Westell CSIDRACELAAWS AWS Repeater User Manual 960 1042 006 Manual John r006 indd

CSI-DRACELA-PR-AW

CS12-560-419

W

A

R

N

I

N

G

:

T

h

i

s

i

s

NOT a CONSUMER device.

It

i

s

designed

for

i

n

st

a

ll

a

t

i

on

by FCC

L

I

C

EN

SEES

AND

Q

U

AL

I

F

I

ED

INSTALLERS. You MUST have an FCC

L

I

C

EN

SE

or

express consent

of

an FCC

L

i

ce

n

se

e

to

operate

t

h

i

s

device. U

n

a

u

t

ho

ri

ze

d

use may result in signiﬁcant

f

o

rf

e

i

t

u

re

p

e

n

a

l

t

i

e

s,

i

n

cl

ud

i

ng

p

e

n

a

l

t

i

e

s

i

n

excess

of

$100,000

for

each

con

t

i

nu

i

ng

vi

o

l

a

t

i

on.

The Installation height of the antenna for AWS band 1700/2100 MHz operations is limited to 10 meters above ground for compliance with

FCC Regulation Section 27.50

Important Safety Information

Antennas used

for the

purpose

of radiating

signals

indoors are limited to a maximum gain of 3 dBi. The outdoor

antenna used

for

the

purpose

of

commun

i

ca

t

i

ng

to the w

i

re

l

e

ss

i

n

f

ra

st

ruct

u

re

i

s

li

mit

e

d

to -2 dBi, or any

comb

i

n

a

t

i

on

of

g

a

i

n

and

l

o

ss

that

e

qu

a

tes

to

-2 dBi at output. Each

antenna

must be

positioned

to

observe

minimum

separation requirements

from all

users

and

bystand-

ers. The following

guidelines

should be

used

when

considering

separation distances.

INDOOR

antennas

must be

placed

such that, under normal

conditions, personnel cannot

come within 20 cm (~8.0 in.) from

any

inside

antenna.

Adhering to this minimum

separation

will

ensure

that the

employee

or

bystander cannot exceed

RF

exposures

beyond

the maximum

permissible

limit

as deﬁned

by

se

ct

i

on

1.1310

i

.

e

.

li

mit

s

for

G

e

n

e

ra

l

Po

pu

l

a

t

i

on

/

U

ncon

t

ro

ll

e

d

Exp

o

su

re

.

OUTDOOR

antenna

must be

positioned

such that, under normal

conditions, personnel cannot approach

closer than 120 cm.

(~4

ft.). A non-

d

i

re

ct

i

on

a

l

antenna

having a maximum

g

a

i

n

of

-2 dBi

i

s

used,

p

re

ca

u

t

i

on

s

sh

ou

l

d

be taken to

prevent p

e

rso

nn

e

l

f

rom

routinely

passing

closer than

speciﬁ

e

d.

Radio and

T

e

l

e

vi

si

on

I

n

t

e

rf

e

re

n

ce

NOTE: This

equipment

has

been tested

and found to comply with the limits for a

Class

A

d

i

g

i

t

a

l

device,

pursuant

to Part 15

of t

h

e

FCC rules.

These

limits are

designed

to provide

reasonable protection against

harmful

interference

when the

equipment

is

oper-

ated in a

commercial environment.

This

equipment generates, uses

and can

radiate

radio

frequency energy

and,

if

not

installed

and used

in

accordance

with the instruction

manual,

may

cause

harmful

interference

to radio

communications. Operation

of

this

e

qu

i

p

me

n

t

i

n

a

re

sid

e

n

t

i

a

l

area

i

s

li

ke

l

y to

cause

h

a

rmf

u

l

i

n

t

e

rf

e

re

n

ce

i

n

w

h

i

ch

case

the

user

will

be

re

qu

i

re

d

to correct the

interfer-

ence

at his own

expense. Changes

and

Modiﬁ

ca

t

i

on

s

not

expressly approved

by

C

e

ll

u

l

a

r

Sp

e

ci

a

l

t

i

e

s,

I

n

c.

can

vo

i

d

your

a

u

t

ho

ri

t

y

to

operate

this

equipment

under

Federal Communications Commission’s rules.

C

e

ll

u

l

a

r

Sp

e

ci

a

l

t

i

e

s,

I

n

c.

grants

to the

purchaser

a

fully

p

a

i

d

li

ce

n

se

,

at no

a

dd

i

t

i

on

a

l

charge,

t

o

copy or

otherwise reproduce

all or portions of the product

documentation.

Such

reproduction

shall be for

the

purchasers

use only

.

T

a

b

l

e

of

C

on

t

e

n

t

s

Se

ct

i

on

1........................................................................................................................... 5

Hardware

Conﬁ

gu

ra

t

i

on.....................................................................................................

5

Module Side

View............................................................................................................... 5

Module

Face

Plate

View..................................................................................................... 5

Module Top

V

i

e

w

................................................................................................................

5

I

n

st

a

ll

a

t

i

on..........................................................................................................................

6

Physical

Installation Into The

T

ra

i

n....................................................................................

6

Module

Interconnection Diagram.......................................................................................

7

RF and Power

Cabling....................................................................................................... 7

Se

ct

i

on

2........................................................................................................................................ 7

Face

Plate

Dimensions...................................................................................................... 8

Top

V

i

e

w D

i

me

n

si

on

s.

........................................................................................................

9

Power

Up............................................................................................................................ 10

N

orma

l

O

p

e

ra

t

i

on...............................................................................................................

10

System Status.................................................................................................................... 10

A

l

a

rms................................................................................................................................

10

Alarm

Notiﬁ

ca

t

i

on

Message............................................................................................... 10

Hardware Operations......................................................................................................... 11

Test

Po

i

n

t

L

o

ca

t

i

on

s

and

V

a

l

u

e

s.

.......................................................................................

11

I

nd

i

ca

t

o

r

L

i

gh

t

s.

..................................................................................................................

11

T

ro

ub

l

e

sh

oo

t

i

ng..................................................................................................................

11

Se

ct

i

on

3.........................................................................................................................................11

Warranty and

R

e

p

a

i

r

Procedures....................................................................................... 13

Local

Communication Interface

Ports.................................................................................

16

EIA232 Pin

Speciﬁ

ca

t

i

on

s.

..................................................................................................16

General Operation Overview.............................................................................................. 16

Se

ct

i

on

4........................................................................................................................... 16

Ethernet.............................................................................................................................. 17

Monitoring

&

Alarms........................................................................................................... 17

Text Menu

I

n

t

e

rf

a

ce

............................................................................................................

17

Local

Access.......................................................................................................................

17

F

i

gu

re

1...............................................................................................................................17

F

i

gu

re

2...............................................................................................................................17

L

og

i

n...................................................................................................................................

19

Ma

i

n

Menu.......................................................................................................................... 19

Set

Parameters

Menu.........................................................................................................

19

T

e

l

n

e

t

Session

T

C

P/

I

P

........................................................................................................

20

Maintenance Mode............................................................................................................. 39

Terms

used

i

n

t

h

i

s

ma

nu

a

l

..................................................................................................

40

-4-

Section 1

Hardware Conﬁ

gu

r

a

ti

on

Module Side

V

iew

Warning:

The

p

ro

t

e

ct

i

ve

cover

for

the

se

ri

a

l

port must be

se

cu

re

l

y

f

a

st

e

n

e

d

when the port

i

s

not

i

n

use

to

prevent comp

ro

mi

se

of

enclosure

integrity

.

Serial

Port

Module

Top

V

i

e

w

Status

LED

Modem

PCS

Server

Ant PCS

Donor

Donor Ant DC

Out

FCC

Label

COM Cell

Server

U7C

Server

Cell

Donor

U7C

Donor

Power LED DC In

Module Face Plate

V

iew

- 5 -

Section 1

Installation

1. Unpack the box containing the CSI 1K

repeater system module.

2.

A

f

t

e

r

unpacking

the

components,

verify

a

ll

parts

and

ca

b

l

e

s

are

present.

If

any

parts

are

d

i

sco

ve

re

d

to be missing

contact C

e

ll

ular

Specialties,

Inc. at

1-877-844-4274

to

arrange

for

replacements

to be sent. Note: all

supplied cables

are ﬁre

resistant,

l

o

w

h

a

l

og

e

n.

3.

I

n

st

a

ll

the

repeater

i

n

the new rack

attached

at bottom

of

the

e

xi

st

i

ng

system

f

rame

and

secure

i

n

p

l

a

ce

w

i

t

h

4 - #10-32

screws .

Physical Installation

Into The

T

rain

-6 -

Section 2

Installation

1.

Remove

the male input

connector

of the CBL/A 72VDC PIGTAIL,

820-2164-001,

from the

train’s

72VDC power supply cable

and

connect

it to the female DC OUT

connector

on the 1K module. The other

connectors

on this cable

assembly

will

remain installed in

their

current

locations.

Install the

connector

of the 72VDC power supply cable from the train into the port

labeled

DC IN on the 1K

unit.

2.

Remove

the

train’s

donor

antenna

feed cable from the COMMON port on the 1B module and

connect

it to the port

labeled DONOR

ANTENNA on the 1K

module.

3.

Remove

the

train’s

radiax cable feed from the

second

COMMON port on the 1B module and

connect

it to the port

labeled

SER

VER

ANTENNA port on the 1K

module.

4.

Remove

the

820-2064-001

cable that

connects

the right hand coupler port

labeled

LOW on the 1H module to the DONOR ANT port

on

the

1J module.

5. Install the

supplied Rubber

Duck

antenna

in the 1K module, MODEM

port.

6.

Remove

the

820-2064-001

cable that

connects

the right hand coupler port

labeled

HIGH on the 1B module to the DONOR ANT

port

on the 1C

module.

7.

Remove

the

CS54-3059-12

cable that

connects

the right hand coupler port

labeled

HIGH on the 1H module to the DONOR ANT

port

on the 1F

module.

8.

Remove

the

820-2124-001

cable that

connects

the left hand coupler port

labeled

LOW on the 1H module to the DAS port on the

1

G

module.

9.

Remove

the

820-2124-001

cable that

connects

the left hand coupler port

labeled

HIGH on the 1B module to the DAS port on the

1

A

module.

10.

Remove

the

CS54-3059-12

cable that

connects

the left hand coupler port

labeled

HIGH on the 1H module to the DAS port on the

1

D

module.

11.

Remove

the

CS54-3154-12

cable that

connects

the left hand coupler port

labeled

COMMON on the 1H module to the left hand

cou-

pler port

labeled

LOW on the 1B

module.

12.

Remove

the

CS54-3154-12

cable that

connects

the right hand coupler port

labeled

COMMON on the 1H module to the right

hand

coupler port

labeled

LOW on the 1B

module.

13.

Connect

one

supplied 820-2124-036

cable from the DAS port on the 1G module to the U7C SERVER port on the 1K

module.

14.

Connect

one

supplied 820-2124-036

cable from the DONOR ANT port on the

1J

module to the U7C DONOR port on the 1K

module.

15.

Connect

one

supplied 820-2194-001

cable from the port 5 on the 1E module to the COM port on the 1K

module.

16.

Connect

one

supplied 820-2124-036

cable from the DAS port on the 1D module to the CELL SERVER port on the 1K

module.

17.

Connect

one

supplied 820-2124-036

cable from the DAS port on the 1A module to the PCS SERVER port on the 1K

module.

18.

Connect

one

supplied 820-2124-036

cable from the DONOR ANT port on the 1F module to the CELL DONOR port on the 1K

mod-

ule.

19.

Connect

one

supplied 820-2124-036

cable from the DONOR ANT port on the 1C module to the PCS DONOR port on the 1K

module.

RF

and Power Cabling

- 7-

Section 2

Step

13

Step 14

1

J

Step 15

1

H

Step 5

1

G

Step

16

Step

17

Step

18

Step

19

1

D

1E

1F

1

K

1C 1B

1

A

Step

3

Step

2

Step

1

72 VDC

To

R

a

d

i

a

x To D

ono

r

Module Interconnection Diagram

- 8 -

Section 2

3.41

33.58

34.58

9.28

18.06

1.29

Face Plate Dimensions

Top View D

i

m

e

n

s

i

on

s

- 9 -

Installation

Power Up

Section 2

To power up the CSI

repeater

simp

l

y

connect

the 72 VDC power

ca

b

l

e

f

rom

the

t

ra

i

n

to the DC IN port on the Power Module.

W

h

e

n

powered

up, the

repeater

will

b

e

g

i

n

i

n

the

O

p

e

ra

t

i

on

a

l

Mode, using the

“

Band

Switching Algorithm”. The

repeater

will

not key until

boot

up is

complete,

a GPS location ﬁx

i

s

ob

t

a

i

n

e

d

and the

un

i

t

i

s

w

i

t

h

i

n

an

”

Area D

e

ﬁ

n

i

t

i

on

”.

Normal

Operation

After boot up and a GPS position ﬁx

i

s

ob

t

a

i

n

the

repeater

will

b

e

g

i

n

op

e

ra

t

i

on

based

on the Area D

e

ﬁ

n

i

t

i

on

s,

“C

h

a

nn

e

l

Power

Me

a

su

re

-

ment and Keying Decision” and “Low Isolation

Detection

and Protection”

algorithms.

