the st andard EMS interface.

Figure 27. SNMP and a Prism System

Web

GET/SETTRAP

Windows 2000 or Windows XP

computer running

Internet Explorer or Mozilla

and/or SNMP Manager

Database

EMS

INTERNAL

Network port

Host Unit

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 231

WORKING WITH PRISM MIB FILES

NOTE: Examples shown in this chapter use a browser from AdventNet or iReasoning. Procedural

details may vary with another browser, but the basic steps are the same.

NOTE: In the Prism system, the database accessed through the SNMP interface is the same

database as used by the EMS graphical user interface. There is therefore a similarity

between MIB objects and the parameters displayed in the EMS Web pages.

Figure 28 shows t he features of a t ypical MI B browser.

Figure 28. Typical MIB Browser

As m entioned earlier, a MI B is a database specificat ion cont aining definitions and

organizat ion of inform at ion. The database consist s of tables of obj ect s used t o

exchange inform ation between a m anager and agent . Dat abase inform ation is

exchanged using the following basic operat ions:

•GET—obt ains an obj ect value from t he dat abase.

•SET—set s t he value of an obj ect in the database.

•GET-NEXT—get s the next it em in the database, be it t he next t ype of obj ect or

the next obj ect of t he specified t ype. This is especially useful for discovering

the presence of ent ries in dynam ic t ables.

•GET-BULK—requests m ultiple item s in one m essage.

•TRAP/NOTIFICATION—sends an alarm in which a response can be sent by a

m anager t o an agent confirm ing receipt of t he alarm .

Wor king wit h Prism MI B Files

Page 232 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

I n a m anager browser, a MI B looks like t he EMS System Tree’s hierarchy of folders

and files, as shown in Figure 29.

Figure 29. Prism MIB Tree

MI B it em s are arranged in a hierarchy of groups, like a hierarchy of folders. Known

OI Ds specify scalars ( obj ect s) . MI B obj ects are arranged in groups and t ables. To

be specified com plet ely, t able entries require one or m ore row indices. Each set of

obj ect s (wit hin a single folder) represents one such group or table. An obj ect

m arked wit h a key sym bol indicates that view is t he key value for t hat table.

The Prism MI B is defined by t hree files:

•ADC-FWU-URH-TC-MIB.mib

•ADC-FWU-IRS-TC-MIB.mib

•ADC-FLEXWAVE-URH.mib

The MI B can be found on t he SeRF I I card in the Host in /usr/local/fwu/mibs.

“ Prism MI B Obj ect s” on page 236 list s object s t hat m ay be accessed for GET/SET

operations and t raps/ not ificat ions that are sent t o SNMP m anagers regist ered t o

receive t hem whenever t he respective fault condit ion occurs.

NOTE: TRAPS/NOTIFICATIONS are listed with the corresponding EMS alarm in

“Troubleshooting Alarms” on page 185.

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 233

Accessing Prism MIBs

The Prism Agent MI B can be accessed using any SNMP m anager wit h an act ive

net work connect ion. The I P address of t he Host m ust be known and ent ered in t he

MI B browser.

1On t he m anager com puter, open t he MI B Browser.

2Load t he MI B files in the following order:

aADC-FWU-URH-TC-MIB.mib

bADC-FWU-IRS-TC-MIB.mib

cADC-FLEXWAVE-URH.mib

3Ent er t he I P address of t he Host of t he Prism syst em in t he t ext box provided

next to Host.

4Enter the Port number as 161.

NOTE: If you are upgrading from a previous release, note the change in the SNMP Port number.

In previous releases, the SNMP Port number was 8001. It is now 161.

5Enter the Read Community as public and Write Community as private.

6Set Timeout t o 15 seconds.

7For SNMP version v2c and v3, set Maximum Repetitions t o 10 or less.

8To see an overview t he MI B cont ent , expand t he MI B t ree, as shown below.

Wor king wit h Prism MI B Files

Page 234 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

System Date and Time MIB Format

fwuHstSystemDateandTime allows you t o set the syst em dat e and tim e, where the

input is as follows:

YYYY-MM-DD,HH:MM:SS.D (24-Hour Time Format)

where fields are required ( none are opt ional) and indicate the following in 24- Hour

tim e form at.

•YYYY—Year

•MM—Month

•DD—dat e

•HH—Hour

•MM—Min ut e

•SS—Seconds

You can input the m ont h, dat e, hour, m inutes, seconds, and deci seconds as a

single digit or as a double digit ( t hat is, prefixed wit h 0) .

The support ed dat e and t im e range is from 1970-01-01,00:00:00 t o

2037-12-31,23:59:59.

The out put for m ont h, dat e, hour, m inutes, and seconds will always be in double

digit form at (prefixed wit h 0) . The out put for deci seconds will always be single

digit .

For exam ple, t he output of 2009-01-02,03:04:05 can be result ant from eit her of t he

following input s:

•I nput 1—2009-01-02,03:04:05

•I nput 2—2009-1-2,3:4:5

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 235

Band Types

Table 26 list s the band t ypes for Host RF DARTs, and Table 27 on page 236 list s

the band types for Rem ote I F DARTs.

Table 26. MIB Band Types—Host RF DARTS

MID Value Band Type

-1 undefined

1Classic850

2Classic1900

3ClassicSMR800

4ClassicSMR900

5ClassicAws2100

6Classic1800

200 SingleSuperPcs1900

201 SingleSuper1800

202 SingleSuperUmts2100

203 SingleSuperAws2100

8SuperPcs1900

10 SuperUmts2100

11 SuperAws2100

12 SuperEgsm900

13 SuperLowerAbc700

14 SuperUpperC700

205 SingleSuperLowerAbc700

206 SingleSuperUpperC700

Prism MI B Obj ect s

Page 236 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

PRISM MIB OBJECTS

Obj ect s in the Prism Agent MI B divide into t wo t ypes: GET/SET object s and

Trap/ Notificat ion obj ect s.

For each GET and SET obj ect , t here is an SNMP synt ax, which is a range of values

defined in t he MI B file. These values are what can be ent ered in a SET com m and

and ret urned in a GET com m and.

The following sect ions list all MI B obj ect s wit hin t he Prism Agent MI B. Obj ect s that

are available for SET com m ands are also available for GET com m ands.

Table 27. MIB Band Types—Remote IF DARTS

MID Value Band Type

15 SuperIf850

16 SuperIfPcs1900

17 SuperIfSmr800

18 SuperIfSmr900

19 SuperIf1800

21 SuperIfAws2100

23 SuperIfPath1LowerAbc700

24 SuperIfPath1UpperC700

25 SuperIfPath2LowerAbc700

26 SuperIfPath2UpperC700

207 SingleSuperIf850

208 SingleSuperIfPcs1900

209 SingleSuperIfSmr800

210 SingleSuperIfSmr900

211 SingleSuperIf1800

213 SingleSuperIfAws2100

215 SingleSuperIfPath1LowerAbc700

216 SingleSuperIfPath1UpperC700

217 SingleSuperIfPath2LowerAbc700

218 SingleSuperIfPath2UpperC700

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 237

Parameters in ADC-FLEXWAVE-URH-MIB

System-Level Parameters

Syst em Dat e a nd Tim e

SNMP MIB: fwuHstSystemDateAndTime

Description: The dat e and tim e set t ings on t he system

Values: 1970-01- 01,00: 00: 00 to 2037-12-31,23: 59: 59; see “ Syst em Date

and Tim e MI B Form at” on page 234

Default: Syst em t im e

Syntax: Dat eAndTim e

Access Level: Oct et String

Syst em Ala rm Ack now ledge

SNMP MIB: fwuSystemAlarmAck

Description: Acknowledges all or individual alarm s

Values: 0 = Acknowledge all alarm s

Great er t hen 0, I d of t he alarm to be acknowledged

Syntax: I nteger32

Access Level: Read- Writ e

Syst em Ala rm Level

SNMP MIB: fwuAlarmLevel

Description: Alarm level of syst em

Syntax: Alarm Type

Access Level: Read- Writ e

Syst em Te st On Pow e r Up

SNMP MIB: fwuPwrUpLinkTest

Description: Syst em / Link Test on Power Up (Link Test )

Values: 1 = Enable

0 = Disable

Default: 0

Syntax: Unsigned32

Access Level: Read- Writ e

Prism MI B Obj ect s

Page 238 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

DART Band Type for Syst em Test User Com m ande d

SNMP MIB: fwuUserCommLinkTestDartBandType

Description: Band t ype ( t he RF DART type) of select ed unit s

Values: See “ Band Types” on page 235.

Default: 0

Syntax: BandType

Access Level: Read- Writ e

DART I D for Syst e m Test Use r Com m a nde d

SNMP MIB: fwuUserCommLinkTestDartId

Description: I d of a particular DART

Values: 1 - 8

Syntax: I nteger32

Access Level: Read- Writ e

Syst em Ala rm St atus Sum m ary

SNMP MIB: fwuSystemAlarmStatusSummary

Description: Alarm St atus Sum m ary for ent ire syst em

Syntax: Alarm Type

Access Level: Read Only

Cle ar Syst em Configura t ion

SNMP MIB: fwuClearSysConfig

Description: Changing t he value from 0 to 1 clears the setting for the entire

set t ings on the syst em

Values: 0 = Disable

1= Enable

Default: 0

Syntax: I nteger32

Access Level: Read- Writ e

Last Run Tim e of Syst em / Link Test

SNMP MIB: fwuLinkTestLastRunTime

Description: Tim e when the Syst em / Link test was last run

Syntax: Dat eAndTim e

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 239

Host Unit Parameters

Host Parameters

Host N um ber

SNMP MIB: fwuHstNumber

Description: Num ber enum erating a Host

Values: A num ber great er than 0

Default: 1

Syntax: I nteger32

Access Level: Read Only

Host N a m e

SNMP MIB: fwuHstName

Description: User defined nam e of t he Host

Values: Alphanum eric Charact ers. Except as first character, t he underscore

( _) character is allowed. Must be 5 t o 40 charact ers in length, wit h

no spaces.