The

operational software

will

continuously monitor

the

repeater

’

s

environment

and make the

necessary

a

d

j

u

st

me

n

t

s

to keep the product

op

e

ra

t

i

ng

w

i

t

h

i

n

sp

e

ci

ﬁ

ca

t

i

on

s

and FCC

T

yp

e

Certiﬁ

ca

t

i

on.

System Status

The

Software provides

real time

status

data reporting the

state

of the

repeater.

This

status contains:

System Info:

L

o

ca

t

i

on

Mo

d

e

l

Board

T

yp

e

C

a

rri

e

r

SW

V

e

rsi

on

Se

ri

a

l

N

umb

e

r

I

t

e

m

N

umb

e

r

Date

Bu

il

t

Watchdog

T

i

me

r

CPLD

V

e

rsi

on

Software

Build

Information:

Bu

il

d

e

r

URL

R

e

vi

sion

Comp

il

e

D

a

t

e

Local

Area

network:

Hostname

Boot

Pro

t

oco

l

I

P

A

dd

re

ss

MAC

A

dd

re

ss

Wide Area

n

e

tw

o

r

k

:

Remote

En

a

b

l

e

d

Modem

T

yp

e

I

P

A

dd

re

ss

SNMP

Conﬁ

gu

r

a

ti

on:

En

a

b

l

e

d

R

ea

d

-o

n

l

y U

se

r

Read-write U

se

r

R

ea

d

-o

n

l

y U

se

r

R

ea

d

-o

n

l

y

Commun

i

t

y

Read-write Commun

i

t

y

T

ra

p

s/

I

n

f

orms

H

ea

rt

b

ea

t

Modem

Status:

Conn

e

ct

e

d

GPS

Location Data:

Run

St

a

t

e

L

a

t

i

t

ud

e

L

ong

i

t

ud

e

PCS

F

il

t

e

r

I

D

L

o

ca

t

i

on

BTA

Sa

t

e

lli

t

e

Coun

t

No Box

Coun

t

Se

a

rch

i

ng

Coun

t

RF

Alarms:

Over

R

a

ng

e

O

sci

ll

a

t

i

on

VSW

R

Out

if

Band

O

ve

rd

ri

ve

Low

Si

gn

a

l

No

Si

gn

a

l

Scan Receiver:

Run

St

a

t

e

Dekey

L

i

mit

F

il

t

e

r

I

D

Ch

a

nn

e

l

s

Ch

a

nn

e

l

-1

Ch

a

nn

e

l

-2

Ch

a

nn

e

l

-3

Ch

a

nn

e

l

-4

Ch

a

nn

e

l

-5

System Alarms:

Syn

t

h

e

si

ze

r

V

o

l

t

a

g

e

T

e

mp

e

ra

t

u

re

So

f

t

w

a

re

H

a

rd

w

a

re

Alarms

The

Operating Software

will

monitor the

repeater

for

conditions

that are out of normal

operation,

triggering an alarm event. The

Operat-

ing

software

in

conjunction

with the

Communications Subsystem

when so

conﬁgured

will

send

a

l

a

rm

messages

via

E-ma

il

or SMS

t

e

xt

i

ng

to a User

Provisioned

account.

Each Alarm has

these

User

Provisioned Capabilities.:

· D

i

sa

b

l

e

the

System:

The

O

p

e

ra

t

i

ng

so

f

t

w

a

re

can

d

i

sa

b

l

e

the

System

(pro

h

i

b

i

t

Keying)

un

t

il

the

a

l

a

rm

cond

i

t

i

on

i

s

cleared

i

f

provisioned

·

A

l

a

rm

F

il

t

e

r

Cond

i

t

i

on

s:

A

F

il

t

e

r

Cond

i

t

i

on

(such

as

X

number

of

occurrences

per hour) to the

a

l

a

rm

to

prevent

f

a

l

se

or

un

-

useful notiﬁ

ca

t

i

on

s

if

p

ro

vi

sion

e

d.

·

Send

an

A

l

a

rm

Message:

The

O

p

e

ra

t

i

ng

So

f

t

w

a

re

can

send

a

no

t

i

ﬁ

ca

t

i

on

via

message

E-ma

il

or SMS through the

Commun

i

-

cations Subsystem

if

provisioned.

·

A

l

a

rm

C

l

ea

r

Message:

The

O

p

e

ra

t

i

ng

So

f

t

w

a

re

can

send

an

a

l

a

rm

clear

message

when an

a

l

a

rm

cond

i

t

i

on

clears

if

p

ro

vi

-

sioned.

Alarm

Notiﬁcation

Me

ss

a

g

e

The alarm

messages consists

of the

Systems

Identiﬁ

ca

t

i

on

Tag, a

summary

of

the current

a

l

a

rms,

and a short

Eng

li

sh

message describ-

ing the alarm

condition(s).

Below is a list of the

alarms

that

will

trigger an alarm

message

to be

sent.:

Downlink

Over

Range

Downlink

High

T

e

m

p

e

r

a

tu

r

e

Scan Receiver

L

o

w

U

n

ca

li

b

r

a

ti

on

Uplink Over

Range

Downlink

Low

T

e

m

p

e

r

a

tu

r

e

Scan Receiver H

i

gh

AGC D

i

s

a

b

l

e

d

Synthesizer Error

Uplink High

V

SWR

No GPS D

a

ta

Property

File

Er

r

o

r

DAC

Error

Uplink Low

V

SWR

No GPS

L

o

c

k

DAS

F

a

il

u

r

e

DC

Current High

Uplink Filter

L

o

a

d

No GPS

F

i

x

Watchdog

Ti

m

e

r

DC

Current Low

Uplink Over

C

u

rr

e

n

t

GPS

Antenna

C

u

rr

e

n

t

Modem

Not

R

e

s

pond

i

ng

Downlink

High VSWR

Uplink

Under

C

u

rr

e

n

t

GPS Fix Filter Not

Pr

e

s

e

n

t

User

L

og

i

n

Downlink

Low VSWR

O

s

c

ill

a

ti

on

C

h

a

ss

i

s

O

v

e

r

h

ea

t

Password

C

h

a

ng

e

d

Downlink

Filter

Load

Uplink High

T

e

m

p

e

r

a

tu

r

e

C

h

a

ss

i

s

Under

T

e

m

p

CPU

B

oo

t

Downlink

Over

Current

Uplink Low

T

e

m

p

e

r

a

tu

r

e

Software A

bo

rt

Placed

in

Disabled

C

ond

i

ti

on

Downlink

Under Current

Fan

F

a

il

u

r

e

Software

Er

r

o

r

I

n

Maintenance

Mo

d

e

Powerup and System Check

Out

Procedure

s

- 10 -

Hardware

Operations

T

e

s

t

Point

L

o

ca

ti

on

s

and

V

a

l

u

e

s

Section 3

The CSI

repeater, CS12-560-419,

by

design, has

no

e

xt

e

rn

a

l

test

po

i

n

t

s.

The

modu

l

e

i

s

se

a

l

e

d

w

i

t

h

no

user

se

rvi

ce

a

b

l

e

parts

i

nsid

e

.

T

e

st

i

ng

and

con

ﬁ

gu

ra

t

i

on

i

s

done

e

xcl

usive

l

y by

i

n

t

e

rf

a

ci

ng

the

repeater w

i

t

h

a

l

a

p

t

op

or

desktop computer

and using Text Menu

I

n

t

e

rf

a

ce

(TMI).

T

h

i

s

user

i

n

t

e

rf

a

ce

will

provide a

comp

l

e

t

e

status

of

the

repeater.

In

most

cases

if

a

ll

other

components

of

the

system

prove to

b

e

working properly and the

repeater

is not, the user

will

need

to return the unit to CSI for

inspection

and repair.

See

the Warranty and

R

e

p

a

i

r

Procedures

in

Section

3 of this

manual.

If

the cover for module is

removed

by the user the warranty

will

be void and the cost of any

needed

repair

will

be the

responsibility

of the

user

.

Indicator Lights

T

h

i

s

repeater was designed w

i

t

h

on

l

y two

e

xt

e

rn

a

l

i

nd

i

ca

t

o

r

li

gh

t

s.

Both are

a

pp

ro

xi

ma

t

e

l

y

3

/

4

”

d

i

a

me

t

e

r LEDs.

L

o

ca

t

e

d

on the

Module

face plate. The ﬁrst LED

l

a

b

e

l

e

d

STATUS

g

l

o

w

s

red

as

the

repeater

i

s

powered

up. When the

un

i

t

comp

l

e

t

e

s

a

ll

of

i

t

’

s

bootup

p

ro

ce

du

re

s

the LED

will

change

color and glow

green

to indicate the

system

is

operating

normally.

If

the LED

remains

red

it’

s

an indication of a

prob-

lem and the user

will

need

to check the

system status

using the TMI.

The

second

LED is also

located

on the

faceplate

of the Module, and is

labeled

POWER. This light is

designed

only to show that the unit

has DC current and

will

glow

green

when the unit is

powered.

T

r

oub

l

e

s

hoo

ti

ng

All

cables

should be

checked

for

shorts

and

opens.

The rooftop

antenna

(Donor

Antenna),

should be

checked

for

damage.

The DAS

antennas

should be

checked

for

damage.

If

cables

and

antennas

are

acceptable

and the problem

persists,

check

repeater status

using the Web

based

GUI or the TMI.

See Alarm/

Action Matrix on the next

page.

Sh

ou

l

d

the

repeater

f

a

il

,

or

if

service

i

s

l

o

st

and the

cause

can not be

determined

f

rom

the

steps above,

the

user sh

ou

l

d

contact CSI

T

e

chn

i

ca

l

Support

@

1.877.844.4274.

CSI

will

re

mo

t

e

l

y

access

the

repeater

and

a

d

vi

se

the

respondent

of

e

p(s).

-11 -

Hardware Operations

Section 3

Subsystem

Alarm

Name

Alarm

T

y

p

e

Send

E-m

a

il

Shutdown

Op Mo

d

e

?

Disable

U

n

i

t?

Downlink

Power

Uplink

Power

Common Hardware Alarms

Downlink

P

A

Uplink

P

A

Scanning Receiver Alarms

GPS

Receiver Alarms

Software

Alarm

T

ypes

Communications

Over

Range

Low

Si

gn

a

l

No

Si

gn

a

l

Out

of

Band

Si

gn

a

l

Over

Range

Out

of

Band

Si

gn

a

l

Synthesizer Error

Dac

Erro

r

DC Current H

i

gh

DC Current Low

Oscillation

I

npu

t

Power H

i

gh

H

i

gh

VSW

R

Low VSW

R

F

il

t

e

rL

o

a

d

O

ve

rcu

rren

t

U

nd

e

rcu

rren

t

Low

Isolation

High

T

e

mp

e

ra

t

u

re

Low

T

e

mp

e

ra

t

u

re

HighVSWR

Low VSW

R

F

il

t

e

rL

o

a

d

O

ve

rcu

rren

t

U

nd

e

rcu

rren

t

O

sci

ll

a

t

i

on

Low

Isolation

High

T

e

mp

e

ra

t

u

re

Low

T

e

mp

e

ra

t

u

re

Fan Activation

Fan

F

a

il

u

re

ScanRcvrLow

Sca

n

R

cvrH

i

gh

No GPS

Data

No GPS

L

o

ck

No GSP

F

i

x

Gps

Antenna Current

Gps

F

i

x

F

il

t

e

r Not

Pre

se

n

t

Overheat

U

nd

e

rt

e

mp

So

f

t

w

a

re

A

bo

rt

So

f

t

w

a

re

Erro

r

U

n

ca

li

b

ra

t

i

on

AGC D

i

sa

b

l

e

d

Property F

il

e

Erro

r

DAS

F

a

il

u

re

Watchdog

T

i

me

r

H

ea

rt

b

ea

t

Modem Not

Responding

Modem Not

C

onn

e

ct

e

d

Critical

R

ou

t

i

n

e

R

ou

t

i

n

e

R

ou

t

i

n

e

Critical

R

ou

t

i

n

e

Critical

C

ri

t

i

ca

l

Se

ve

re

Se

ve

re

Routine

R

ou

t

i

n

e

Se

ve

re

Se

ve

re

C

ri

t

i

ca

l

Se

ve

re

Se

ve

re

Routine

Se

ve

re

Se

ve

re

Severe

Se

ve

re

C

ri

t

i

ca

l

Se

ve

re

Se

ve

re

R

ou

t

i

n

e

Routine

Se

ve

re

Se

ve

re

Routine

Se

ve

re

Severe

Se

ve

re

Critical

Se

ve

re

C

ri

t

i

ca

l

Severe

Se

ve

re

Severe

Se

ve

re

C

ri

t

i

ca

l

Se

ve

re

C

ri

t

i

ca

l

C

ri

t

i

ca

l

C

ri

t

i

ca

l

C

ri

t

i

ca

l

C

ri

t

i

ca

l

I

n

f

orma

t

i

on

a

l

Severe

R

ou

t

i

n

e

Y

e

s

N

o

N

o

N

o

Y

e

s

N

o

Y

e

s

Y

e

s

Y

e

s

Y

e

s

No

N

o

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

No

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

N

o

No

Y

e

s

Y

e

s

No

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

N

o

Y

e

s

N

o

Y

e

s

N

o

N

o

N

o

Y

e

s

N

o

Y

e

s

Y

e

s

Y

e

s

Y

e

s

No

N

o

N

o

N

o

Y

e

s

N

o

N

o

No

Y

e

s

N

o

N

o

N

o

Y

e

s

N

o

N

o

N

o

No

Y

e

s

N

o

No

N

o

Y

e

s

Y

e

s

Y

e

s

N

o

Y

e

s

N

o

Y

e

s

N

o

N

o

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

Y

e

s

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

Y

e

s

Y

e

s

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

N

o

Y

e

s

N

o

N

o

N

o

Y

e

s

N

o

N

o

??