Default: Unknown_Host Nam e

Syntax: Display String

Access Level: Read- Writ e

Host Un it Reset

SNMP MIB: fwuHstUnitReset

Description: Reset s t he Host SeRF card when t he value is changed from 0 t o 1

Values: 0= norm al

1 = reset

Default: 0

Syntax: I nteger

Access Level: Read- Writ e

Host Back Plane Re vision

SNMP MIB: fwuHstBackPlaneRev

Description: Provides the back plane revision of t he Host ( Three pin Version

Num ber of the Chassis back plane)

Values: SI ZE ( 1…40)

Syntax: Oct al St ring

Access Level: Read Only

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Host Alarm St a t us Sum m a ry

SNMP MIB: fwuHstAlarmStatusSummary

Description: Alarm St atus Sum m ary for Host

Syntax: ALARM- TYPE

Access Level: Read Only

Te m pera t ure M ea sure m ent

SNMP MIB: fwuHstTempMeas

Description: Host syst em t em perat ure value in Celsius

Values: SI ZE ( 1…8)

Syntax: Oct al St ring

Access Level: Read Only

Linking Mode

SNMP MIB: fwuHstLinkingMode

Access Level: The DART Linking m ode on t he Syst em

Values: 2 = Manual

Default: 2

Syntax: I nteger

Access Level: Read- Writ e

Host SeRF Card Parameters

Linux Kernel Ve rsion

SNMP MIB: fwuHstSERFLinuxKernelVer

Description: Linux Kernel Version of the Host system

Syntax: Display String

Access Level: Read Only

Linu x Boot Loader Ver sion

SNMP MIB: fwuHstSERFLinuxBootLoaderVer

Description: Version Num ber of t he second st age boot loader

Syntax: Display String

Access Level: Read Only

Com pact Flash SW Ver sion

SNMP MIB: fwuHstSERFCompactFlashSWVer

Description: Com pact Flash Version of the Host syst em

Values: Form at of: aa.bb.cc.dd

where each of aa, bb, cc, dd m ust be bet ween 00 and 99

Syntax: Display String

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 241

PPC H W Mon it or SW Ver sion

SNMP MIB: fwuHstSERFPPCHWMonSWVer

Description: Soft ware Version of the hardware Monit or process running on t he

Host

Syntax: Display String

Access Level: Read Only

PPC Application Monit or SW Version

SNMP MIB: fwuHstSERFPPCAPPMonSWVer

Description: Soft ware Version of the Applicat ion Monit or process running on t he

Host

Syntax: Display String

Access Level: Read Only

SN M P Agent SW Version

SNMP MIB: fwuHstSERFPPCSNMPAgentSWVer

Description: Soft ware Version of the HTTP/ SNMP agent running on Host

Syntax: Display String

Access Level: Read Only

PPC M ate Monit or SW Version

SNMP MIB: fwuHstSERFPPCMATEMonSWVer

Description: Soft ware Version of the Mat e Monit or process running on the Host

Unit

Syntax: Display String

Access Level: Read Only

PPC EN ET Monit or SW Version

SNMP MIB: fwuHstSERFPPCENETMonSWVer

Description: Soft ware Version of the Ethernet Monitor process running on the Host

Unit

Syntax: Display String

Access Level: Read Only

PPC FPGA M onit or SW Version

SNMP MIB: fwuHstSERFPPCFPGAMonSWVer

Description: Version of FPGA Loaded on SeRF

Syntax: Display String

Access Level: Read Only

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Linux First St age Boot Loader Ve rsion

SNMP MIB: fwuHstSERFLinuxBootLoaderVer

Description: Boot Loader1 Version of the Host syst em

Syntax: Display String

Access Level: Read Only

Se RF FPGA Ver sion

SNMP MIB: fwuHstSERFFPGAVer

Description: Version of FPGA Loaded on SeRF

Syntax: Display String

Access Level: Read Only

RI ADC Pa rt N um ber

SNMP MIB: fwuHstSERFRIADCPartNumber

Description: Host SeRF I nvent ory - ADC Part Num ber

Syntax: Display String

Access Level: Read Only

RI Se rial N um ber

SNMP MIB: fwuHstSERFRISerialNumber

Description: Host SeRF I nventory - Serial Num ber

Syntax: Display String

Access Level: Read Only

RI Dat e Code

SNMP MIB: fwuHstSERFRIDateCode

Description: Host SeRF I nvent ory - Dat e Code

Syntax: Display String

Access Level: Read Only

Se RF RI H a rdw ar e Version

SNMP MIB: fwuHstSERFRIHWVer

Description: Host SeRF I nventory - Hardware Version

Syntax: Oct al St ring

Access Level: Read Only

Se RF RI H a rdw ar e Genera t ion

SNMP MIB: fwuHstSERFRIHWGen

Description: Host SeRF Hardware Generat ion

Values: 0 = First Generat ion

1 = Second Generat ion

Syntax: I nteger

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 243

pTh rea d Soft w a re Version

SNMP MIB: fwupThreadSoftwareVersion

Description: The version num ber of pThread process

Syntax: DisplaySt ring

Access Level: Read Only

Subagent Softw ar e Version

SNMP MIB: fwuSubagentSwVersion

Description: The version num ber of t he subagent

Syntax: DisplaySt ring

Access Level: Read Only

W e b Server Softw are Version

SNMP MIB: fwuWebServerSwVersion

Description: The version num ber of web server

Syntax: DisplaySt ring

Access Level: Read Only

Host SeRF Optics Parameters

SFP Num be r

SNMP MIB: fwuHstSERFOptSFPNumber

Description: SFP Num bers used as I ndex for Opt ical Port s

Values: 1 - 8

Syntax: I nt eger32

Access Level: Read Only

SFP Nam e

SNMP MIB: fwuHstSERFOptSFPName

Description: User defined SFP nam e - Opt ical Port Nam e

Values: Alphanum eric Charact ers. Except as first character, t he underscore

( _) charact er is allowed. Must be between 5 and 32 characters in

lengt h, wit h no spaces.

Default: UnknownSFPNam e

Syntax: Display String

Access Level: Read- Writ e

SFP Type

SNMP MIB: fwuHstSERFOptSFPType

Description: SFP Type - Opt ical Port Type

Syntax: Opt icsType

Access Level: Read Only

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SFP Transm ission Color

SNMP MIB: fwuHstSERFOptSFPTxColor

Description: SFP wavelengt h in nanom eter ( nm )

Syntax: I nteger32

Access Level: Read Only

FW D Launch Pow e r

SNMP MIB: fwuHstSERFOptFwdLaunchPowerMeas

Description: Value of Host Transm it m easured opt ical power in dBm

Syntax: DisplaySt ring

Access Level: Read Only

REV Re ceive Pow er

SNMP MIB: fwuHstSERFOptRevLaunchPowerMeas

Description: Value of Host Receive m easured opt ical power in dBm

Syntax: DisplaySt ring

Access Level: Read Only

Mate N am e

SNMP MIB: fwuHstSERFOptMateName

Description: Nam e of Host Mat es

Values: I nherit s the valid values from Host Nam e

Default: NA

Syntax: DisplaySt ring

Access Level: Read Only

Mate I D

SNMP MIB: fwuHstSERFOptMateId

Description: I D ( num erical) of com panion Rem ot e Unit

Values: See “ Unit I dentificat ion” on page 43

Syntax: NodeAddr1

Access Level: Read Only

Mat e SFP I D

SNMP MIB: fwuHstSERFOptMateSfpId

Description: Slot I D of t he SFP used at rem ot e end

Values: 1 - 8

Syntax: I nteger32

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 245

Host SeRF ENET Switch Parameters

Et her net Port N um ber

SNMP MIB: fwuHstSERFEthPortNumber

Description: An ident ifier for each Ethernet port

Values: 1…12

Syntax: Unsigned32

Access Level: Read Only

Et her net Port Type

SNMP MIB: fwuHstSERFEthPortType

Description: An ident ifier for t he type of Et hernet port

Syntax: Enet Type

Access Level: Read Only

Host SFP I D

SNMP MIB: fwuHstSERFEthPortSFPId

Description: I dent ifier of SFP to which t he Ethernet port connects

Values: 1…8

Syntax: I nteger32

Access Level: Read Only

Rx - by t e s

SNMP MIB: fwuHstSERFEthPortRxBytes

Description: Receive byt e count er

Syntax: Count er64

Access Level: Read Only

Rx - p ack e t s

SNMP MIB: fwuHstSERFEthPortRxPkts

Description: Receive packet count er

Syntax: Count er64

Access Level: Read Only

Rx- fsc- e rrors

SNMP MIB: fwuHstSERFEthPortRxFcsErrors

Description: Receive FCS error count er

Syntax: Count er64

Access Level: Read Only

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Re ce iv e- m ult ica st - pa ck et s

SNMP MIB: fwuHstSERFEthPortRxMulticastPkts

Description: Receive m ult icast packet counter

Syntax: Count er64

Access Level: Read Only

Re ce iv e- br oa dca st - pa ck e t s

SNMP MIB: fwuHstSERFEthPortRxBroadcastPkts

Description: Receive broadcast packet counter

Syntax: Count er64

Access Level: Read Only

Rx- fragm ent ed- fram es

SNMP MIB: fwuHstSERFEthPortRxFragmtdFrames

Description: Receive fragm ents count er

Syntax: Count er64

Access Level: Read Only

Rx- j abber- fram e s

SNMP MIB: fwuHstSERFEthPortRxJabbersFrames

Description: Receive jabber count er

Syntax: Count er64

Access Level: Read Only

Tx - byte- cou nt er

SNMP MIB: fwuHstSERFEthPortTxByteCounter

Description: Transm it byte counter

Syntax: Count er64

Access Level: Read Only

Tx - pa ck e t s

SNMP MIB: fwuHstSERFEthPortTxPkts

Description: Transm it packet counter

Syntax: Count er64

Access Level: Read Only

Tx - m ult ica st - pa ck e t s

SNMP MIB: fwuHstSERFEthPortTxMulticastPkts

Description: Transm it m ulticast packet counter

Syntax: Count er64

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 247

Tx - br oa dca st - p ack e t s

SNMP MIB: fwuHstSERFEthPortTxBroadcastPkts

Description: Transm it broadcast packet counter

Syntax: Count er64

Access Level: Read Only

Host SeRF FPGA Parameters

St a t u s

SNMP MIB: fwuHstSERFFPGAStatus

Description: Gives t he st atus if FPGA on SeRF Card

Values: 0 = PPC can t alk t o FPGA

1 = PPC cannot t alk t o FPGA

Default: 0

Syntax: I nteger

Access Level: Read Only

Host List of Remotes Parameters

Monit or I nde x

SNMP MIB: fwuHMmonIndex

Description: I ndex of t he Host m at e m onit or t able

Syntax: I nteger32

Access Level: Read Only

Rem ot e I D

SNMP MIB: fwuHMmonRmtID

Description: I D ( num erical) of com panion Rem ot e Unit

Values: See “ Unit I dentificat ion” on page 43

Syntax: NodeAddr1

Access Level: Read Only

Rem ot e I P Address

SNMP MIB: fwuHMmonRmtIPAddress

Description: List of I P addresses of connected Rem ot e Unit ( s)

Syntax: I pAddress

Access Level: Read Only

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Host DART Module Parameters

Card N um ber

SNMP MIB: fwuHstDARTNumber

Description: A unique ident ifier for each DART Module Obj ect

Values: Range 1 - 8

Syntax: I nteger

Access Level: Read Only

Card N am e

SNMP MIB: fwuHstDARTName

Description: A user defined nam e for each DART Module

Values: Alphanum eric Charact ers. Except as first character, t he underscore

( _) charact er is allowed. Must be between 5 and 32 charact ers in

lengt h, wit h no spaces.

Description: Unknown_DART

Syntax: Display String

Access Level: Read- Writ e

Ba nd Type

SNMP MIB: fwuHstDARTBandType

Description: Band t ype of Host DART Module

Values: See “ Band Types” on page 235.

Default: - 1

Syntax: BAND- TYPE

Access Level: Read Only

Pa ssband

SNMP MIB: fwuHstDARTPassBand

Description: Passband for t he select ed DART

Values: SI ZE ( 0…40)

Default: - 1

Syntax: OCTET STRI NG

Access Level: Read- Writ e

Ope rating Mode

SNMP MIB: fwuHstDARTOperatingMode

Description: Operat ing m ode of t he DART Module

Syntax: ModeType

Access Level: Read- Writ e

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 249

Diversit y St a t us

SNMP MIB: fwuHstDARTDiversityStatus

Description: Diversit y St atus of Host DART Module

Values: 0 = Non- diversit y

1 = Diversit y

Default: 0

Syntax: I nteger

Access Level: Read Only

Forw ard Gain

SNMP MIB: fwuHstDARTForwardGain

Description: Prim ary Gain of Host DART Module

Default: 0

Syntax: GainType

Access Level: Read- Writ e

Reverse Gain

SNMP MIB: fwuHstDARTReverseGain

Description: Prim ary Gain of Host DART Module

Values: 5…36, Unit s = dB, increm ents 1dB

Default: 0

Syntax: GainType

Access Level: Read- Writ e

FPGA St atus

SNMP MIB: fwuHstDARTFPGAStatus

Description: Host DART FPGA St at us; indicat es whet her the SeRF FPGA can talk

to t he DART FPGA

Values: 0 = SeRF FPGA can talk t o DART FPGA

1 = SeRF FPGA cannot talk t o DART FPGA

Default: 0

Syntax: I nteger

Access Level: Read Only

FPGA Pr ogram Ver sion

SNMP MIB: fwuHstDARTFPGAProgramVer

Description: FPGA version on t he DART Module

Syntax: Display String

Access Level: Read Only

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RI ADC Pa rt N um ber

SNMP MIB: fwuHstDARTRIADCPartNumber

Description: Host DART I nventory Dat a - ADC Part Num ber

Syntax: Display String

Access Level: Read Only

RI Se rial N um ber

SNMP MIB: fwuHstDARTRISerialNumber

Description: Host DART I nventory Dat a - Serial Num ber

Syntax: Display String

Access Level: Read Only

RI Dat e Code

SNMP MIB: fwuHstDARTRIDateCode

Description: Host DART I nventory Data Code

Syntax: Display String

Access Level: Read Only

DART RI H W Ve rsion

SNMP MIB: fwuHstDARTRIHWVer

Description: Host DART I nventory Dat a - HW Version

Syntax: Display String

Access Level: Read Only

Row St a t us

SNMP MIB: fwuHstDARTRowStatus

Description: The st atus of t his concept ual row

Syntax: Row St at u s

Access Level: Read- Cr eat e

Pe ak Avera ge I npu t Pow er Level 1

SNMP MIB: fwuHstDARTPeakInputPwrLvl1

Description: Peak Average input Power Level1. For Diversit y syst em s, this will be

NA.

Default: NA

Syntax: DisplaySt ring

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 251

Pe ak Avera ge I nput Pow er Level 2

SNMP MIB: fwuHstDARTPeakInputPwrLvl2

Description: Peak Average input Power level2. For Diversit y system s, this will be

NA.

Default: NA

Syntax: DisplaySt ring

Access Level: Read Only

Min Avera ge I nput Pow e r Le ve l 1

SNMP MIB: fwuHstDARTPeakAvgInputPwrLvl1

Description: Minim um Average I nput Power Level1. For Diversity syst em s, t his

will be NA.

Default: NA

Syntax: DisplaySt ring

Access Level: Read Only

Min Avera ge I nput Pow e r Le ve l 2

SNMP MIB: fwuHstDARTPeakAvgInputPwrLvl2

Description: Minim um Average I nput Power Level2. For Diversity syst em s, t his

will be NA.

Default: NA

Syntax: DisplaySt ring

Access Level: Read Only

Pe ak I nput Pow e r Level 1

SNMP MIB: fwuHstDARTMinAvgInputPwrLvl1

Description: Peak I nput Power Level2. For Diversit y system s, this will be NA.

Default: NA

Syntax: DisplaySt ring

Access Level: Read Only

Pe ak I nput Pow e r Level 2

SNMP MIB: fwuHstDARTMinAvgInputPwrLvl2

Description: Peak I nput Power Level2. For Diversit y system s, this will be NA.

Default: NA

Syntax: DisplaySt ring

Access Level: Read Only

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Pow e r Level M ode

SNMP MIB: fwuHstDARTInputPowerMode

Description: DART power level Mode

Values: 0 = snapshot 

1 = m axHold

Default: 0

Syntax: I nteger

Access Level: Read- Writ e

Pow e r Level Max Hold Re set

SNMP MIB: fwuHstDARTPwrLevelMaxHoldReset

Description: Host DART I nput Power Level Max Hold Reset

Values: - 1 = Not Applicable

0 = Norm al

1 = Reset

Default: - 1

Syntax: I nteger

Access Level: Read- Writ e

Last M a x H old Reset Tim e

SNMP MIB: fwuHstDARTLastMaxHoldResetTime

Description: Dat e and Tim e of the last m axHold reset t im e of the Host DART

Syntax: Dat eAndTim e

Access Level: Read Only

I de ntify RF Sour ce

SNMP MIB: fwuHstDARTInputSrc

Description: I dent ifies whether t he connect ion is to BTS/ BDA

Values: 1 = BTS

2 = BDA

Default: 1

Syntax: I nteger

Access Level: Read- Writ e

Host System Card Parameters

RI ADC Pa rt N um ber

SNMP MIB: fwuHstSysCardRIADCPartNumber

Description: Rm t I nventory Dat a - ADC Part Num ber

Syntax: Display String

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 253

RI Se rial N um ber

SNMP MIB: fwuHstSysCardRISerialNumber

Description: Rm t I nventory Dat a - Serial Num ber

Syntax: Display String

Access Level: Read Only

RI Dat e Code

SNMP MIB: fwuHstSysCardRIDateCode

Description: Rm t I nventory Dat a - Dat e Code

Syntax: Display String

Access Level: Read Only

RI HW Version

SNMP MIB: fwuHstSysCardRIHWVer

Description: Rm t I nventory Dat a - Hardware Version

Syntax: Display String

Access Level: Read Only

1 0 M H z Refer ence Clock

SNMP MIB: fwuHstSysCard10MhzRefClock

Description: Syst em Card Reference clock

Values: 0- I nt er nal

1-ext ernal ref clock

Default: 0

Syntax: I nteger

Access Level: Read- Writ e

Clock Pr iorit y Le vel

SNMP MIB: fwuHstSysCardCPLevel

Description: Syst em card m ast er clock priorit y level

Values: 1…14

Default: 14

Syntax: I nteger32

Access Level: Read- Writ e

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Ou t put Refer ence Clock

SNMP MIB: fwuHstSysCardOutputRefClock

Description: Syst em Card Reference clock. Syst em Module support s only 10 MHz

and Syst em Board I I support s bot h 10 MHz and 30 MHz Clock out put .