N

o

Y

e

s

Y

e

s

N

o

N

o

N

o

N

o

N

o

N

o

-12-

Hardware

Operations

Section 3

1

Scope

The warranty period for this product shall be 18

months

(548

calendar

days) from the date of the

Purchaser

’

s

A

cce

p

t

a

n

ce

,

plus

any

extended maintenance periods as speciﬁed

i

n

the order. During

sa

i

d

period(s),

CSI

warrants

that

each repeater w

ill

be free of

defects

in material and

workmanship.

CSI’s

sole obligation and the

Purchaser

’

s

exclusive remedy

for

any

breach

of

warranty

i

s

li

mit

e

d

to

a

d

j

u

st

me

n

t

s,

re

p

a

i

rs,

or

a

t

the

Purchaser

’

s

op

t

i

on,

re

p

l

a

ce

me

n

t

of

a

System

or

parts

of

a

System

t

h

e

re

o

f

at no cost to the CSI.

All

exchanged Syst

e

ms

or

System

parts

will

become

the property of the CSI. Servicing

hereunder

will

be

furnished

by the

CSI’s nearest service loca-

tion. CSI shall perform this

service

at a time

agreed

to by the

Purchaser.

This warranty

will

not apply to a particular item if:

(a)

Adjustment,

repair or

replacement

is

required because

of

accident, neglect, misuse,

failure of electric power,

environmen-

tal controls,

transportation

or

causes

other than ordinary

use, except

that such

adjustment,

repair, or

replacement

is

required

due to

actions caused

by or the

responsibility

of

CSI’s employees

or

CSI’s authorized

agents;

(b) The

Purchaser

fails to

operate

a

System

or follow

operator-level maintenance procedures

in

accordance

with the CSI’

s

recommendations;

(c) Any

person

other than the

CSI’s engineer

or an

authorized agent

of the CSI modiﬁes,

a

d

j

u

st

s,

or

re

p

a

i

rs

the product

o

r

performs

any

maintenance service

other than routine

operator-level maintenance

without the

CSI’s

prior written

consent.

The warranty

hereunder does

not

include:

(a) Any

furnished consumable supplies,

(b) Painting or

reﬁ

n

i

sh

i

ng

the

p

ro

du

ct

,

(c) Electrical work

external

to the

product,

(d)

I

n

st

a

ll

a

t

i

on,

ma

i

n

t

e

n

a

n

ce

or

re

mova

l

of

a

l

t

e

ra

t

i

on

s

or

attachments

to the product

except as

provided by the

o

ri

g

i

n

a

l

syst

e

m

design.

CSI’s

liability for

breach

of the

above

warranty

will

in no event

exceed

the

purchase

price of the

Product(s)

that has

been paid

by the

Purchaser

.

2

Product

Hardware Warranty

(Non-Software)

(a) CSI

represents

and

warrants

to the

Purchaser

that upon delivery of a

repeater

to the

Purchaser,

all right, title and

interest

i

n

the

un

i

t

will

pass

to the

Purchaser

f

re

e

of

a

ll

li

e

n

s,

i

mp

e

rf

e

ct

i

on

s

i

n

t

i

t

l

e

,

cl

a

i

ms,

charges,

re

st

ri

ct

i

on

s,

or other

e

ncumbranc-

es. The CSI

represents

and

warrants

a

repeater

’

s

Hardware

(sp

e

ci

ﬁ

ca

ll

y

e

xcl

ud

i

ng

the

Product

So

f

t

w

a

re

)

as

f

u

rn

i

sh

e

d

sh

a

ll

be new,

merchantable,

free from

defects

in material and

workmanship,

ﬁt

for

the

o

rd

i

n

a

ry

purpose

for w

h

i

ch

the product

i

s

used,

shall not infringe on any U.S.

Patent,

and for the period

speciﬁed

i

n

t

h

i

s

document

f

rom

the date a

repeater

i

s

d

e

li

ve

re

d

and shall conform to this

documents

speciﬁ

ca

t

i

on

s.

Sh

ou

l

d

a

un

i

t

not

con

f

o

rm

to the

f

o

re

go

i

ng

w

a

rran

t

i

e

s,

CSI

sh

a

ll

re

p

a

i

r

o

r

replace defective

or

nonconforming product.

(b) During the warranty period, a

d

e

f

e

ct

i

ve

repeater sh

a

ll

be

e

i

t

h

e

r

re

p

a

i

re

d

on-site by CSI or

returned

to the CSI

for

re

p

a

i

r

or

replacement

at no

charge

or cost to the

Purchaser.

The

Purchaser

shall bear the risk of loss or

damage

until a unit is

placed

in the

possession

of the carrier.

Unless otherwise agreed

to by the CSI and the

Purchaser,

for a product that is

returned to

CSI for repair, CSI shall

complete repairs

and return

repaired

the product, or ship a

replacement

product, within three

(3)

days

of receipt of

defective repeater

at

CSI’s designated

repair location. CSI shall bear the cost of

transportation

charges

for

shipment

to CSI (FOB origin freight collect) of the product to be

repaired

or

replaced.

For return

shipments

from CSI

to

the

Purchaser,

CSI shall bear the risk of loss or

damage

during transit and shall

prepay

and bear the cost of

transportation

charges

for

shipment

of the product that has

been repaired

or

replaced.

If

a

repeater returned

is not

defective,

CSI

shall

promptly

advise

the

Purchaser

in writing of the

determination

and in such

cases,

CSI shall return product to the

Purchaser

at the

Purchaser

’

s

expense

and risk

i

n

i

t

s

“as

re

ce

i

ved

”

cond

i

t

i

on.

If

a

repeater

i

s

returned

and

i

s

not

i

n

warranty,

CSI

sh

a

ll

promptly

advise

the

Purchaser

in writing of this

determination

and the

charge

to repair the product. In such

cases,

CSI

shall

repair the product

if

so

instructed

by the

Purchaser

in writing and

charge

the

Purchaser

for labor, parts, and

shipping.

(c) During the warranty period,

if

the

Purchaser

’

s

t

e

chn

i

ca

l

p

e

rso

nn

e

l

attempt

to

determine whether

or not a CSI

repeater

i

s

the

cause

of

service

interruption and

cannot

identify and

resolve

the problem

causing

the interruption after

communicating

with

CSI’s technical personnel

via

telephone

or other

suitable means,

and the

service

interruption still

exists,

then the

Pur-

chaser

may

request

that CSI begin on-site

repairs as

soon

as possible,

but in no event later than one (1)

business

day

plus

reasonable

travel time after receiving the

Purchaser

’

s

request.

If

the

p

ro

b

l

e

m

i

s

w

i

t

h

C

SI

’

s

product,

(so

f

t

w

a

re

or

h

a

rd

w

a

re

),

such on-site

repairs

by CSI shall be at no

charge

to the

Purchaser

.

Warranty and Repair Pr

o

ce

du

r

e

s

- 13 -

Section 3

Hardware

Operations

(d) During the Warranty period,

if

the

service

interruption still exists after

compliance

with (c)

above,

and the

service interrup-

tion is

caused

by either

CSI’s defective repeater(s)

and/or

CSI’s

product that

does

not conﬁrm to

sp

e

ci

ﬁ

ca

t

i

on

and CSI

h

a

s

been

given a

reasonable

time frame,

as determined

by the

Purchaser,

to correct the

service

interruption, the

Purchaser may

return the product to CSI and

receive

a credit for the total

purchase

price of the

Product

or a

completely

new

repeater,

at

the

Purchaser

’

s

op

t

i

on,.

(e) Any

replacement,

repair, modiﬁ

ca

t

i

on,

i

n

st

a

ll

a

t

i

on

or other

service performed

by CSI

sh

a

ll

be

warranted, commencing w

i

t

h

the date upon which

repaired

product is

returned

to the

Purchaser,

for the

remainder

of the

unexpired

period of the

warranty

.

(f) The

warranties

do not

extend

to a

repeater

to the extent that such

repeater

has

been subjected

to

misuse, neglect,

abuse,

accident caused

by the

Purchaser

or by a

t

h

i

rd

party

subsequent

to the

d

e

li

ve

ry

of

the

un

i

t

,

and such

a

ct

i

on

i

s

the

cause

of t

h

e

damage

or

malfunction.

3

Product

Software

W

arranty

(a) CSI

warrants

that the

Purchaser

shall have quiet

enjoyment

of the

Product Software

and that the

Product Software

and

the

Purchaser

’

s

use

sh

a

ll

be

f

re

e

f

rom

cl

a

i

ms

of

i

n

f

ri

ng

e

me

n

t

,

misuse

or

mi

sa

pp

ro

p

ri

a

t

i

on

of

any

i

n

t

e

ll

e

ct

u

a

l

property

ri

gh

t

during the term of the

Purchaser license

to Use the

Software.

As to

Product Software

which CSI

does

not have title, CSI

war-

rants that has rights in the

Software

sufﬁcient to permit the

li

ce

n

se

of

the

So

f

t

w

a

re

to and that CSI

has

full

right, power

a

nd

authority to

license

the

Software

and other rights

granted hereunder

to Verizon

Wireless.

(b) CSI also

warrants

that the media containing the

Software

will

be free from

defects

in material and

workmanship

and

that

all

related services

provided by CSI shall be

rendered

by qualiﬁed

p

e

rso

nn

e

l

who

will

perform the

tasks assigned

consi

st

e

n

t

with good

professional practice

and the

state

of the art

involved.

(c) CSI also

warrants

that there

does

not exists a copy

protection

or similar

mechanisms

within the

Product Software, which

will,

either now or in the future, interfere with the

operation

of the

Product. Furthermore,

CSI

warrants unless requested

in

writing by the

Purchaser

and the

Purchaser approves response,

or CSI

advises

the

Purchaser

in writing that it is

necessary to

perform valid duties under this

attachment

and

authorized

in writing by the

Purchaser,

any

Product Software

provided to

the

Purchaser

by CSI for Use by the CSI or the

Purchaser shall:

·

con

t

a

i

n

no

h

i

dd

e

n

ﬁ

l

e

s;

· not

re

p

li

ca

t

e

,

transmit or

a

ct

i

va

t

e

i

t

se

l

f

w

i

t

hou

t

con

t

ro

l

of

an

of

an

a

u

t

ho

ri

ze

d

person

op

e

ra

t

i

ng

computer

e

qu

i

p

me

n

t

on

which it

resides;

· not

a

l

t

e

r

,

damage

or

erase

any data or

computer programs w

i

t

hou

t

con

t

ro

l

of

an

a

u

t

ho

ri

ze

d

person

op

e

ra

t

i

ng

compu

t

e

r

equipment

on which it

resides;

·

con

t

a

i

n

no

encrypted

i

mb

e

dd

e

d

key, node

l

o

ck,

t

i

me

-o

u

t

or other

f

un

ct

i

on,

whether

i

mp

l

e

me

n

t

e

d

by

e

l

e

ctro

n

i

c,

me

ch

a

n

i

-

cal or other

means,

which

restricts

or may restrict Use or

access

to any

programs

or data

developed

under this

Agree-

ment,

based

on

residency

on a speciﬁc

hardware con

ﬁ

gu

ra

t

i

on,

f

re

qu

e

n

cy

of

du

ra

t

i

on

of

Use,

or other

li

mit

i

ng

cri

t

e

ri

a

(“Illicit

Code”).

(d) Where the

Product Software

is

intended

to be

used

in

transaction processing

or in the public

switched

network, CSI

rep-

resents

that nothing in the

Product Software precludes

the

Purchaser

form

integrating

a network

management

so

l

u

t

i

on

(i

n

cl

ud

-

ing

transaction processing

and network monitoring) with the

Product Software.

(e) For the period

speciﬁed b

e

g

i

nn

i

ng

w

i

t

h

the

e

ff

e

ct

i

ve

date

of

li

ce

n

se

of

the

So

f

t

w

a

re

,

CSI

represents

and

warrants

that

t

h

e

Product Software

will

perform in

accordance

with

speciﬁ

ca

t

i

on

s.

If w

i

t

h

i

n

one year (365 days)

subsequent

to the

e

xp

i

ra

t

i

on

o

f

the warranty period CSI has not

repaired

the

Product Software

to perform in

accordance

with

speciﬁ

ca

t

i

on

for

any

e

xce

p

t

i

on

communicated

in writing by the

Purchaser

to CSI during the warranty period, the

Purchaser

may order and CSI shall refund

to

the

Purchaser

the

amount

paid to it for the

nonconforming Product Software.

(f) CSI

represents

and

warrants

that

if

any

po

rt

i

on

of

the

Product

So

f

t

w

a

re

i

s

or

becomes

unu

sa

b

l

e

,

t

o

t

a

ll

y or

i

n

any

re

sp

e

ct

,

the Supplier

will

correct errors,

defects

and nonconformity and

restore

the

Product Software

to conforming condition without

additional

charge

to the

Purchaser

.

Warranty and Repair Pr

o

ce

du

r

e

s

-14 -

Section 3

Hardware

Operations

4

Continuing

Availability

of Service and

Parts

(a) CSI shall,

if

requested

by the

Purchaser,

provide the

Purchaser

with

maintenance service,

repair

service

and parts for

the

Product

and

Software,

for a period of

seven

(7)

years

after

extended Product

and

Service agreements

have

been discontin-

ued by the

Purchaser.

If

CSI is

unable

to supply such

services

and/or parts or CSI is

unable

to obtain an

alternative

source

to provide such

services

and/or parts for the

Purchaser,

then the CSI shall, without obligation or

charge

to the

Purchaser

,

provide the

Purchaser

with

drawings

or other

documents required

to either

manufacture

or buy such parts and the

technical

information or any other rights

necessary

for the

Purchaser

to

manufacture

or

purchase

such parts for the

purpose

of

support-

ing the

Purchaser

’

s

customer b

a

se

.

(b) The

technical

information shall include, by

example

and not by way of limitation:

·

Ma

nu

f

a

ct

u

ri

ng

d

ra

w

i

ng

s

and

sp

e

ci

ﬁ

ca

t

i

on

s

of

ma

t

e

ri

a

l

s

and

parts comprising

the

re

p

l

a

ce

me

n

t

and

re

p

a

i

r

parts

and

co

m-

ponents;

·

Ma

nu

f

a

ct

u

ri

ng

d

ra

w

i

ng

s

and

sp

e

ci

ﬁ

ca

t

i

on

s

covering

sp

e

ci

a

l

t

oo

li

ng

and

op

e

ra

t

i

on

;

· A

d

e

t

a

il

e

d

li

st

of

a

ll

comme

rci

a

ll

y

a

va

il

a

b

l

e

Continuing

Availability of Service and Partsble parts and

components

purchased

by CSI on the open

market, disclosing

the part

number, name

and location of the

Company

and price lists for the

pur-

chase; and

· One

comp

l

e

t

e

copy

of

the

source

code

used

i

n

the

p

re

p

a

ra

t

i

on

of

any

so

f

t

w

a

re

li

ce

n

se

d

or

o

t

h

e

rw

i

se

a

cqu

i

re

d

by

t

h

e

Purchaser

from CSI, provided

however,

that such

source

code shall remain the property of CSI and shall be

separately

licensed

to the

Purchaser

for use by the

Purchaser

to

support

the

Product.

(c)

In

the event that CSI

e

i

t

h

e

r (i)

does

not own the

source

code or

(ii)

does

not have the

rights

to

d

i

sclo

se

such

source

cod

e,

then CSI shall

disclose

its licensor or owner of said

source

code and shall get the rights on behalf of the

Purchaser

.

(d) Certain parts of the

Product Software

is

subject

to a licensing

agreement

and is

sublicensed

to the

Purchaser.

In

the

event

of

the

i

n

a

b

ili

t

y to provide

updates

or

con

t

i

nu

i

ng

support

of

the

a

pp

li

ca

t

i

on

so

f

t

w

a

re

at a

re

a

so

n

a

b

l

e

cost, CSI

sh

a

ll

a

ssist

the

Purchaser

in locating an

alternative

source.

5

Product

Returns

Please

call

1.877.844.4274

to obtain a Return Material Authorization (RMA)

number

for product

assessment

and

repair.

Warranty and Repair Pr

o

ce

du

r

e

s

- 15 -

Section 4

Software

Operations

Local Communication Interface

Ports

To

a

ll

o

w

mon

i

t

o

ri

ng

and

con

t

ro

l

,

the

repeater

i

s

e

qu

i

pp

e

d

w

i

t

h

two

ports

that provide

e

xt

e

rn

a

l

commun

i

ca

t

i

on

access

(1

Ethernet CA

T

-5

,

and 1 DB-9 serial). The

Ethernet,

CAT-5 port

i

s

provided

as

a primary

commun

i

ca

t

i

on

s

port to the PC. One

se

ri

a

l

i

n

t

e

rf

a

ce

,

COM,

ca

n

provide

communications

to local PC. The DB-9 pin

assignments

of COM 1 conform to the

standard

Electronic

Industries Association

(EIA232)

speciﬁ

ca

t

i

on.

A

d

i

a

g

ra

m

of

the

p

i

n

d

e

scri

p

t

i

on

s

i

s

provided

b

e

l

o

w

for

re

f

e

re

n

ce

.

Conn

e

ct

i

ng

a

nu

ll

modem

ca

b

l

e

to the COM 1 port and using a

t

e

rmi

n

a

l

e

mu

l

a

t

i

on

program w

i

t

h

a PC

will

a

ll

o

w

commun

i

ca

t

i

on

to

t

h

e

control

processor

’

s

Text Menu

I

n

t

e

rf

a

ce

(TMI) for

t

ro

ub

l

e

sh

oo

t

i

ng

and

advanced

d

i

a

gno

st

i

cs.

C

a

ll

CSI

t

e

chn

i

ca

l

support

for

assistance

i

f

you

need

to

access these advanced features

or for further

information.

EIA232 Pin

Speciﬁ

ca

ti

on

s

The

diagram above

is for

reference

only,

it’

s

intended

to provide a quick

source

for pinout information in the event it should be

neces-

sary to

adapt

your serial cable

because

of an

unusual connector

conﬁ

gu

ra

t

i

on.

In

the vast

ma

j

o

ri

t

y

of

cases

t

h

i

s

i

n

f

orma

t

i

on

will

not

b

e

needed.

General Operation Overview

-16 -

Section 4

Software

Operations

Ethernet

The

Ethernet

AUI

conforms

to IEEE 802.3 and is

capable

of

supporting

10/100 Mbps

communications speeds.

This port is

used

to

pro-

vide

access

to the UI.

Monitoring

&

Alarms

There are no physical

connections

provided to exclusively and

speciﬁ

ca

ll

y

commun

i

ca

t

e

system

or

a

l

a

rm

status.

I

n

f

orma

t

i

on

w

i

t

h

re

g

a

rd

to

system

or alarm

status

is provided by the TMI

accessible

via the

communication

ports

described

earlier.

Text Menu

I

nte

rfa

ce

Local

Access

Local

access

to the

repeaters

TMI, also known

as

the

console interface,

is

made

by

connecting

a serial cable (optional),

as

shown in

ﬁgure 1,

f

rom

the

se

ri

a

l

connector

of

the

l

a

p

t

op

to the

se

ri

a

l

port

l

o

ca

t

e

d

on the top

of

the

enclosure

on the

ve

rt

i

ca

l

su

rf

a

ce

facing

the

rear and near the

heatsink.

This

connector

is not

labeled

and is

sealed

with a

special

cover to maintain the integrity of the

enclosure. This

cover must be

reinstalled

after the serial port is

used.

In

some cases,

if

the

connector gender

is not the

same as

shown in ﬁgure 1,

a

n

adapter

(optional)

as

shown in ﬁgure 2 may

a

l

so

be

re

qu

i

re

d.

Figure 1

Figure 2

General Operation Overview

- 17 -

Software

Operations

Section 4

Many terminal

emulation programs

will

work

if

properly

conﬁgured.

In t

h

e

following

description,

“TeraTerm” is

used

to

establish

the TMI

session.

This

program

is readily

available

via the Internet and is free from

A

ye

ra

T

e

chno

l

og

i

e

s

at: http://www

.ayera.com/teraterm/

TeraTerm

Pro Web works on

W

i

ndo

w

s

95/98, 2000, XP. Here

i

s

the

l

a

t

e

st

TeraTerm

Pro Web

re

l

ea

se

:

Version 3.1.3,

October

8, 2002.

tt

p

ro

313.

zi

p

When the

program

is

started,

the

screen

to the right is

displayed.

Select

the Serial radio button and

press OK.

Note: It may be

necessary,

in the

System Properties section

of the control panel; using

Device

Manager

to

determine

what COM port your

computer uses

for the

communications

port. In this

case

it is COM

1.

Pressing

“OK” will

open up a blank dialog

screen.

Go to the

setup

dropdown

menu and

select

Serial port to make

changes

to the

serial

port

setup.

Conﬁgure

the

t

e

rmi

n

a

l

program

for

the correct COM port,

i

n

t

h

i

s

case

COM 1 and

115200

baud rate

as

shown

below

.

General Operation Overview

-18 -

Software

Operations

Text Menu

I

nte

rfa

ce

Login

Section 4

Once the unit has

completed

its boot up and link initialization

phases

it

will

display the login prompt. The default

username

is

“bandone”

The default

password

is “csi1234”.

Main

Menu

When “Set

Parameters”

is ﬁrst

se

l

e

ct

e

d

the

un

i

t

w

ill

ask for the

maintenance

mode login. (The

default

username

for the

maintenance

mode is “csi” and

the

password

is “csi1234”.)

Set

Parameters Menu

Once the

maintenance

mode login is

performed

successfully

the main menu

will

be

displayed again

but without the “(Disabled)” qualiﬁer on the

“Se

t

Parameters” choice.

Selecting

(1)

will

display the Set

Parameters Menu.

General Operation Overview

-19 -

Software

Operations

Section 4

Telnet

Se

ss

i

on

T

C

P

/

I

P

The

diagram

below

shows

the normal use of

Crossed

and Straight

cables.

Repeater

Straight Cable

Network

Hub

or

Switch

PC

Straight Cable

Repeater

Crossed Cable

PC

Pin # Signal

AT&T

258

A

1 Transmit+

W

h

i

t

e

/

O

ra

ng

e

2 Transmit-

O

ra

ng

e

/W

h

i

t

e

or

O

ra

ng

e

3

R

e

ce

i

ve

+

W

h

i

t

e

/

G

re

e

n

4 N/A

Bl

u

e

/W

h

i

t

e

or

Bl

u

e

5 N/A

W

h

i

t

e

/

Bl

u

e

6

R

e

ce

i

ve

-

G

re

e

n

/W

h

i

t

e

or

G

re

e

n

7 N/A

W

h

i

t

e

/

Brow

n

8 N/A Brow

n

/W

h

i

t

e

or Brow

n

Pin # Signal

AT&T

258

A

1

R

e

ce

i

ve

+

W

h

i

t

e

/

O

ra

ng

e

2

R

e

ce

i

ve

-

O

ra

ng

e

/W

h

i

t

e

or

O

ra

ng

e

3 Transmit+

W

h

i

t

e

/

G

re

e

n

4 N/A

Bl

u

e

/W

h

i

t

e

or

Bl

u

e

5 N/A

W

h

i

t

e

/

Bl

u

e

6 Transmit-

G

re

e

n

/W

h

i

t

e

or

G

re

e

n

7 N/A

W

h

i

t

e

/

Brow

n

8 N/A Brow

n

/W

h

i

t

e

or Brow

n

Straight Cable

8

1

7

2

6

3

5

4

5

3

6

2

7

1

8

Crossed Cable

A

B

8

1

7

2

6

3

5

4

5

3

6

2

7

1

8

General Operation Overview

- 20 -

Software

Operations

Section 4

Remote access

to the

repeater

may be

gained

through a LAN

connection

and a terminal

emulation program

for TCP/IP.

As w

i

t

h

the

se

-

rial

connection,

many terminal

emulation programs

will

work,

if

properly

conﬁgured.

In

the

f

o

ll

o

w

i

ng

d

e

scri

p

t

i

on,

“TeraTerm”

i

s

used

t

o

establish

the TCP/IP

session.

Also, it

will

be

required

that the network

conﬁ

gu

ra

t

i

on

of

the

computer

and the

repeater

b

e

i

ng

con

t

ro

ll

e

d

b

e

set up with the

same

Sub Net and Sub Net Mask in order to

establish

a link. In other words, the IP

addresses

of both the

computer

used

and the

repeater

must use the

same

group of IP

address number sets.

For

example,

the

repeater

ships with the default IP

address

of

192.168.1.100

and a Sub Net Mask

of

255.255.255.0.

In

order to

connect,

the

computer

to be

used

for

the

li

n

k w

ou

l

d

norma

ll

y

need

an

IP

address

of

something

like

192.168.1.12

with a Sub Net Mask of

255.255.255.0,

the

same

Sub Net Mask

as

the

repeater.

In this

example

note: the last digit of the IP

address

may be any

number except

1,100 and 255. Conﬁguring your PC

i

s

norma

ll

y

f

a

i

rl

y

st

ra

i

gh

t

f

o

rw

a

rd

but it

does

vary

somewhat

with the

operating system

involved.

If

you require

assistance, contact

your IT

department

and they

will

be

able

to set up your PC for

you.

When the

TeraTerm program

i

s

started,

the

f

o

ll

o

w

i

ng

screen

i

s

d

i

sp

l

a

yed.