Values: 0 = Off

1 = 10 MHz clock

2 = 30 MHz clock

Default: 1 for Host

2 for I F Rem ot e

Syntax: I nteger

Access Level: Read- Writ e

RI Hardw are Genera t ion

SNMP MIB: fwuHstSysCardRIHWGen

Description: Host Syst em Card Hardware Generat ion

Values: 0 = First Generat ion

1 = Second Generat ion

Default: 1

Syntax: I nteger

Access Level: Read Only

Remote Unit Parameters

Remote Parameters

N um b er

SNMP MIB: fwuRmtNumber

Description: Num ber of the connected Rem ot e Unit .

Values: See “ Unit I dentificat ion” on page 43

Syntax: UnitI d2

Access Level: Read Only

N a m e

SNMP MIB: fwuRmtName

Description: User defined nam e of the Rem ot e Unit .

Values: Alphanum eric Charact ers. Except as first character, t he underscore

( _) charact er is allowed. Must be between 5 and 40 charact ers in

lengt h, wit h no spaces.

Syntax: Display String

Access Level: Read- Writ e

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 255

Ala rm St a t us Sum m ary

SNMP MIB: fwuRmtAlarmStatusSummary

Description: Sum m ary of alarm stat us of t he ( connect ed) Rem ot e Unit .

Syntax: Alarm Type

Access Level: Read Only

Type

SNMP MIB: fwuRmtType

Description: Type of Rem ot e.

Syntax: unit Type

Access Level: Read Only

Te m pera t ure M ea sure m ent

SNMP MIB: fwuRmtTempMeasurement

Description: Tem perat ure of each Rem ot e Unit in celsius.

Syntax: Oct al St ring

Access Level: Read Only

Pr ism Un it Reset

SNMP MIB: fwuPrismUnitReset

Description: Boolean. Way t o reset t he Rem ot e Unit rem ot ely. Only applicable to

URH Rem ot e Unit s ( URUs).

Values: 0 = Norm al

1 = Reset

Default: Default : 0

Syntax: I nteger

Access Level: Read- Writ e

Cat alog St at e

SNMP MIB: fwuRmtCatalogState

Description: Cat alog st at e of Rem ot e Unit .

Values: This is used in the Recovery of t he Rem ot e Unit

Syntax: Cat alogType

Access Level: Read Only

Ta ble Row St a t us

SNMP MIB: fwuRmtGeneralTableRowStatus

Description: The st atus of t his concept ual row.

Syntax: RowSt atus

Access Level: Read- Cr eat e

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DART I d

SNMP MIB: fwuUsrCommLinkTestDartId

Description: To ident ify the DART

Values: 1 - 8

Syntax: Unsigned32

Access Level: Read- Writ e

Prism Remote System Card

RI ADC Pa rt N um ber

SNMP MIB: fwuRmtSysCardRIADCPartNumber

Description: Rem ot e Unit I nvent ory Dat a: ADC Part Num ber.

Syntax: Display String

Access Level: Read Only

RI Se rial N um ber

SNMP MIB: fwuRmtSysCardRISerialNumber

Description: Rem ot e Unit I nvent ory Data: Serial Num ber

Syntax: Display String

Access Level: Read Only

RI Dat e Code

SNMP MIB: fwuRmtSysCardRIDateCode

Description: Rem ot e Unit I nvent ory Data: Dat eCode Num ber

Syntax: Display String

Access Level: Read Only

RI Hardw are Ve rsion

SNMP MIB: fwuRmtSysCardRIHWVersion

Description: Rm t I nventory Dat a - Hardware Num ber

Syntax: Display String

Access Level: Read Only

1 0 M hz Re fere nce Clock

SNMP MIB: fwuRmtSysCard10MhzRefClock

Description: Rem ot e System Card Reference clock. I t can be internal or ext ernal.

Values: 0- I nt ernal

1-ext ernal ref clock

Description: 0

Syntax: I nteger

Access Level: Read Only

Using an SNMP I nt erface

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Ou t put Refer ence Clock

SNMP MIB: fwuRmtSysCardOutputRefClock

Description: Rem ot e System Card Reference clock. System Board support s only

10 MHz and Syst em Board I I support s bot h 10 MHz and 30 MHz Clock

out put

Values: 0 - off

1 - clock10m hz

2 - clock30m hz

Default: 2

Syntax: I nteger

Access Level: Read- Writ e

RI Hardw are Gen

SNMP MIB: fwuRmtSysCardRIHWGen

Description: Rem ot e Syst em Card Hardware Generation

Values: First Generation = 0

Second Generat ion = 1

Syntax: I nteger

Access Level: Read Only

Prism Remote SeRF General

Linux Kernel Ve rsion

SNMP MIB: fwuRmtSERFLinuxKernelVer

Description: Linux Kernel Version of the rem ote syst em .

Syntax: Display String

Access Level: Read Only

Linux Boot Loader Version

SNMP MIB: fwuRmtSERFLinuxBootLoaderVer

Description: Linux Boot loader Version of the rem ot e syst em .

Syntax: Display String

Access Level: Read Only

Linux First St a ge Boot Loader Ver sion

SNMP MIB: fwuRmtSERFLinuxBootLoaderVer

Description: Boot Loader1 Version of t he host syst em .

Syntax: Display String

Access Level: Read Only

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Com pact Flash SW Ver sion

SNMP MIB: fwuRmtSERFCompactFlashSWVer

Description: Com pact Flash Software Version of t he rem ot e syst em .

Values: Form at of: aa.bb.cc.dd

where each of aa, bb, cc, dd m ust be bet ween 00 and 99

Syntax: Display String

Access Level: Read Only

PPC H W Mon it or SW Ver sion

SNMP MIB: fwuRmtSERFPPCHWMonSWVer

Description: Hardware m onit or process Soft ware Version of t he rem ot e system .

Syntax: Display String

Access Level: Read Only

PPC Application Monit or SW Version

SNMP MIB: fwuRmtSERFPPCAPPMonSWVer

Description: Applicat ion m onit or process Software Version of the rem ot e syst em .

Syntax: Display String

Access Level: Read Only

PPC Agent SW Ver sion

SNMP MIB: fwuRmtSERFPPCSNMPAgentSWVer

Description: SNMP agent Soft ware Version of t he rem ot e system .

Syntax: Display String

Access Level: Read Only

PPC M ate Monit or SW Version

SNMP MIB: fwuRmtSERFPPCMATEMonSWVer

Description: Mate m onit or process Soft ware Version of t he rem ot e syst em .

Syntax: Display String

Access Level: Read Only

PPC EN ET Monit or SW Version

SNMP MIB: fwuRmtSERFPPCENETMonSWVer

Description: ENET m onit or process Soft ware Version of t he rem ot e syst em .

Syntax: Display String

Access Level: Read Only

PPC FPGA M onit or SW Version

SNMP MIB: fwuRmtSERFPPCFPGAMonSWVer

Description: FPGA m onit or process Soft ware Version of the rem ot e syst em .

Syntax: Display String

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 259

Se RF FPGA Ver sion

SNMP MIB: fwuRmtSERFFPGAVer

Syntax: Display String

Access Level: Read Only

RI ADC Pa rt N um ber

SNMP MIB: fwuRmtSERFRIADCPartNumber

Description: Rem ot e SeRF I nventory - ADC Part Num ber.

Syntax: Display String

Access Level: Read Only

pTh rea d Soft w a re Version

SNMP MIB: fwuRmtpThreadSoftwareVer

Description: The version num ber of pThread process.

Syntax: DisplaySt ring

Access Level: Read Only

W e b Server Softw are Version

SNMP MIB: fwuRmtWebServerSwVer

Description: The version num ber of web server.

Syntax: DisplaySt ring

Access Level: Read Only

RI Hardw are Ve rsion

SNMP MIB: fwuRmtSERFPPCHWMonSWVer

Description: Hardware m onit or process Software Ver sion of the rem ot e system .

Syntax: DisplaySt ring

Access Level: Read Only

RI Hardw are

SNMP MIB: fwuRmtSERFRIHWGen

Description: Rem ot e SeRF Hardware Generat ion.

Values: First Generation = 0

Second Generat ion = 1

Syntax: I nteger

Access Level: Read Only

Prism MI B Obj ect s

Page 260 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Prism Remote SeRF Optics

Opt ics N um ber

SNMP MIB: fwuRmtSERFOptSFPNumber

Description: A unique ident ifier of each SFP

Values: 1 - 8

Syntax: I nteger

Access Level: Read Only

Opt ics N a m e

SNMP MIB: fwuRmtSERFOptSFPName

Description: User defined nam e of each Rem ot e SFP.

Values: Alphanum eric Charact ers. Except as first character, t he underscore

( _) character is allowed. Must be bet ween 5 and 32 charact ers wit h

no spaces.

Syntax: Display String

Access Level: Read- Writ e

Opt ics Type

SNMP MIB: fwuRmtSERFOptSFPType

Description: SFP Type - Opt ical Port Type.

Syntax: Opt icsType

Access Level: Read Only

Opt ics Color

SNMP MIB: fwuRmtSERFOptSFPColor

Description: SFP wavelengt h in nanom eter.

Values: I nteger32

Syntax: Read Only

REV La un ch Pow e r

SNMP MIB: fwuRmtSERFOptRevLaunchPowerMeas

Description: Value of Rem ote Receive m easured optical power in dbm .

Syntax: Display String

Access Level: Read Only

Forw ard Receive Pow e r

SNMP MIB: fwuRmtSERFOptFwdLaunchPowerMeas

Description: Value of Rem ote Transm it m easured opt ical power in dbm .

Syntax: Display String

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 261

Mate N am e

SNMP MIB: fwuRmtSERFOptMateName

Description: Nam e of Rem ote m at e.

Values: I nherit s valid values from Rem ot e nam e

Syntax: DisplaySt ring

Access Level: Read Only

Mate Unit I D

SNMP MIB: fwuRmtSERFOptMateId

Description: Num erical I D of com panion Rem ot e Unit .

Values: See “ Unit I dentificat ion” on page 43

Syntax: NodeAddr1

Access Level: Read Only

Mate Unit SFP I D

SNMP MIB: fwuRmtSERFOptMateSfpId

Description: I dent ifier of SFP to which t he m at e connects .

Values: 1 - 8

Syntax: I nteger32

Access Level: Read Only

Mode

SNMP MIB: fwuRmtSERFIPEnable

Description: Mode of I P enable RF carrier.

Values: 1= I PEnable 

2 = I P Disable

Default: 2

Syntax: I nteger

Access Level: Read- Writ e

SFP Dire ct ion

SNMP MIB: fwuRmtSERFOptMateSfpDir

Description: I ndicat es whet her t he fiber is incom ing or out going on this SFP port .

Values: - 1 = Unknown

0 = I n

1 = Out

Syntax: I nteger

Access Level: Read Only

Prism MI B Obj ect s

Page 262 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Prism Remote SeRF ENET Switch

Et her net Port N um ber

SNMP MIB: fwuRmtSERFEthPortNumber

Description: A unique ident ifier for each Et hernet port.

Values: Port num ber, which can be bet ween 1 and 12

Syntax: Unsigned32

Access Level: Read Only

Et her net Port Type

SNMP MIB: fwuRmtSERFEthPortType

Description: An ident ifier for t he t ype of Ethernet port .

Values: Port t ype: 

Net work port 

Craft port 

Managem ent port

Swit ch port

Syntax: ENET- TYPE

Access Level: Read Only

Et her net SFP I d

SNMP MIB: fwuRmtSERFEthSFPID

Description: I dent ifier of SFP t o which this et hernet port connects to.

Syntax: I nteger32

Access Level: Read Only

Rx - by t e s

SNMP MIB: fwuRmtSERFEthPortRxBytes

Description: Receive byt e count er.

Syntax: Count er64

Access Level: Read Only

Rx - p ack e t s

SNMP MIB: fwuRmtSERFEthPortRxPkts

Description: Receive packet counter.

Syntax: Count er64

Access Level: Read Only

Rx- fsc- e rrors

SNMP MIB: fwuRmtSERFEthPortRxFscErrors

Description: Receive FCS error count er.

Syntax: Count er64

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 263

Re ce iv e- m ult ica st - pa ck e t s

SNMP MIB: fwuRmtSERFEthPortRxMulticastPkts

Description: Receive m ult icast packet counter.

Syntax: Count er64

Access Level: Read Only

Re ce iv e - br oa dca st - pa ck e t s

SNMP MIB: fwuRmtSERFEthPortRxBroadcastPkts

Description: Receive broadcast packet counter.

Syntax: Count er64

Access Level: Read Only

Rx- fragm ent ed- fram es

SNMP MIB: fwuRmtSERFEthPortRxFragmtdFrames

Description: Receive fragm ents counter.

Syntax: Count er64

Access Level: Read Only

Rx- j abber- fr am e s

SNMP MIB: fwuRmtSERFEthPortRxJabbersFrames

Description: Receive j abber count er.

Syntax: Count er64

Access Level: Read Only

Tx - byte- cou nt er

SNMP MIB: fwuRmtSERFEthPortTxByteCounter

Description: Transm it byte counter

Syntax: Count er64

Access Level: Read Only

Tx - pa ck e t s

SNMP MIB: fwuRmtSERFEthPortTxPkts

Description: Transm it packet counter

Syntax: Count er64

Access Level: Read Only

Tx - m ult ica st - pa ck e t s

SNMP MIB: fwuRmtSERFEthPortTxMulticastPkt

Description: Transm it m ult icast packet counter

Syntax: Count er64

Access Level: Read Only

Prism MI B Obj ect s

Page 264 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Tx - br oa dca st - p ack e t s

SNMP MIB: fwuRmtSERFEthPortTxBroadcastPkts

Description: Transm it broadcast packet counter

Syntax: Count er64

Access Level: Read Only

Prism Remote SeRF FPGA

FPGA St atus

SNMP MIB: fwuRmtSERFFPGAStatus

Description: Rem ot e SeRF Card FPGA st at us.

Values: 0 = PPC can t alk t o FPGA

1= PPC cannot talk to FPGA

Default: 0

Syntax: I nteger

Access Level: Read Only

Prism Remote DART

Card N um ber

SNMP MIB: fwuRmtDARTNumber

Description: A unique ident ifier for each DART Module Obj ect .

Values: 1 - 8

Syntax: Unsigned32

Access Level: Read Only

N a m e

SNMP MIB: fwuRmtDARTName

Description: A user defined nam e for each DART Module.

Values: Alphanum eric Charact ers. Except as first character, t he underscore

( _) charact er is allowed. Must be between 5 and 32 charact ers in

lengt h, wit h no spaces.

Default: Unknown_DART

Syntax: DisplaySt ring

Access Level: Read- Writ e

Ba nd Type

SNMP MIB: fwuRmtDARTBandType

Description: Band t ype of t he Host DART

Values: See “ Band Types” on page 235.

Default: - 1

Syntax: BandType

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 265

Pa ssband

SNMP MIB: fwuRmtDARTPassBand

Description: Passband for the select ed DART

Values: Size of t he passband, which can be bet ween 0 and 40

Default: - 1

Syntax: Oct et String

Access Level: Read- Writ e

Ope rating Mode

SNMP MIB: fwuRmtDARTOperatingMode

Description: Operat ing m ode of t he DART Module.

Default: 1

Syntax: ModeType

Access Level: Read- Writ e

Diversit y St a t us

SNMP MIB: fwuRmtDARTDiversityStatus

Description: Diversit y St atus of Host DART Module.

Values: 1 = Diversit y 

0 = Non- diversit y

Default: 0

Syntax: I nteger

Access Level: Read- Writ e

Forw ard Gain

SNMP MIB: fwuRmtDARTForwardGain

Description: Prim ary Gain in forward path of Rem ot e Unit DART Module.

Default: 0

Syntax: GainType

Access Level: Read- Writ e

Reverse Gain

SNMP MIB: fwuRmtDARTReverseGain

Description: Prim ary Gain in reverse pat h of Rem ot e Unit DART Module.

Default: 0

Syntax: GainType

Access Level: Read Only

Forw ard Dela y

SNMP MIB: fwuRmtDARTForwardDelay

Description: Rem ot e DART Module forward delay in Micro Seconds.

Syntax: DelayType

Access Level: Read- Writ e

Prism MI B Obj ect s

Page 266 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Reverse Dela y

SNMP MIB: fwuRmtDARTReverseDelay

Description: Rem ot e DART Module reverse delay in Micro Seconds

Syntax: DelayType

Access Level: Read- Writ e

FPGA Pr ogram Ver sion

SNMP MIB: fwuRmtDARTFPGAProgramVer

Description: FPGA Version on t he Rem ot e Unit DART Module.

Syntax: DisplaySt ring

Access Level: Read Only

FPGA St atus

SNMP MIB: fwuRmtDARTFPGAStatus

Description: Rem ot e DART FPGA St at us. I t indicat es if t he SeRF FPGA can talk t o

DART FPGA or not .

Values: 0 = SeRF FPGA can talk t o DART FPGA

1 = SeRF FPGA cannot t alk t o DART FPGA

Default: 0

Syntax: I nteger

Access Level: Read Only

Te m pera t ure M ea sure m ent

SNMP MIB: fwuRmtDARTTempMeas

Description: Tem perat ure of Rem ot e DART Module.

Syntax: DisplaySt ring

Access Level: Read Only

ADC Pa rt N um ber

SNMP MIB: fwuRmtDARTRIADCPartNumber

Description: Rem ot e DART I nventory Data - ADC Part Num ber.

Syntax: Display St ring

Access Level: Read Only

Se rial N um ber

SNMP MIB: fwuRmtDARTRISerialNumber

Description: Rem ot e DART I nventory Data - Serial Num ber.