Change

the

d

e

f

a

u

l

t

host

I

P

address

to the

I

P

address

of t

h

e

repeater

to be

con

t

ro

ll

e

d.

In

the

case

of

a new

i

n

st

a

ll

,

the

d

e

f

a

u

l

t

address

i

s

192.168.1.100

and

has been assigned

at the

f

a

ctory

.

Select

the

service

SSH. The TCP Port must be

22

.

Click the yes button and the ﬁrst

SSH

2

Authentication Challenge screen

is

dis-

played. The user then types the

username

in the

space provided.

To make

ch

a

ng

e

s

default user

name

is

“bandone” .

Pressing

the

“OK”

button may display the security alert shown

below

.

General Operation Overview

- 21 -

General Operation Overview

- 22 -

Software

Operations

Section 4

Press

OK after

entering

the user

name

and the

second

SSH2

Authentication Challenge

will

be

displayed.

In the

ﬁ

e

l

d

provided, type the

user name

for

the

repeater

to be

changed.

The

d

e

f

a

u

l

t

password

i

s

“csi1234”

for all

repeaters.

After

typing

the

password press

OK and the main menu

will

be

displayed as

shown

next.

When “Set

Parameters”

is ﬁrst

se

l

e

ct

e

d

the

un

i

t

w

ill

ask for the

maintenance

mode login. (The

default

username

for the

maintenance

mode is “csi”

and

the

password

is “csi1234”.)

General Operation Overview

- 23 -

Software

Operations

Section 4

Set

Parameters Menu

Once the

ma

i

n

t

e

n

a

n

ce

mode

l

og

i

n

i

s

performed

successf

u

ll

y the

ma

i

n

menu

will

be

d

i

sp

l

a

yed

a

g

a

i

n

but w

i

t

hou

t

the

“(D

i

sa

b

l

e

d

)”

qu

aliﬁ

e

r

on the “Set

Parameters” choice.

Selecting

(1)

will

display the Set

Parameters Menu.

General Operation Overview

- 24 -

Software Operations

Section 4

==============

Set

Parameters

==============

(1) Link

Conﬁ

gu

ra

t

i

on

The

“Link

Conﬁ

gu

ra

t

i

on

”

menu

i

s

a

co

ll

e

ct

i

on

of

menu

op

t

i

on

s

that

con

t

ro

l

the RF

op

e

ra

t

i

ng

ch

a

ra

ct

e

ri

st

i

cs

of

a

li

ve

system.

==================

Link

Conﬁ

gu

ra

t

i

on

==================

(1) Adjust

Gain

The “Adjust Gain” option allows the user to control the total gain of the

system.

Valid gain

settings range

from

55

dB

to 90 db.

If

the user

selects

to

conﬁgure

the

do

w

n

li

n

k

g

a

i

n,

the

up

li

n

k

g

a

i

n

will

a

u

t

o

ma

t

i

ca

ll

y be

se

t

to the

sa

me

value. In order to override this condition, the user

will

have to

select

the uplink option and adjust the gain to

the

desired value.

-----------

Links:

(1) downlink

(2) uplink

(r) Return to

previous menu

Link?

-----------

User

Gain:

Setting

85.00 dB

User

Gain?

85.0

Auto Setting Uplink Gain to 85.00

dB

To override,

se

t

U

p

li

n

k

g

a

i

n

se

p

a

ra

t

e

l

y

(2)

Select

Active Filter

The “Select Active

ﬁ

l

t

e

r”

op

t

i

on

a

ll

o

w

s

the

user

to

se

l

e

ct

the

ﬁ

l

t

e

r

co

e

f

ﬁ

ci

e

n

t

s

that have

been

l

o

a

d

e

d

i

n

the FPGA

f

o

r

test

purposes. Please

note that in order for this to work properly, the GPS task

needs

to be

disabled otherwise the

ﬁ

l

t

e

r

se

l

e

ct

i

on

will

be

overridden

by the current

l

o

ca

t

i

on

of

the

syst

e

m.

----------------

FILTER

settings:

(1)

select

ﬁ

l

t

e

r

co

e

f

ﬁ

ci

e

n

t

(2) show

ﬁ

l

t

e

r

co

e

f

ﬁ

ci

e

n

t

(r) Return to

previous menu

FILTER

settings?

Filter Coefﬁcient

T

a

b

l

e

ﬁ

l

t

e

r

i

nd

e

x[

1

]

=

a

l

B0

F

0

-0

ﬁ

l

t

e

r

i

nd

e

x[

2

]

=

a

l

B0

C

0

D

0

-0

ﬁ

l

t

e

r

i

nd

e

x[

3

]

=

ﬁ

l

t

e

r

i

nd

e

x[

4

]

=

ﬁ

l

t

e

r

i

nd

e

x[

5

]

=

ﬁ

l

t

e

r

i

nd

e

x[

6

]

=

ﬁ

l

t

e

r

i

nd

e

x[

7

]

=

ﬁ

l

t

e

r

i

nd

e

x[

8

]

=

Section 4

Software

Operations

ﬁ

l

t

e

r

i

nd

e

x[

9

]

=

ﬁ

l

t

e

r

i

nd

e

x[

10

]

=

ﬁ

l

t

e

r

i

nd

e

x[

11

]

=

ﬁ

l

t

e

r

i

nd

e

x[

12

]

=

ﬁ

l

t

e

r

i

nd

e

x[

13

]

=

ﬁ

l

t

e

r

i

nd

e

x[

14

]

=

ﬁ

l

t

e

r

i

nd

e

x[

15

]

=

ﬁ

l

t

e

r

i

nd

e

x[

16

]

=

----------------

FILTER

settings:

(1)

select

ﬁ

l

t

e

r

co

e

f

ﬁ

ci

e

n

t

(2) show

ﬁ

l

t

e

r

co

e

f

ﬁ

ci

e

n

t

(r) Return to

previous menu

FILTER

settings?

select

ﬁ

l

t

e

r

[

1

-1

6

]

(3) Filter

Programming

The “Filter

Programming”

option allows the user to

select

and load one of the

loaded

ﬁ

l

t

e

r

co

e

f

ﬁ

ci

e

n

t

s

on the

sys-

tem. The user

will

be

prompted

to

select

which index the

ﬁ

l

t

e

r

will

be

l

o

a

d

e

d

i

n

t

o,

one through

sixteen

or

a

ll

for t

e

st

purposes. Please

note that in order for this to work properly, the GPS task

needs

to be

disabled otherwise

the

ﬁ

l

t

e

r

selection

will

be

overridden

by the current location of the

system.

-------------

Scan

USB for

ﬁ

l

es?

(y

,n

):

File

names:

(1)

alA0B0-0

(2)

alA0B0C0D0E0F0-WD

(3)

alB0-0

(4)

alB0C0-0

(5)

alB0C0D0-0

(6)

alB0D0-0

(7)

alB0F0-0

(8)

alF0-0

(r) Return to

previous menu

Enter

ﬁ

l

e

nu

mb

e

r?

Select

ﬁ

l

t

e

r

ID

[

1

-1

6

]

[

99

=

a

ll

]

=>

-----------

==================

Link

Conﬁ

gu

ra

t

i

on

==================

(1) Adjust

Gain

(2)

Select

Active Filter

(3) Filter

Programming

(4) PA Output

C

on

t

ro

l

(5) PA

O

sci

ll

a

t

i

on

Shutdown C

on

t

ro

l

(6) PA

O

sci

ll

a

t

i

on

T

i

me

r

C

on

t

ro

l

(r) Return to

previous menu

->

(4) Power Ampliﬁer Output

C

on

t

ro

l

General Operation Overview

-25 -

Section 4

Software

Operations

The “Power Ampliﬁer Output

C

on

t

ro

l

”

op

t

i

on

a

ll

o

w

s

the

user

to

con

t

ro

l

the

state

of

the power

a

mp

li

ﬁ

e

r

,

ON or

OFF

.

The setting

overrides

all other PA

con

t

ro

l

tasks

and

i

s

persistent across reboots.

Care must be taken to

i

n

su

re

t

h

e

user is

aware

of the

state

of this setting so

as

to eliminate false

keyed/de-keyed

states.

-----------------

PA Output

En

a

b

l

e

:

(1) of

f

(2)

on

(r) Return to

previous menu

PA Output

En

a

b

l

e?

(r) Return to

previous menu

->

(2) Alarm

Conﬁ

gu

ra

t

i

on

The “Alarm

Conﬁ

gu

ra

t

i

on

”

menu

i

s

a

co

ll

e

ct

i

on

of

menu

op

t

i

on

s

that

con

t

ro

l

the

a

l

a

rmi

ng

op

e

ra

t

i

ng

ch

a

ra

ct

e

ri

st

i

cs

of a live

system.

===================

Alarm

Conﬁ

gu

ra

t

i

on

===================

(1) Alarm

Masking

The “Alarm Masking” option provide the user an ability to mask or

unmask

individual

alarms based

on the

known

operating characteristics

of the

environment

that the unit is place in. Certain

alarms

will

occur that do not directly

af-

fect the proper

operation

of the

system

and can

therefore

be

masked.

All

alarms

are still

registered

with the

system

regardless

of the alarm

state,

user notiﬁ

ca

t

i

on

l

y

takes

p

l

a

ce

d

on

unmasked

a

l

a

rms.

=============

Alarm

Masking

=============

(1) Show Alarm

Conﬁ

gu

ra

t

i

on

Displays the current mask

state

of all the

alarms.

(2)Set Duplicate Alarm

interval

(3)

All

Alarms

Sets

all

alarms

to a given mask

state (ON/OFF).

(4) Link

Alarms

Sets

speciﬁc

a

l

a

rms

of

a

p

a

rt

i

cu

l

a

r

li

n

k to a

g

i

ven

mask

state (ON/OFF).

(5) HW/SW Alarm

Conﬁ

gu

ra

t

i

on

Sets

speciﬁc

a

l

a

rms

of

a speciﬁc

sub-system

to a

g

i

ven

mask

state (ON/OFF).

(6)

Miscellaneous Alarms

Sets

speciﬁc

mi

sce

ll

a

n

e

ou

s

a

l

a

rms

to a

g

i

ven

mask

state (ON/OFF).

(r) Return to

previous menu

->

(2) Alarm

Notiﬁ

ca

t

i

on

The “Alarm

Notiﬁ

ca

t

i

on

”

op

t

i

on

provides

the

user

the

a

b

ili

t

y to

con

ﬁ

gu

re

the

system

to

e

xt

e

rn

a

ll

y

no

t

i

f

y

service p

e

r-

sonnel

of alarm event

s.

==================

General Operation Overview

- 26 -

Section 4

Software

Operations

Alarm

Notiﬁ

ca

t

i

on

==================

(1) Alarm Origin

T

a

g

The “Alarm Origin

T

a

g

”

op

t

i

on

provides user access

to two

se

tt

a

b

l

e

parameters

that are

used

to

d

i

st

i

ngu

i

sh

w

h

i

ch

system

is reporting the alarm. The user should

develop

a relative

scheme

of naming individual units so that

they

can

be easily identiﬁed by

service p

e

rso

nn

e

l

.

The two

parameters

are

i

n

cl

ud

e

d

as

part

of

the

a

l

a

rm

i

n

f

orma

t

i

on

t

h

a

t

is

sent.

================

Alarm Origin

T

a

g

================

(1) Host

Name

(2)

Location

(r) Return to

previous menu

(2) E-mail Alarm

Conﬁ

gu

ra

t

i

on

==========================

E-mail Alarm

Conﬁ

gu

ra

t

i

on

==========================

The “E-mail Alarm

Conﬁ

gu

ra

t

i

on

”

op

t

i

on

con

ﬁ

gu

re

s

the

e

-ma

il

a

l

a

rm

no

t

i

ﬁ

ca

t

i

on

su

b-syst

e

m.

(1) Show E-mail

Conﬁ

g

Displays the current

conﬁ

gu

ra

t

i

on

of

the

e

-ma

il

su

b

syst

e

m.

(2)

Enable/Disable msmtp

Controls the

state

of the e-mail

sub-system,

the user must ﬁrst

e

n

a

b

l

e

msmtp

i

n

order

for

any

e

-ma

il

a

l

a

rms

to

b

e

sent.

(3) Set

Recipient

Address

This option allows the user to

conﬁgure

up to ﬁve

d

e

st

i

n

a

t

i

on

e

-ma

il

addresses

that

will

re

ce

i

ve

system

a

l

a

rm

events.

It is best to

leverage

the

management

and

conﬁ

gu

ra

t

i

on

op

t

i

on

s

of

a

d

e

st

i

n

a

t

i

on

ma

il

server

i

n

order

t

o

setup

a mail group of

service personnel

that

will

receive

the

alarms.

(4) Heart Beat Email

Conﬁ

gu

ra

t

i

on

The

system

is

capable

of being

conﬁgured

to

send

out a

heartbeat

e

-ma

il

on a

p

e

ri

od

i

c

basis.

T

h

i

s

f

un

ct

i

on

can

b

e

used

to monitor the

operational state

of the

system.

(5)

Send

Test

Ema

il

Provided

that the e-mail

sub-system

is

enabled

and that there are

conﬁgured

d

e

st

i

n

a

t

i

on

addresses,

t

h

i

s

op

t

i

on

w

ill

generate

a test e-mail for

diagnostic

purposes.