Syntax: Display St ring

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 267

Dat e Code

SNMP MIB: fwuRmtDARTRIDateCode

Description: Rem ot e DART I nventory Dat a - Dat eCode.

Syntax: Display String

Access Level: Read Only

RI Hardw are Ve rsion

SNMP MIB: fwuRmtDARTRIHWVer

Description: Rem ot e DART I nventory Dat a - HW Version.

Syntax: Display String

Access Level: Read Only

Ta ble Row St a t us

SNMP MIB: fwuRmtDARTGeneralTableRowStatus

Description: The st atus of t his concept ual row.

Syntax: RowSt atus

Access Level: Read- Cr eat e

Act ual Forw ard De la y

SNMP MIB: fwuRmtDARTActualForwardDelay

Description: Act ual value of Forward delay for Rem ot e DART.

Syntax: I nteger32

Access Level: Read Only

Forw ard Dela y - Low er Bound

SNMP MIB: fwuRmtDARTForwardLowerboundDelay

Description: Lower bound of Forward delay for Rem ot e DART

Syntax: I nteger32

Access Level: Read Only

Forw ard Dela y - Uppe r Bound

SNMP MIB: fwuRmtDARTForwardUpperboundDelay

Description: Upper bound of Forward delay for Rem ot e DART.

Syntax: I nteger32

Access Level: Read Only

Rem ot e D ART Act ual Re ve rse Dela y

SNMP MIB: fwuRmtDARTActualReverseDelay

Description: Reverse delay for Rem ot e DART.

Syntax: I nteger32

Access Level: Read Only

Prism MI B Obj ect s

Page 268 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Reverse Dela y - Low er Bound

SNMP MIB: fwuRmtDARTReverseLowerboundDelay

Description: Lower bound of Reverse delay for Rem ot e DART

Syntax: I nteger32

Access Level: Read Only

Reverse Dela y - Uppe r Bound

SNMP MIB: fwuRmtDARTReverseUpperboundDelay

Description: Upper bound of Reverse delay for Rem ot e DART

Syntax: I nteger32

Access Level: Read Only

Pe ak I nput Pow e r Level1

SNMP MIB: fwuRmtDARTPeakInputPwrLvl1

Description: Peak I nput Power Level1 t o a Rem ote DART.

Default: NA

Syntax: DisplaySt ring

Access Level: Read Only

Pe ak I nput Pow e r Level2

SNMP MIB: fwuRmtDARTPeakInputPwrLvl2

Description: Peak I nput Power Level2 t o a Rem ote DART.

Default: NA

Syntax: DisplaySt ring

Access Level: Read Only

Pe ak Avera ge I npu t Pow er Level 1

SNMP MIB: fwuRmtDARTPeakAvgInputPwrLvl1

Description: Peak Average I nput Power Level1 t o a Rem ot e DART.

Default: NA

Syntax: DisplaySt ring

Access Level: Read Only

Pe ak Avera ge I npu t Pow er Level 2

SNMP MIB: fwuRmtDARTPeakAvgInputPwrLvl2

Description: Peak Average I nput Power Level2 t o a Rem ot e DART.

Default: NA

Syntax: DisplaySt ring

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 269

Minim um Ave rage I nput Pow er Le ve l 1

SNMP MIB: fwuRmtDARTMinAvgInputPwrLvl1

Description: Minim um Average I nput Power Level1 t o a Rem ot e DART.

Default: NA

Syntax: DisplaySt ring

Access Level: Read Only

Minim um Ave rage I nput Pow er Le ve l 2

SNMP MIB: fwuRmtDARTMinAvgInputPwrLvl2

Description: Minim um Average I nput Power Level2 t o a Rem ot e DART.

Default: NA

Syntax: DisplaySt ring

Access Level: Read Only

Pow e r Level M ode

SNMP MIB: fwuRmtDARTInputPowerMode

Description: Rem ot e DART I nput Power Level Mode.

Values: 0 = Snap Shot 

1 = Max Hold

Default: 0

Syntax: I nteger

Access Level: Read- Writ e

Pow e r Level Max Hold Reset

SNMP MIB: fwuRmtDARTPwrLevelMaxHoldReset

Description: Reset s t he Power Level Max Hold

Values: - 1 = Not Applicable

0 = norm al

1 = reset

Default: - 1

Syntax: I nteger

Access Level: Read- Writ e

Last M a x H old Reset Tim e

SNMP MIB: fwuRmtDARTLastMaxHoldResetTime

Description: Dat e and Tim e of the last m axHold reset t im e of Rem ot e.

Syntax: DisplaySt ring

Access Level: Read Only

Prism MI B Obj ect s

Page 270 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Reverse Pa t h Gain M ode

SNMP MIB: fwuRmtDARTReverseGainMode

Description: To cont rol gain m ode on t he Reverse Pat h. Applicable t o both Classic

and Super DARTs.

Values: 0 - Norm al

1 - High

Default: 0

Syntax: I nteger

Access Level: Read- Writ e

Prism Remote LPA

LPA N um ber

SNMP MIB: fwuRmtLPANumber

Description: A unique identifier for an LPA.

Values: 1 - 4

Syntax: Unsigned32

Access Level: Read Only

LPA Reset

SNMP MIB: fwuRmtLPAReset

Description: Set t his object t o a value of 1 t o cause LPA to reset it self.

Values: 0 = norm al

1 = reset

Default: 0

Syntax: I nteger

Access Level: Read- Writ e

Ope rating Mode

SNMP MIB: fwuRmtLPAOpState

Description: The operating m odes of Rem ot e Unit LPA

Values: 0 = Operat ing

1 = Offline

Default: 1

Syntax: I nteger

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 271

LPA Cont rol

SNMP MIB: fwuRmtLPAControl

Description: To control t he operat ing m ode of Rem ot e Unit LPA.

Values: 0 = Norm al

1 = St andby

Default: 1

Syntax: I nteger

Access Level: Read- Writ e

Mode l N um ber

SNMP MIB: fwuRmtLPAPartNum

Description: Rem ot e LPA Part Num ber.

Syntax: DisplaySt ring

Access Level: Read Only

Se rial N um ber

SNMP MIB: fwuRmtLPASerialNum

Description: Rem ot e LPA Serial Num ber.

Syntax: DisplaySt ring

Access Level: Read Only

Har dw are Version

SNMP MIB: fwuRmtLPAHWVer

Description: Rem ot e LPA Hardware Version.

Syntax: DisplaySt ring

Access Level: Read Only

Soft w are Version

SNMP MIB: fwuRmtLPASWVer

Description: Rem ot e LPA Soft ware Version.

Syntax: DisplaySt ring

Access Level: Read Only

D escr ip t ion

SNMP MIB: fwuRmtLPADescr

Description: Band t ype of Rem ot e LPA

Syntax: DisplaySt ring

Access Level: Read Only

Prism MI B Obj ect s

Page 272 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Prism Remote Power Detector

Pow e r De t ect or N um ber

SNMP MIB: fwuRmtPowerDetectorNumber

Description: I ndex and a unique ident ifier for each power detector.

Values: 1 - 4

Syntax: I nteger32

Access Level: Read Only

RF Pow e r Output Mea surem ent

SNMP MIB: fwuRmtRFPowerOutputMeas

Description: The value of Rem ot e RF Power Output in dBm

Values: Up t o 5 characters

Syntax: Oct et St ring

Access Level: Read Only

Duple x er RI Se rial N um ber

SNMP MIB: fwuRmtPwrDetectorBoardRISerialNum

Description: Power Det ect or I nvent ory - Serial Num ber.

Syntax: DisplaySt ring

Access Level: Read Only

Duple x er RI Da t e Code

SNMP MIB: fwuRmtPwrDetectorBoardRIDateCode

Description: Power Det ect or I nvent ory - Date Code.

Syntax: DisplaySt ring

Access Level: Read Only

Duple xer RI H a rdw are Version

SNMP MIB: fwuRmtPwrDetectorBoardRIHWVer

Description: Power Det ector I nvent ory - HW Version.

Values: Up t o 8 Charact ers

Syntax: Oct et St ring

Access Level: Read Only

Duple x er RI ADC Pa rt N um ber

SNMP MIB: fwuRmtPwrDetectorBoardRIADCPartNum

Description: Power Det ector I nvent ory - ADC Part Num ber.

Syntax: DisplaySt ring

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 273

Syst em VSW R Mea sure m ent

SNMP MIB: fwuRmtSystemVswrMeas

Description: Measured VSWR value

Values: Up t o 8 Charact ers

Syntax: Oct et String

Access Level: Read Only

Prism Remote LNA/Duplexer

LN A N um be r

SNMP MIB: fwuRmtLNANumber

Description: I ndex and an unique ident ifier for LNA Object s.

Values: Num ber that identifies an LNA and that can be from 1 to 8

Syntax: I nteger32

Access Level: Read Only

LN A Type

SNMP MIB: fwuRmtLNAType

Description: Rem ot e LNA card t ype.

Syntax: LnaType

Access Level: Read Only

RI ADC Pa rt N um ber

SNMP MIB: fwuRmtLNARIADCPartNumber

Description: LNA I nventory Data - ADC Part Num ber.

Syntax: Display String

Access Level: Read Only

RI Se rial N um ber

SNMP MIB: fwuRmtLNARISerialNumber

Description: LNA I nventory Dat a - Serial Num ber.

Syntax: Display String

Access Level: Read Only

RI Dat e Code

SNMP MIB: fwuRmtLNARIDateCode

Description: LNA I nventory Data - Date Code.

Syntax: Display String

Access Level: Read Only

Prism MI B Obj ect s

Page 274 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

RI Hardw are Ve rsion

SNMP MIB: fwuRmtLNARIHWVer

Description: LNA I nventory Data - HW Version.

Syntax: DisplaySt ring

Access Level: Read Only

Duple x er t ype

SNMP MIB: fwuRmtDuplexerType

Description: Duplexer hardware t ype.

Syntax: DuplexerType

Access Level: Read Only

Prism Remote RDI Card

RDI N u m ber

SNMP MIB: fwuRmtRDINumber

Description: I ndex and an ident ifier for each RDI .

Values: Num ber that ident ifies an RDI and t hat can be from 1 to 4

Syntax: Unsigned32

Access Level: Read Only

RI ADC Pa rt N um ber

SNMP MIB: fwuRmtRDIRIADCPartNumber

Description: RDI I nventory Dat a - ADC Part Num ber.

Syntax: Display String

Access Level: Read Only

RI Se rial N um ber

SNMP MIB: fwuRmtRDIRISerialNumber

Description: RDI I nventory Dat a - Serial Num ber.

Syntax: Display String

Access Level: Read Only

RI Dat e Code

SNMP MIB: fwuRmtRDIRIDateCode

Description: RDI I nventory Dat a - Dat e Code.

Syntax: DisplaySt ring

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 275

RI Hardw are Ve rsion

SNMP MIB: fwuRmtRDIRIHWVer

Description: RDI I nventory Dat a - HW Version.

Syntax: Display String

Access Level: Read Only

Prism Remote RSI Card

RI ADC Pa rt N um ber

SNMP MIB: fwuRmtRSIRIADCPartNumber

Description: Rem ot e I nventory Data - ADC Part Num ber.

Syntax: Display String

Access Level: Read Only

Se rial N um ber

SNMP MIB: fwuRmtRSIRISerialNumber

Description: Rem ot e I nventory Data - Serial Num ber.

Syntax: Display String

Access Level: Read Only

Dat e Code

SNMP MIB: fwuRmtRSIRIDateCode

Description: Rem ot e I nventory Data - Dat e Code.

Syntax: DisplaySt ring

Access Level: Read Only

RI Hardw are Ve rsion

SNMP MIB: fwuRmtRSIRIHWVer

Description: Rem ot e I nventory Data - Hardware Version.

Syntax: Display String

Access Level: Read Only

Rem ot e Ca pa cit y

SNMP MIB: fwuRmtCapacity

Description: The num ber of RF m odules t hat m ay be inst alled in t he Rem ot e Unit .

Values: Num ber bet ween 1 and 4

Default: 1

Syntax: Unsigned32

Access Level: Read Only

Prism MI B Obj ect s

Page 276 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Common Managed Objects

Prism DART Mapping

I nde x

SNMP MIB: fwuDARTMappingIndex

Description: I ndex of DART Mapping Table.

Values: Num ber bet ween 0 and 100

Syntax: Unsigned32

Access Level: Not Accessible

Unit I d

SNMP MIB: fwuUnitID

Description: I dent ifier for t he unit

Syntax: HOSTNBR- TYPE

Access Level: Read Only

Unit D ART I d

SNMP MIB: fwuUnitDARTID

Description: I dent ifier of DART on the unit

Values: Num erical value t hat can be from 1 t o 8

Syntax: I nteger32

Access Level: Read Only

Unit SFP I d

SNMP MIB: fwuUnitSFPID

Description: I dent ifier of unit SFP connect ed toward t he m ate DART ( out going) .

Values: Num erical value t hat can be from 1 t o 8

Syntax: I nteger32

Access Level: Read Only

Unit D ART Pa ssba nd

SNMP MIB: fwuUnitDartPassBand

Description: Band-Passband inform at ion of the linked DART on the Host side.

Values: Num erical value t hat indicat es size, and t hat can be from 0 to 40

Syntax: OCTET STRI NG

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 277

Mate I d

SNMP MIB: fwuMateID

Description: I dent ifier of ( com panion) m at e unit

Values: See “ Unit I dentificat ion” on page 43

Syntax: REMOTENBR- TYPE

Access Level: Read Only

Mat e D ART I d

SNMP MIB: fwuMateDARTId

Description: I dent ifier of ( com panion) DART on m at e unit.

Syntax: I nteger32

Access Level: Read Only

Mat e SFP I d

SNMP MIB: fwuMateSFPId

Description: I dent ifier of rem ot e side SFP connect ed t oward t he unit DART

( incom ing)

Syntax: I nteger32

Access Level: Read Only

Mate DART Pa ssband

SNMP MIB: fwuMateDartPassbnd

Description: Band-Passband inform at ion of t he linked DART on the Mat e side.

Syntax: OCTET STRI NG

Access Level: Read Only

St a rt Tim e Slot on SFP

SNMP MIB: fwuSfpStartTimeSlot

Description: St art ing t im e slot on the fiber t hat is carrying t he RF t raffic from unit

to m ate DART Module.

Values: 1- 12

Syntax: I nteger32

Access Level: Read Only

End Tim e Slot on SFP

SNMP MIB: fwuSfpEndTimeSlot

Description: Ending t im eslot on the fiber t hat is carrying t he RF t raffic from unit

to m ate DART Module.

Values: 1- 12

Syntax: I nteger32

Access Level: Read Only

Prism MI B Obj ect s

Page 278 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Mapping St a t us

SNMP MIB: fwuMappingStatus

Description: St atus of DART m apping table

Syntax: Row St at u s

Access Level: Set

Schedule System Link Test

Syst em Link Te st Mode

SNMP MIB: sysLinkTestMode

Description: RLM Test for System .

Values: 0 = Disable

1 = Enable

Syntax: I NTEGER

Access Level: Read- Writ e

St a rt Dat e a nd Tim e

SNMP MIB: sysLinkStartTime

Description: The St art dat e and tim e of linking t est execution.

Syntax: Dat eAndTim e

Access Level: Read- Writ e

Recur rence Tim e

SNMP MIB: sysLinkRecurrenceTime

Description: Recurrence of syst em link test , in t erm s of days.

Values: 1 - 365

0 = don't recur

Syntax: Unsigned32

Access Level: Read- Writ e

DART Band Type

SNMP MIB: sysLinkDARTBandType

Description: Band t ype ( t he RF DART type) of select ed unit s

Values: See “ Band Types” on page 235.

Enter 0 to select all unit s.

Syntax: BandType

Access Level: Read- Writ e

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 279

DART I d

SNMP MIB: fwuSchLinkTestDartId

Description: I n which slot t he DART resides.

Values: 1 - 8

Syntax: I nteger

Access Level: Read- Writ e

SNMP Settings

V1 Trap Agent Addr ess Override M ode

SNMP MIB: fwuV1TrapAgentAddrOverrideMode

Description: V1 trap agent address override m ode.

Values: 0 = Disable

1 = Enable

Default: 0

Syntax: I NTEGER

Access Level: Read- Writ e

V1 Trap Agen t Addr ess Ove rride I P Address

SNMP MIB: fwuV1TrapAgentAddrOverrideIPAddr

Description: V1 trap agent address overriding address

Syntax: DisplaySt ring

Access Level: Read- Writ e

SN M P Tra p Resend I nt e rval

SNMP MIB: fwuSnmpTrapResendInterval

Description: I nt erval in m inut es that m ust pass before t he t rap is resent

Values: 0 t o 1440, where 0 = Disable

Syntax: I nteger32

Access Level: Read- Writ e

Max im um for SN MP Tr ap Resend

SNMP MIB: fwuSnmpTrapResendMaximum

Description: Maxim um num ber of t im es t rap will be r esent wit h Disable = 0

Values: 0 t o 360

Syntax: I nteger32

Access Level: Read- Writ e

Prism MI B Obj ect s

Page 280 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Et her net M odem W ake Up

SNMP MIB: fwuEthernetModemWakeUp

Description: I f an ext ernal m odem is used, sends a “ wake up” m essage

Values: 0 = False

1 = True

Syntax: I nteger32

Access Level: Read- Writ e

Row I nde x

SNMP MIB: fwuTrapMgrRowId

Description: I ndex for t his t able

Syntax: I nteger

Access Level: Read- Writ e

Tr ap M ange r I P Addr ess

SNMP MIB: fwuTrapMgrIpAddress

Description: I P Address of the regist ered Trap m anager

Values: Default = 127.0.0.1

Syntax: I pAddress

Access Level: Read- Writ e

List e ning Port

SNMP MIB: fwuTrapMgrListeningPort

Description: Port at which t he m anager listens for the t rap. This value m ust be set

by t he user before the row stat us is m ade act ive. Ot herwise, an error

will be indicated.

Values: 162, or any other unreserved port

Default: 162

Syntax: I nteger

Access Level: Read- Writ e

Com m unit y

SNMP MIB: fwuTrapCommunity

Description: Trap Com m unit y for the m anager

Values: Public

Privat e

Default: Public

Syntax: DisplaySt ring

Access Level: Read- Writ e

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 281

Tr ap Ve rsion

SNMP MIB: fwuTrapVersion

Description: Version of SNMP used for t his t rap dest inat ion.