(6) E-mail Client

Conﬁ

gu

ra

t

i

on

This menu item provide

access

to user

conﬁ

gu

ra

b

l

e

op

t

i

on

s

that

setup

the

e

-ma

il

cl

i

e

n

t

(DSP

system)

for

use w

i

t

h

an

authenticated

e-mail

server

and

account.

General Operation Overview

-27 -

Section 4

Software

Operations

(r) Return to

previous menu

->

(3) SMS

Message

Conﬁ

gu

ra

t

i

on

The “SMS

Message

Conﬁ

gu

ra

t

i

on

”

op

t

i

on

con

ﬁ

gu

re

s

the SMS (Short

Me

ssa

g

i

ng

Service)

l

a

l

a

rm

no

t

i

ﬁ

ca

t

i

on

su

b

-

system.

This option can be

used

to

send

alarm notiﬁ

ca

t

i

on

s

to a

u

se

r

’

s

ce

ll

phone as

text

me

ssa

g

e

s.

(r) Return to

previous menu

->

(3)

Watchdog

T

i

me

r

C

on

ﬁ

gu

ra

t

i

on

The “Watchdog

T

i

me

r

C

on

ﬁ

gu

ra

t

i

on

”

op

t

i

on

con

ﬁ

gu

re

s

a

hardware based watchdog

t

i

me

r

.

Once

e

n

a

b

l

e

,

the D

SP

software

will

periodically write to the

watchdog

timer thus

preventing

an

unscheduled

reboot. Certain

alarms

can

be

conﬁgured

to

i

nh

i

b

i

t

h

i

s

p

e

ri

od

i

c

write w

h

i

ch

i

n

turn

will

reboot the

system

when they

occu

r

.

============================

Watchdog

T

i

me

r

C

on

ﬁ

gu

ra

t

i

on

============================

(1) ON

(2)

OFF

(3)

Reset Reboot Counter

(r) Return to

previous menu

->

(r) Return to

previous menu

->

(3) Networking

Conﬁ

gu

ra

t

i

on

The “Networking

Conﬁ

gu

ra

t

i

on

”

menu

con

t

a

i

n

s

three

con

ﬁ

gu

ra

t

i

on

menus.

The

“L

o

ca

l

Network

C

on

ﬁ

gu

ra

t

i

on

”

p

ro

-

vides

access

to the network

connection

that is

made

to the

system

via the

Ethernet

port

located

on the front

panel

of the unit. The “Remote Network

Conﬁ

gu

ra

t

i

on

”

i

s

used

to

con

ﬁ

gu

re

the w

i

re

l

ess

modem(s)

that are

attached

to

t

h

e

USB port of the SBC (single board

computer)

that controls the unit. The “SNMP

Conﬁ

gu

ra

t

i

on

”

op

t

i

on

i

s

not

used

o

r

supported

in this version of

product.

========================

Networking

Conﬁ

gu

ra

t

i

on

========================

(1) Local Network

Conﬁ

gu

ra

t

i

on

The “Local Networking

Conﬁ

gu

ra

t

i

on

”

menu

a

ll

o

w

s

the

user

to

con

ﬁ

gu

re

the

Ethernet

port to

operate

i

n

one

of t

h

re

e

modes

once

enabled.

If

the unit is

conﬁgured

to have a

st

a

t

i

c

I

P

address,

then the

user

must know what the

ch

a

ra

c-

teristics of the network are that the unit

will

be

connected

to. In DHCP client mode, the unit

will

broadcast

a

request

for an IP

address

from a properly

conﬁgured

DHCP

server

on the network.

In

DHCP

server

mode

(d

e

f

a

u

l

t

) the

un

i

t

will

assign

itself an IP

address

of

192.168.1.100

and it

will

also listen for DHCP IP

address requests.

If

the

user

connects

a device (laptop) directly to the

Ethernet

port (cabling

requirements

may differ) the unit

will

issue

an IP

ad-

dress

of

192.168.1.90.

The unit is currently

capable

of issuing one client

address.

This is done to limit

cataclysmic

events

should the unit be

connected

to a network that

already

has a DHCP

server

.

----------------------

CAUTION: Network

reconﬁ

rma

t

i

on

may

cause

l

o

ca

l

and

remote access

i

n

t

e

rru

p

t

i

on

s.

General Operation Overview

-28 -

Section 4

Software

Operations

----------------------

===========================

Local Network

Conﬁ

gu

ra

t

i

on

===========================

(1)

enable

(2)

disable

(3) set default static IP

(192.168.1.100)

(4) set labview calibration IP

(192.168.1.69)

(r) Return to

previous menu

->

(2)

Remote

Network

Conﬁ

gu

ra

t

i

on

The “Remote Networking

Conﬁ

gu

ra

t

i

on

”

menu

a

ll

o

w

s

the

user

to

con

ﬁ

gu

re

the

modem connected

to the

i

n

t

e

rn

a

l

USB port of the SBC. This version of

software

is

preconﬁgured

to

e

n

a

b

l

e

the

d

e

f

a

u

l

t

modem

type

i

n

st

a

ll

e

d

i

n

t

h

e

unit and no user

selection

is

necessary

.

============================

Remote

Network

Conﬁ

gu

ra

t

i

on

============================

(1)

enable modem

(2)

disable modem

(3) Set Modem

HeartBeat IpAddress

(r) Return to

previous menu

->

(3) SNMP

Conﬁ

gu

ra

t

i

on

The “SNMP

Conﬁ

gu

ra

t

i

on

”

menu

i

s

not

supported

for t

h

i

s

revision

of

the

p

ro

du

ct

.

==================

SNMP

Conﬁ

gu

ra

t

i

on

==================

(1)

enable SNMP

============================

SNMP

Conﬁ

gu

ra

t

i

on

Pa

rame

t

e

r

============================

(1) Show SNMP

Conﬁ

g

(2) List NMS IP

A

dd

re

sses

(3) Clear NMS IP

A

dd

re

sses

(4)

Create

NMS IP

A

dd

re

ss

L

i

st

(5)

Heartbeat Control

(6)

Heartbeat Frequency

(7) Trap

C

on

t

ro

l

(8)

Restart

SNMP

Daemon

(9)

Send

Test

T

ra

p

/

I

n

f

o

rm

(r) Return to

previous menu

->

(2)

disable SNMP

(r) Return to

previous menu

(r) Return to

previous menu

(4) Log File

Conﬁ

gu

ra

t

i

on

The

system

is

capable

of storing

it’

s

log

ﬁ

l

es

p

e

rsi

st

e

n

t

l

y on a

p

e

ri

od

i

c

basis

so that post mortem

a

n

a

l

ysi

s

can

t

a

ke

General Operation Overview

- 29 -

Section 4

Software

Operations

place.

The log

ﬁ

l

es

will

be

p

l

a

ce

d

i

n

the

“/

l

og

”

d

i

re

ct

o

ry on the

compact

ﬂash. The

service p

e

rso

nn

e

l

can then

u

se

off

the

sh

e

l

f

a

pp

li

ca

t

i

on

s

to extract the

i

n

f

orma

t

i

on

to

t

h

e

i

r

l

a

p

t

op

for

re

vi

e

w

.

======================

Log File

Conﬁ

gu

ra

t

i

on

======================

(1)

Display Log

Rotate Settings

Displays the current

settings

of the log

ﬁ

l

e

ro

t

a

t

i

on

p

a

rame

t

e

rs.

(2)

Change

Log Rotation

Period

This option allows the user to control the

frequency

of the log rotation task which

will

persistently

store the log

ﬁ

l

es

based

on

size.

(3)

Change

Minimum Log

Size

If

an running log

ﬁ

l

e

exceeds

t

h

i

s

size (in bytes) the

l

og

ﬁ

l

e

will

be

cop

i

e

d

to the

persistent storage

l

o

ca

t

i

on.

(4)

Change

Number of Logs

Rotated

This

parameter determines

the

number

of log

ﬁ

l

es

of

each

type to

ma

i

n

t

a

i

n

i

n

persistent storage.

Once the

ma

xi

-

mum

number

is

reached,

older

ﬁ

l

es

are

d

i

sca

rd

e

d

ke

e

p

i

ng

on

l

y the most

recent

ﬁ

l

e

s.

(5)

Conﬁgure

Log to

F

il

e

This option allows the user to write the current

system status

information to the

appropriate

log

ﬁ

l

e

on a

p

e

ri

od

i

c

basis.

(r) Return to

previous menu

->

(5) GPS

Conﬁ

gu

ra

t

i

on

The GPS

sub-system

is an integral part of the control of the DSP

based system.

During normal

operating

mode,

the

GPS

receiver

controls the

selection

of

ﬁ

l

t

e

rs

and the key

state

of

the

un

i

t

.

The

un

i

t

must ﬁrst

re

ce

i

ve

a

va

li

d

G

PS

string from the

satellites

before the unit

will

perform properly. The

f

o

ll

o

w

i

ng

menu

a

ll

o

w

s

the

user

to

examine

a

nd

conﬁgure

the GPS

op

e

ra

t

i

ng

parameters

of

the

un

i

t

.

=================

GPS

Conﬁ

gu

ra

t

i

on

=================

(1) Set GPS

Mode

The GPS mode menu controls the

operational state

of the GPS

receiver.

The

system

i

s

designed

to run w

i

t

h

a

G

PS

emulator connected

to COM3 (internal) for use

s

a

test/debug

mode. Additional menu items can be

used

to

assist

in

the

diagnosis

of GPS

============

Set GPS

Mode

============

(1)

Enable

GPS

Receiver

(default

enabled)

(2)

Enable

GPS Emulator (default

disabled)

(3) Disable GPS

Receiver

(default

enabled)

(4) Set GPS

Source

Device (default Network Host

Client)

(5) Set GPS ECP IP

A

dd

re

ss

(d

e

f

a

u

l

t

192.168.1.101, 192.168.100

)

(6)

Enable/Disable

Ampliﬁer

(d

e

f

a

u

l

t

e

n

a

b

l

e

d

)

(7) Set No Box

Shutdown

Mode (default

enabled)

(8) Set No

Satellites Shutdown

Mode (default

enabled)

(r) Return to

previous menu

->

New to the GPS mode menu controls is the ability to

select

the

source

of the GPS

signal/mode used

by

system.

General Operation Overview

- 30 -

Section 4

Software

Operations

The

system

is now

capable

of receiving a GPS signal via an

Ethernet connection

to a host

system

which itself

is

connected

to a GPS

source.

This mode of

operation

is the default for the Acela AWS

un

i

t

and

it

i

s

con

ﬁ

gu

re

d

t

o

primarily

access

the Acela CELL unit and

secondarily

the Acela PCS

unit.

============

Set GPS

Mode

============

(1)

Enable

GPS

Receiver

(2)

Enable

GPS

Emulator

(3) Disable GPS

Receiver

(4) Set GPS

Source Device

(5) Set GPS ECP IP

A

dd

re

ss

(6)

Enable/Disable

Ampliﬁer

(7) Set No Box

Shutdown Mode

(8) Set No

Satellites Shutdown Mode

(r) Return to

previous menu

->

(1) TTY

Device

(2) Network Host

Client

(3) Network Host

Server

Enter GPS

Source

and *reboot*

system ->

Also new to the GPS mode menu controls is the ability to

select

the IP

address

of the

source

of the GPS

signal/

mode

used

by

system.

This is typically

used

in a

laboratory environment

when

systems

are not installed in

the

actual

trains.

============

Set GPS

Mode

============

(1)

Enable

GPS

Receiver

(2)

Enable

GPS

Emulator

(3) Disable GPS

Receiver

(4) Set GPS

Source Device

(5) Set GPS ECP IP

A

dd

re

ss

(6)

Enable/Disable

Ampliﬁer

(7) Set No Box

Shutdown Mode

(8) Set No

Satellites Shutdown Mode

(r) Return to

previous menu

->

-------------------------------------

ECP

Management Server

IP

A

dd

re

ss:

*

Enter up to 5 IP

A

dd

re

sses

*

Hit 's' to

save

new list

*

Hit 'r' to return to

menu

Setting

(192.168.1.101)

ECP

Management Server

IP

A

dd

re

ss

1?

nnn.nnn.nnn.nnn

GPS ECP

addresses:

(2) Set

T

i

me

I

n

t

e

rva

l

=================

Set

T

i

me

I

n

t

e

rva

l

=================

General Operation Overview

- 31 -

Software Operations

Section 4

(1) Set Test D

e

l

a

y

A

user

se

l

e

ct

e

d

period

used

to

d

e

l

a

y

(i

nh

i

b

i

t

) the

ru

nn

i

ng

of

the GPS

t

a

sk.

(2) Set GPS

Receive Update Interval

This

parameter determines

interval at which the GPS task

acquires

the GPS

Receiver data.

It can be in

seconds

and

microseconds.

The default is 1

sec.

(3) Set

Program

Filter

Interval

The interval the GPS task

programs

the Filter.

T

h

i

s

i

s

one

of

the

parameters

for

programming

the

ﬁ

l

t

e

r

.

The

d

e

f

a

u

l

t

value is 18

sec.