Values: 0 = V1

1 = V2c

2 = I nform

Default: 1

Syntax: I nteger

Access Level: Read- Writ e

Row St a t us

SNMP MIB: fwuTrapMgrRowStatus

Description: The st atus of t his concept ual row.

Syntax: RowSt atus

Access Level: Read- Cr eat e

Geographic Locations

GEO Objects

Geo Hea rtbeat Tim er

SNMP MIB: fwuGeoHeartbeatTimer

Description: Heart beat can be sent at the tim er specified here in m inutes

Values: Num ber that represents m inutes, t hat can be from 1 to 30

Default: 20

Syntax: I nteger32

Access Level: Read Only

GEO Table Objects

I nde x

SNMP MIB: fwuGeoIndex

Description: I ndex of Geo t able.

Values: Num ber that can be from 0 to 64

Syntax: Display String

Access Level: Read- Writ e

Geo La t it ude

SNMP MIB: fwuGeoLatitude

Description: I dent ifies t he Lat it ude of a Rem ot e Unit .

Syntax: Lat AndLong

Access Level: Read- Writ e

Prism MI B Obj ect s

Page 282 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Geo Longit ude

SNMP MIB: fwuGeoLongitude

Description: I dent ifies t he Longit ude of a Rem ot e Unit .

Syntax: Lat AndLong

Access Level: Read- Writ e

Geo Rem ot e N a m e

SNMP MIB: fwuGeoRmtName

Description: Derived from fwuRmtName.

Syntax: Display String

Access Level: Read Only

Geo St a t us

SNMP MIB: fwuGeoStatus

Description: St andard SNMP row st at us for t his table.

Values: 0 = not Present 

1 = act ive

2 = inact ive

Syntax: I nteger

Access Level: Read Only

Managed Objects for Traps

Prism Input Contact Alarm Management Table

Unit I ndex

SNMP MIB: fwuUnitIndex

Description: The num ber of unit connect ed.

Values: See “ Unit I dentificat ion” on page 43

Syntax: NodeAddr1

Access Level: Read Only

Ala rm Code

SNMP MIB: fwuSYstemAlarmCode

Description: An alphanum eric code t hat uniquely ident ifies an alarm / fault .

Values: Each alarm / fault has a unique alphanum eric code. See

“ Troubleshoot ing Alarm s” on page 185 or use t he “ I ndex of Alarm s”

on page 313 t o find t he page num ber for a specific alarm description,

which includes t he alarm code.

Syntax: Unsigned32

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 283

Con t act Alarm

SNMP MIB: fwuContactAlarm

Description: Hardware Assigned Nam e

Syntax: Display String

Access Level: Read Only

Se ve r it y

SNMP MIB: fwuContactAlarmSeverity

Description: Severit y of the alarm

Values: 2= Minor

3 = Maj or

Default: Minor

Syntax: Unsigned I nt eger

Access Level: Read- Writ e

Mode

SNMP MIB: fwuContactAlarmMode

Description: Mode of t he Alarm

Values: 1= Norm ally Closed

2 = Norm ally Open

Default: 2

Syntax: Unsigned I nt eger

Access Level: Read- Writ e

Ala rm N am e

SNMP MIB: fwuContactAlarmName

Description: User Assigned Nam e

Values: Alphanum eric Charact ers. Except as first character, t he underscore

( _) charact er and spaces are allowed. Must be 5 to 40 characters in

lengt h.

Default: Blank (em pty st ring)

Syntax: Display String

Access Level: Read- Writ e

Cont a ct Alarm En able

SNMP MIB: fwuContactAlarmEnable

Description: Enable/ Disable the cont act alarm

Values: 1 = Enabled 

0 = Disabled

Default: Enabled

Syntax: Unsigned I nt eger

Access Level: Unsigned I nt eger

Prism MI B Obj ect s

Page 284 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

System Active Alarm Table

Ala rm Se quence nu m ber

SNMP MIB: fwuSystemAlarmSequenceNumber

Description: I ndex and unique I D for each t rap in Alarm Table.

Values: I ndex of t he Alarm Table

Syntax: Unsigned32

Access Level: Not Accessible

Unit N ode Addr ess

SNMP MIB: fwuSystemAlarmTrapNodeAddress

Syntax: UnitI d2

Access Level: Read- Writ e

Syst em Label

SNMP MIB: fwuSystemlabel

Description: Syst em Nam e or Host nam e

Syntax: DisplaySt ring

Access Level: Read Only

Rem ot e N a m e for Ala rm

SNMP MIB: fwuSystemAlarmRmtName

Description: Rem ot e nam e, where t he alarm originat ed.

Syntax: DisplaySt ring

Access Level: Read Only

Rem ot e Type for Ala rm

SNMP MIB: fwuSystemAlarmRmtType

Description: I dent ifies t he type of the Rem ot e ( PRU or URU)

Syntax: UnitType

Access Level: Read Only

Modu le Type for Ala rm

SNMP MIB: fwuSystemAlarmModuleType

Description: Hardware m odule t ype, where t he alarm has originat ed like . SeRF,

DART, SFP, LPA, LNA.

Syntax: ModuleType

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 285

Modu le N um ber for Alar m

SNMP MIB: fwuSystemAlarmModuleNumber

Description: Hardware m odule num ber, where t he alarm has originat ed.

Values: Bet ween 1 and 8

Syntax: Unsigned32

Access Level: Read Only

Modu le N a m e for Ala rm

SNMP MIB: fwuSystemAlarmModuleName

Description: Nam e of hardware m odule where t rap originated.

Syntax: DisplaySt ring

Access Level: Read Only

Ala rm Se ve rit y

SNMP MIB: fwuSystemAlarmSeverity

Description: Severit y of the alarm

Syntax: Alarm Type

Access Level: Read Only

Ala rm Pa ss Band

SNMP MIB: fwuSystemAlarmRFBand

Description: Describes the Band that m ay be affected due the raised alarm PCS,

GSM, AWS.

Syntax: DisplaySt ring

Access Level: Read Only

Ala rm Tim e

SNMP MIB: fwuSystemAlarmTimeStamp

Description: Tim e at t rap in raised.

Syntax: Syst em Dat eand Tim e

Access Level: Read Only

Ala rm Code

SNMP MIB: fwuSystemAlarmCode

Description: An alphanum eric code t hat uniquely ident ifies an alarm / fault .

Values: Each alarm / fault has a unique alphanum eric code. See

“ Troubleshoot ing Alarm s” on page 185 or use t he “ I ndex of Alarm s”

on page 313 t o find t he page num ber for a specific alarm description,

which includes t he alarm code.

Syntax: Unsigned32

Access Level: Read Only

Prism MI B Obj ect s

Page 286 FlexWave Prism Elem ent Managem ent System 7.1 User Manual

Ala rm Host N u m ber

SNMP MIB: SystemAlarmHstNbr

Description: Num ber ident ifying the host in t he syst em

Syntax: Unsigned32

Access Level: Read Only

Ana log Node Addr ess

SNMP MIB: fwuSystemAlarmAnalogAddress

Description: Analog Portion of the node address

Syntax: UnitI D3

Access Level: Read Writ e

Alarm Management Table

Ala rm Code

SNMP MIB: fwuSystemAlarmCode

Description: An alphanum eric code t hat uniquely ident ifies an alarm / fault .

Values: See “ Troubleshoot ing Alarm s” on page 185 or use the “ I ndex of

Alarm s” on page 313 t o find t he page num ber for a specific alarm

description, which includes t he alarm code.

Syntax: Unsigned32

Access Level: Read Only

Ala rm Cont r ol

SNMP MIB: fwuSystemAlarmManageable

Description: I ndicat es t he abilit y t o Enable or Disable alarm

Values: Enable = 1

Disable = 0

Syntax: Updated

Access Level: Read Only

Ala rm Th re sh old

SNMP MIB: fwuSystemAlarmThreshold

Description: The threshold at which the alarm is raised ( Whenever applicable)

Values: See “ Troubleshoot ing Alarm s” on page 185 or use the “ I ndex of

Alarm s” on page 313 t o find t he page num ber for a specific alarm

description, which includes the alarm t hreshold, if any.

Syntax: DisplaySt ring

Access Level: Read Only

Using an SNMP I nt erface

FlexWave Prism Elem ent Managem ent Syst em 7.1 User Manual Page 287

Ala rm ed Module

SNMP MIB: fwuSystemAlarmModType

Description: I dent ifies t he m odule type t hat raised t he alarm .

Values: SeRF

DART

LPA

LNA

Power Det ector

SFP

Syntax: I nteger32

Access Level: Read Only

Alarm Enable Table

Ala rm Code

SNMP MIB: fwuSystemModuleAlarmcode

Description: An alphanum eric code t hat uniquely ident ifies an alarm / fault .

Values: See “ Troubleshoot ing Alarm s” on page 185 or use the “ I ndex of

Alarm s” on page 313 t o find t he page num ber for a specific alarm

description, which includes t he alarm code.

Syntax: Unsigned32

Access Level: Read Only

N ode Address

SNMP MIB: fwuSystemTrapNodeAddress

Syntax: UnitI d2

Access Level: Read Only

Ala rm ed Module N um ber

SNMP MIB: fwuSystemAlarmModuleNo

Description: I dent ifies t he specific m odule t ype t hat raised t he alarm .

Values: SeRF

DART

LPA

LNA

Power Det ector

SFP

Syntax: Unsigned32

Access Level: Read Only

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