Other

parameters

for

ﬁ

l

t

e

r

programming

are

d

i

st

a

n

ce

t

ra

ve

ll

e

d

a

f

t

e

r one

ﬁ

l

t

e

r

i

s

programmed. Ex-

cept during the initial

programming

period when both

ﬁ

l

t

e

r are

p

ro

g

ra

mmed.

(4) Set No Data

T

i

me

ou

t

I

n

t

e

rva

l

The interval the GPS task can be without receiving any data from GPS

Receiver.

A

f

t

e

r w

h

i

ch

an

a

l

a

rm

i

s

sent

a

nd

the PA

i

s

turned OFF. The

d

e

f

a

u

l

t

va

l

u

e

i

s

25

se

c.

(5) Set Polling

Interval

The interval for which the GPS task

remains disabled

after the PA

i

s

turned OFF. The

d

e

f

a

u

l

t

i

s

50

se

c.

(6) Set Emulator

Update Interval

The interval the GPS task

reads

the GPS Emulator data from the test port. The default is 15

sec.

(r) Return to

previous menu

->

(3) Set

Programming Distance

========================

Set

Programming Distance

========================

(1) Set

Distance

To

Program

F

il

t

e

r

The

distance

the train may travel after

programming

one

ﬁ

l

t

e

r at w

h

i

ch

the next

ﬁ

l

t

e

r

i

s

programmed.

The D

e

f

a

u

l

t

i

s

quarter

mile (0.25

miles).

(2) Set Maximum

Distance

To

Program

F

il

t

e

r

The maximum

distance

the train can travel before

programming

the next

ﬁ

l

t

e

r

.

D

e

f

a

u

l

t

i

s

5

mi

l

e

s.

(r) Return to

previous menu

->

(4) Set Maximum

Count

=================

Set Maximum

Count

=================

(1) Set Maximum No Box

Count

The maximum count for No Box (no ﬁx data)

b

e

f

o

re

an

a

l

a

rm

i

s

sent

and the PA

i

s

turned OFF. D

e

f

a

u

l

t

i

s

1500

~

25mins

(2) Set Maximum No Satellite

Count

The maximum count for not

enough satellites

(minimum is 3) before an alarm is sent and the PA

i

s

turned

OFF

.

Default is 1800 ~

30mins

(r) Return to

previous menu

->

(4) Set Test

L

o

ca

t

i

on

Used to

select

the location of the test

ﬁ

l

t

e

r

se

t

used

for t

ro

ub

l

e

sh

oo

t

i

ng

pu

rp

o

se

s.

=================

Set Test

L

o

ca

t

i

on

=================

(1) Set Default Test

L

o

ca

t

i

on

(2) Set Box For Test

L

o

ca

t

i

on

(r) Return to

previous menu

General Operation Overview

- 32 -

Software Operations

Section 4

->

(6)

Read

GPS

Parameters

Displays the current GPS

conﬁ

gu

ra

t

i

on

se

tt

i

ng

s.

======================================================

GPS

Parameters

======================================================

Run

State

En

a

b

l

e

d

Debug Msg Level

0

PA

C

on

t

ro

l

Mode

En

a

b

l

e

d

LookUp

T

a

b

l

e

Size

10

Test D

e

l

a

y

0

GpsRx

Update

Interval 1

secs:0 usecs

Program

Filter Interval 18

secs

NoData

T

i

me

ou

t

I

n

t

e

rva

l

25

secs

Polling Interval 50

secs

Emulator

Update

Interval 15

secs

Max NoBox Count

1500

Max No

Satellites

Count

1800

NoBox

Shutdown

Mode

Enabled

No

Satellites Shutdown

Mo

Enabled

======================================================

(7) Set Debug

Message Level

User

se

l

e

ct

a

b

l

e

debug

l

e

ve

l

,

messages

are

sent

to the

“/

va

r/

l

og

/

d

r6

10_2.

l

og

”

ﬁ

l

e

.

(0) Display No

Msg

(1) Display Info

Msg

(2) Display Debug

Msg

(3) Display More Debug

Msg

Enter GPS Debug Msg Level (0)->

(r) Return to

previous menu

->

(6)

Scan Receiver

Conﬁ

gu

ra

t

i

on

The

scan receiver hardware

is

used

to monitor the power levels of a set of

frequencies

for a given

ﬁ

l

t

e

r

set.

If

t

h

e

scanned

power level is

above

the maximum

threshold

value, the task

will

de-key the unit until such a condition

no

longer

exists.

===========================

Scan Receiver

Conﬁ

gu

ra

t

i

on

===========================

(1)

Scan Receiver Operation

This option is

used

to control the

state

of the

scan receiver

task

(ON/OFF).

(2)

Read Scan Receiver

Parameters

Displays the current

conﬁ

gu

ra

t

i

on

se

tt

i

ng

s

of

the

scan

re

ce

i

ve

r

t

a

sk.

(3)

Channel Sample Count

The

number

of

samples

per

channel

to

acquire

in order to

compute

an

average

power

value.

(4) Key/De-key

Threshold

The maximum power level in dBm which

will

cause

the

scan receiver

task to de-key the

P

A

.

(5) PA

Recovery

T

i

me

The period of time in

seconds

that the unit

will

remain in a

de-keyed state

following an oscillation

induced de-key.

(6) De-key

Sample Count

General Operation Overview

- 33 -

Software Operations

Section 4

The

number

of power

readings

to

sample

in order to

compute

the rolling

average

of the current

scanned channels.

(7)

Short/Fast

Key

Sample Count

The

number

of power

readings

to

sample

in order to

compute

the

short/fast average

of the current

scanned chan-

nels.

(See

product

speciﬁ

ca

t

i

on

docu

me

n

t

)

(8) Long/Slow Key

Sample Count

The

number

of power

readings

to

sample

in order to

compute

the long/slow

average

of the current

scanned chan-

nels.

(See

product

speciﬁ

ca

t

i

on

docu

me

n

t

)

(9)

Fast/Slow

Key Delta

V

alue

The value in dBm that

determines

if

a fast or slow key

decision

is

made.

(r) Return to

previous menu

(r) Return to

previous menu

->

==============

Get

Parameters

==============

The “Get

Parameters”

menu is

available

to all

users

in order to view

system status

information and

diagnose alarm

information.

(1) Link

Status

The

“Link

Status” option

displays

the current

state

of the

system parameters.

Information on this

page

is

used to

diagnose

the health of the

system.

=============================================================================

T

i

me

st

a

mp

:

2012:12:21

-

15:20:16

UTC U

T

C

=============================================================================

Uptime : 2 days 20 hours 46

minutes

=============================================================================

Power (dBm) DNLINK UPLINK

=============================================================================

IN-BAND INPUT

-83.42

-65.58

COMPOSITE INPUT

-50.70

-56.66

MEASURED

OUTPUT

3.58

21.42

CALIBRATED

OUTPUT

27.40

33.00

MAXIMUM

OUTPUT

27.40

33.00

VSWR

----

++++

=============================================================================

AGC Control (dB)

=============================================================================

MODE ON

---/--- 0.00

0.00

=============================================================================

Status

=============================================================================

VOLTAGE OK OK

TEMPERATURE OK

OK

SOFTWARE

OK

HARDWARE OK OK

OSCILLATION

OK

OVERRANGE OK

OK

CALIBRATION OK

OK

=============================================================================

General Operation Overview

- 34 -

Software

Operations

Section 4

DC

Current

=============================================================================

AMPERAGE

3.54

=============================================================================

Temperature

(C

e

l

si

u

s)

=============================================================================

CPU 40.06 new item,

displays

the

temperature

of the Single Board

Computer

FPGA

53.75

=============================================================================

Power Ampliﬁer

=============================================================================

STATUS

O

N

AMPERAGE 0.89

6.31

TEMPERATURE ----

66.84

=============================================================================

Fan

Conﬁ

gu

ra

t

i

on

=============================================================================

STATE OFF

OFF

STATUS OK OK

=============================================================================

System

Conﬁ

gu

ra

t

i

on

=============================================================================

GAIN (dB) 87.00

87.00

FILTER

alB0F0-0

=============================================================================

(2)

System Events

The “System Events” option

displays

the current list of

system alarms.

Alarm

statistics

are

maintained

in the

“Show

Counts”

option.

============

System Events

=============

(1) List

(2) Show

Counts

(3)

Clear

(r) Return to

previous menu

(3)

System Information

The “System Information” option

displays

the current

state

of the non-RF

parameters.

======================================================

System

Info:

2008:11:18

-

20:54:46 UTC

======================================================

Location

Software_lab

System

Type

C

SI

-D

SP8

5

-

A

Board Type

PCS - Rev. B

Carrier Verizon EVDO

SW Version

02.03.00 RC5

Serial Number

CDJ80150-000148

Item Number

CS10-369-xxx

Date Built

10/08/2008

Watchdog

T

i

me

r

En

a

b

l

e

d

General Operation Overview

- 35 -

Software Operations

Section 4

======================================================

Local Area

Network:

======================================================

Hostname

csi-acela-beta5

Boot Protocol

dhcp

I

P

A

dd

re

ss

192.168.1.90

MAC

Address

======================================================

Wide Area

Network:

======================================================

PPP Enabled

YES

Modem Type CDMA

PPP0 Address

166.143.7.196

PPP0

MAC

Address 166.143.7.196

PPP1 Address

0.0.0.0

PPP1

MAC

Address

======================================================

SNMP

Conﬁ

gu

ra

t

i

on

:

======================================================

Enabled

YES

T

ra

p

s/

I

n

f

orms

N

O

Heartbeat

NO

======================================================

MODEM

Status Information

======================================================

MODEM

#1

RSSI (dBm) -69 (OK)

Registration

Sts Modem has

registered

Phone

Number

9084425314

Current Band Cellular

Sleep

System

ID

28

Network ID

5

Temperature

(C)

36

======================================================

GPS Location

Data

======================================================

Run

State

Enabled

Latitude

42.997005

Longitude

-71.468246

Filter ID

1

Filter Name

pcR0A0D0B0E0F0C0-Wid

Location

Manchester

BTA

500

Satellite Count

3

NoBox Count

0

Searching

Count

0

======================================================

Scan Receiver

MHz avg

dBm

======================================================

Run

State

Enabled

Dekey Limit

-65.00

Filter ID

1

Channels

11

General Operation Overview

- 36 -

Software Operations

Section 4

Channel-1

1971.25

-1

10.58

Channel-2

1972.50

-1

10.38

Channel-3

1973.75

-1

10.72

Channel-4

1975.00

-1

10.82

Channel-5

1976.25

-1

10.00

Channel-6

1977.50

-1

11.49

Channel-7

1978.75

-1

11.35

Channel-8

1980.00

-1

11.06

Channel-9

1981.25

-1

10.67

Channel-10

1982.50

-1

10.96

Channel-11

1983.75

-1

11.01

======================================================

(4) Link

Status Loop

The

“Link

Status

Loop” option

displays

the current

state

of the

system

on a periodic

basis

in the form of a

parse

able

string. Mode

‘0’

displays

a list of

system parameters

on a periodic

basis.

Mode

‘1’

displays

a list of

system pa-

rameters

every time the

ﬁ

l

t

e

r

se

l

e

ct

i

on

changes.

Mode

‘

2

’

d

i

sp

l

a

ys

a

li

st

of

scan

re

ce

i

ve

r

parameters

on a

p

e

ri

od

i

c

basis.

Mode

‘3’

displays

a list of power

detector values

on a periodic

basis.

Enter loop delay ->

2

Display Mode (0 = normal, 1 = BTA

changes,

2 =

ScanRcvr

RSSI, 3 = power) ->

0

2012:12:21, 16:50:26

UTC, 2:22:16, 48.00, 48.00, 43.18, 0.00, 0.49,

Providence, 42.038258, -71.216042,

8, 2,

1,

2, alA0B0-0, alB0F0-0, 1, 0x10, 1,

-120.86,

-92.38, -50.94, -56.66, -33.86, -5.38, 87.00, 87.00, 0.0, 0.0, OK, OK,

OK, OK, OK, OK, OK, OK, OK, OK, OK, OK, NM, 2, -65.00, 1, 8, 4, 12, -13.61, -13.62, -13.59, 12, 1,

2120.62,

-13.82, 2,

2121.88,

-13.67, 3,

2123.12,

-13.87, 4,

2124.38,

-14.23, 5,

2125.62,

-14.50, 6,

2126.88,

-14.64,

7,

2128.12,

-14.52, 8,

2129.38,

-14.56, 9,

2130.62,

-14.62, 10,

2131.88,

-14.60, 11,

2133.12,

-14.64, 12,

2134.38,

-14.64,

General Operation Overview

- 37 -

Software Operations

Section 4

The

repeater

’

s

op

e

ra

t

i

ng

so

f

t

w

a

re

have two

modes,

an

O

p

e

ra

t

i

on

a

l

mode and a

Ma

i

n

t

e

n

a

n

ce

mode.

These

are

de-

scribed

below

.

Operational Mode:

Upon power up, the

System

will

begin

operation

in the

Operational

Mode. Using a “Band

Sw

i

t

ch

i

ng

A

l

go

ri

t

h

m”

the

re

p

ea

t

e

r

will

not key until a GPS position ﬁx

i

s

ob

t

a

i

n

e

d

and the

un

i

t

i

s

w

i

t

h

i

n

an Area D

e

ﬁ

n

i

t

i

on.

Once GPS position ﬁx

i

s

ob

t

a

i

n

the

repeater

will

b

e

g

i

n

op

e

ra

t

i

on

based

on the Area D

e

ﬁ

n

i

t

i

on

s

“C

h

a

nn

e

l

Power

Me

a

su

re

-

ment and Keying Decision” and “Low Isolation

Detection

and Protection”

algorithms.

The

operational software

will

continu-

ously monitor the

system’s environment

and make the

necessary adjustments

to keep the product

operating

with

speciﬁ

ca

-

tions and within the normal

operating range

of the

Product

and FCC Type

C

e

rt

i

ﬁ

ca

t

i

on.

System Status

The

Operating Software provides

real time

status

data that

reports

the

state

of the

repeater.

This

status contains:

T

i

me

st

a

mp

Modem Band

T

yp

e

Sa

t

e

lli

t

e

Coun

t

System

Up

T

i

me

A

ct

i

ve

F

il

e

r

NoBox

Coun

t

So

f

t

w

a

re

V

e

rsi

on

I

n

-b

a

nd

i

npu

t

Se

a

rch

i

ng

Coun

t

System

Se

ri

a

l

N

umb

e

r

Measured

O

u

t

pu

t

Scan

RX Run

St

a

t

e

Mo

d

e

l

N

umb

e

r

Composite

I

npu

t

DeKey

L

i

mit

I

t

e

m

N

umb

e

r

AGC Mo

d

e

Scan

RX

F

il

t

e

r

I

D

L

o

ca

t

i

on

AGC

A

tt

e

nu

a

t

i

on

#

of

Ch

a

nn

e

l

s

Modem

Si

gn

a

l

Stre

ng

t

h

GPS

Run

St

a

t

e

1 -10

Ch

a

nn

e

l

F

re

q

’

s

&

SSI

Modem

R

e

g

i

st

ra

t

i

on

St

a

t

u

s

L

a

t

i

t

ud

e

Modem

Phone N

umb

e

r

L

ong

i

t

ud

e

RF

Alarms:

System Alarms:

Modem Current

Band

F

il

t

e

r

I

D

Over

R

a

ng

e

Synthesizer

L

o

ck

Modem

System

I

D

F

il

t

e

r N

a

me

O

sci

ll

a

t

i

on

V

o

l

t

a

g

e

Modem Network

I

D

L

o

ca

t

i

on

VSW

R

T

e

mp

e

ra

t

u

re

Modem

T

e

mp

e

ra

t

u

re

BTA

Out

of

Band

O

ve

rd

ri

ve

So

f

t

w

a

re

Low

Si

gn

a

l

H

a

rd

w

a

re

No

Si

gn

a

l

Currently

System events

are

stored

to a Log File. In future

releases,

with the

exception

of the

System

Serial Number

and

System

Identiﬁer, The

R

ea

l

T

i

me

Status

of

the

Product

will

be

saved

to

non

vo

l

a

t

il

e

memory

for

re

t

ri

e

va

l

.

The

non

vo

l

a

t

il

e

memory

will

be able to store 48 hours of

Status data,

with up to 6

complete status records

per minute. The interval that

the

status records

are

saved

will

be user

deﬁ

n

e

d.

The

Operating Software

will

also record to nonvolatile memory and make

available

to a user in the

Maintenance Mode:

- A count and

t

i

me

stamp each

t

i

me

the

processor

i

s

boo

t

e

d.

- A count and

t

i

me

stamp

of

each

t

i

me

the

op

e

ra

t

i

ng

so

f

t

w

a

re

i

s

p

l

a

ce

d

i

n

t

o

the

Ma

i

n

t

e

n

a

n

ce

Mode, and the

User

ID

o

f

the

operator

that

performed

the

action.

- A count and

t

i

me

stamp each

t

i

me

the

Watchdog

T

i

me

r

i

s

a

ct

i

va

t

e

d,

and the

associated

d

e

bugg

i

ng

i

n

f

orma

t

i

on

a

va

il

-

able at the time of activation of the

Watchdog

T

i

me

r

.

- The count and

t

i

me

stamp

of

any

a

ct

i

va

t

i

on

of

the “Low

I

so

l

a

t

i

on

D

e

t

e

ct

i

on

and

Pro

t

e

ct

i

on

A

l

go

ri

t

h

m”

as

d

e

ﬁ

n

e

d

i

n

a

t

-

tachment

C of this

document.

A

l

a

r

m

s

The

Operating Software

has the ability to monitor a

System

for

conditions

that are out of normal

operation,

triggering

an

alarm event. The

Operating software

in

conjunction

with the

Communications Subsystem

is

capable

of

sending

alarm

mes-

sages

via E-mail using

standard

SMTP and

POP3 protocols

to a User

Provisioned

e-mail

account

.

Each Alarm

deﬁned has these User Provisioned C

a

p

a

b

ili

t

i

e

s.

:

-

Disable

the

System:

The

Operating software

can

disable

the

System

(prohibit Keying) until the alarm

condition

is

cleared.

- Alarm Filter

Conditions:

A

F

il

t

e

r

Cond

i

t

i

on

(such

as

X

number

of

occurrences

per hour) to the

a

l

a

rm

to

p

re

ven

t

false or

un-useful notiﬁ

ca

t

i

on

s

if

p

ro

vi

sion

e

d.

-

Send

an Alarm

Message:

The

O

p

e

ra

t

i

ng

So

f

t

w

a

re

can

send

a

no

t

i

ﬁ

ca

t

i

on

via

message

E-ma

il

through the

Co

m-

munications Subsystem

if

provisioned.

- Alarm

Clear Message:

The

O

p

e

ra

t

i

ng

So

f

t

w

a

re

can

send

an

a

l

a

rm

clear

message

when an

a

l

a

rm

cond

i

t

i

on

clears

if

provisioned.

General Operation Overview

- 38 -

Software

Operations

Section 4

Maintenance Mode

The

repeater has,

in addition to

it’

s

norma

l

“O

p

e

ra

t

i

on

a

l

Mo

d

e

”

a

“Ma

i

n

t

e

n

a

n

ce

Mode”.

A

f

t

e

r

system

boot up

t

h

i

s

mode can be

accessed

i

n

the TMI only by typing the user

name

and

password

of

service.

T

h

i

s

mode

of

op

e

r

a

t

i

on

p

r

o

v

i

d

e

s

a

ll

the

same menus

and

f

ea

t

u

r

e

s

as shown

i

n

the

s

o

f

t

w

a

r

e

o

v

e

rv

i

e

w on

p

r

e

v

i

ou

s

p

a

g

e

s

except

that upon

entering

the

Maintenance

Mode, the product will de-key and await

instructions

from a

conn

e

ct

e

d

user. During the

Maintenance

Mode of

operation

the

Operating Software supports:

-

Ma

nu

a

l

op

e

ra

t

i

on

of

the Key/De-Key

f

un

ct

i

on.

-

Ma

nu

a

l

op

e

ra

t

i

on

of

the Area D

e

ﬁ

n

i

t

i

on

Sw

i

t

ch

i

ng

f

un

ct

i

on.

-

Ma

nu

a

l

Se

tt

i

ng

of

the

g

a

i

n

se

tt

i

ng

i

n

both the U

p

li

n

k and D

o

w

n

li

n

k D

i

re

ct

i

on

s

-

R

e

t

ri

e

va

l

of

a

ll

current

User Provisioned

Se

tt

i

ng

s

f

rom

the

Pro

du

ct

-

R

e

t

ri

e

va

l

of

the Current Version

of

so

f

t

w

a

re

i

n

the

Pro

du

ct

-

Se

tt

i

ng

of

a

ll

User Provisioned

Se

tt

i

ng

s

-

R

e

t

ri

e

va

l

of

l

ogg

e

d

Status

d

a

t

a

-

R

e

t

ri

e

va

l

of

boot

counts,

Ma

i

n

t

e

n

a

n

ce

Mode entry

counts,

Watch Dog

t

i

me

r

events w

i

t

h

d

e

bugg

i

ng

data,

a

nd

Low Isolation

Detection

and

Protection

events.

- The

Ability

to D

i

sa

b

l

e

and

En

a

b

l

e

the

Syst

e

m.

- A Method to

a

u

t

o

ma

t

i

ca

ll

y

p

l

a

ce

the

System

back

i

n

t

o

op

e

ra

t

i

on

upon the

d

i

sco

n

t

i

nu

a

n

ce

of

the

Ma

i

n

t

e

n

a

n

ce

session.

- A Method to

a

u

t

o

ma

t

i

ca

ll

y

p

l

a

ce

the stem back

i

n

t

o

op

e

ra

t

i

on

a

f

t

e

r a

User Provisioned

t

i

me

limit of

i

n

a

ct

i

vi

t

y

i

n

the

Maintenance Mode.

-

Ability

to

l

o

a

d

O

p

e

ra

t

i

ng

So

f

t

w

a

re

i

n

t

o

the

re

p

ea

t

e

r

’

s

p

ro

ce

sso

r

.

-

Ability

to perform a

“so

f

t

”

reset

of

the

p

ro

ce

sso

r

.

General Operation Overview

- 39 -

Software Operations

Section 4

Terms used

in

th

i

s

m

a

nu

a

l

AGC=

A

u

t

o

ma

t

i

c

G

a

i

n

C

on

t

ro

l

CBC=

Cross

Band

Coupler

CSI= Cellular

Specialties, Inc.

DAS= Distributed

Antenna

System

DC = Direct

Current

DHCP= Dynamic Host

Conﬁ

gu

ra

t

i

on

Pro

t

oco

l

DL = Down Link

FCC =

Federal Communications Commission

FPGA= Field

Programmable

Gate Array

GPS = Global

Positioning

System

GUI

=

Graphical

User

Interface

I

P

= Internet

Protocol

IT

= Information

T

e

chno

l

og

i

e

s

LAN = Local Area

Network

LED= Light Emitting

Diode

LNA = Low Noise Ampliﬁer

PCS =

Personal Communications

Service

RF= Radio

Frequency

SBC= Single board

Computer

SNMP= Simple Network

Management Protocol

TMI=

Text Menu

I

n

t

e

rf

a

ce

UL = Up Link

USB = Universal Serial

Bus

VSWR =

V

o

l

t

a

g

e

St

a

nd

i

ng

Wave

R

a

t

i

o

General Operation Overview

- 40 -

Software Operations

Section 4

Repeater Index

A

AGC 6,

40

Alarm

Notiﬁ

ca

t

i

on

Me

ssa

g

e

10

Alarms

10

B

Band Switching Algorithm

10

Block Diagram of the Major

Components 4

Indicator Lights

11

Installation

6

L

LED

40

Local

Communication Interface

Ports

16

Login

19

M

Main Menu

19

Maintenance

Mode

39

Module

Face

Plate

Conﬁ

gu

ra

t

i

on

5, 8,

9

Module

Face

Plate View

5

Set

Parameters

Menu 19,

23

SNMP

40

Software Operations 16

Straight Cable

20

System

Alarms

38

System Status 10

T

e

l

n

e

t

Session 20

T

e

l

n

e

t

Session (Remote

A

cce

ss)

20

terminal

emulation programs 18

Terms

used

i

n

t

h

i

s

ma

nu

a

l

40

Text Menu

I

n

t

e

rf

a

ce

17

Top

V

i

e

w D

i

me

n

si

on

s

9

C Module

Interconnection

Diagram 7 U

Module Label

Locations 7

Continuing

A

va

il

a

b

ili

t

y

of

Se

r-

vice and

Parts 15

CPU

40

Crossed

Cable

20

CSI

40

D

DAS

40

DC IN

10

DHCP

40

E

EIA232 Pin

Speciﬁ

ca

t

i

on

s

16

ERP

40

F

Face

Plate

Dimensions 8

FPGA

40

G

General Operation Overview

16

GPS

10

H

Hardware

Conﬁ

gu

ra

t

i

on

5

Hardware Operations 11

I

Important Safety

Information

2

Module Side View

5

Module Top

V

i

e

w

5

Monitoring

&

Alarms

17

N

Normal

Operation 10

null

modem adapter 17

O

Operational

Mode

38

P

Physical

Installation Into The

T

ra

i

n

6

Power Up 10,

11

Powerup

and

System

Check

Out

Procedures 10

Product Hardware

Warranty

13

Product Software

Warranty

14

R

RF

40

RF Alarms

38

RF and Power Cabling 6,

7

S

SBC

40

Section

2

7

Section

3

10

Section

4

16

serial cable

17

USB

40

W

Warranty and

R

e

p

a

i

r

Pro

ce

du

re

s

13

warranty period

13

Web

based

GUI

Session 17

General Operation Overview

- 41 -

N

o

te

s

- 42 -

N

o

te

s

- 43 -

D960-1042-006 rev 007

Westell CSIDRACELAAWS AWS Repeater User Manual 960 1042 006 Manual John r006 indd

Westell, Inc. AWS Repeater 960 1042 006 Manual John r006 indd

User Manual

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