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RPC/RP Configuration RPC/RP Manual

WLL-RPC/RP-IN/UM-1.0 19June2000

4.3.7 Copy Data

This function is used to copy the operating data from the ACT SDM to the SBY

SDM. The automatic SDM switching is not supported for this function.

1. From the Configure main menu, click Service Data, and then Write Data.

This opens the Write System Service Data window, as shown in the figure

below.

Figure 4-52: Write System Service Data Window

2. Click the Copy radio button and then click OK. A confirmation dialog box

appears, as illustrated in the figure below. Click OK to confirm the copying

command.

Figure 4-53: Confirmation Dialog Box

4.3.8 Edit Data

RPC operation data contain three categories:

1. Service data 1: RP installation

2. Service data 2: Group control configuration

3. Service data 3: System parameters

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Use this function to edit an existing operation data file while the RPC is

operating.

F NOTE: Operation data must be edited locally in a file, and then downloaded to

the system.

4.3.8.1 Service Data 1: RP Installation

1. From the Configuration main menu, click the Service Data option, and then

the Edit Data option. This brings up the Specify File for Edit window, as

shown in the figure below.

Figure 4-54: Specify file for Edit Window

2. Select the target .dat or .eep file and click Open. The system edits all the files

with any one of the two suffixes. The Edit of Service Data 1 window opens,

as shown in the figure below.

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WLL-RPC/RP-IN/UM-1.0 19June2000

Figure 4-55: Edit of Service Data 1 Window

Field Name Description

RP# RP ID number

Inst. Set “installed” or “not installed” for RPs according to

RP installation plan.

Phantom The power is supplied by the RPC.

Local The power is supplied by the RP power unit.

Save Save the setting to a local file.

Next Switch to the next Service Data window.

Cancel Cancel the editing.

Switch 1,2,3 Switch to one of the three Service Data windows.

Table 4-12: Edit of Service Data 1 Window Field Description

3. For each installed RP, enter a √ in the Inst. row. For each installed RP,

specify the power source by clicking on either the Phantom button or the

Local button. For WLL, the power source is Phantom. Local is for future

use when the power is 20 milliwatts or higher.

4.3.8.2 Service Data 2: Group Control Configuration

1. To get to the Edit of Service Data 2 window, click Next or Switch 2. The

Edit of Service Data 2 window opens, as shown in the figure below.

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Figure 4-56: Edit of Service Data 2 Window

Field Name Description

RP-I/F RP interface ID number

Group # Group ID number

RP# RP ID number

Master Master/Slave status of the RPs

Save Save the Service Data toa a file.

Next Switch to the next window

Table 4-13: Edit of Service Data 2 Window Field Description

F NOTE: RP ID numbers are defined according to the connected physical port

numbers on the RP interface boards, as listed below:

RP-IF#1 port 1 ----- RP#1

RP-IF#1 port 2 ----- RP#2

RP-IF#1 port 3 ----- RP#3

RP-IF#1 port 4 ----- RP#4

RP-IF#2 port 1 ----- RP#5

…..

RP-IF#3 port 1 ----- RP#9

…..

RP-IF#8 port 1 ----- RP#29

RP-IF#8 port 2 ----- RP#30

RP-IF#8 port 3 ----- RP#31

RP-IF#8 port 4 ----- RP#32

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2. This window is for the configuration of Group Control. Group Control

maximizes the number of channels available for traffic by allowing one

control channel to control up to 8 RPs (up to 31 traffic channels). A group

can be set up only within two adjacent RP interface boards. Group members

must be within the two RP Interface boards. For each RP, enter the group

number and designate the master. In the above window, 7 RPs on RP

Interface card 5 and 6 are in group 17 with the master RP designated as RP

number 17. The master RP must be the RP with the lowest RP number in the

group. The RPs that are not in group control must be designated as their own

masters and have their own group numbers, as is the case for RP# 21 in the

above figure.

4.3.8.3 Service Data 3: System Parameters

The third Edit of Service Data window contains system parameters. It is not

necessary to administer the parameters, as they are set at the factory. Users can

only change the relevant values for the parameters. Click on Next or Switch 3 to

open the Edit of Service Data 3 window, as shown in the figure below.

Figure 4-57: Edit of Service Data 3 Window

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19June2000 WLL-RPC/RP-IN/UM-1.0

Field Name Definition

No. Item sequence numbers, starting from 1

Value Specified value for the item. The value can be selected from the arrow

drop-down list.

Item Item name and value description

Basic Basic value

Unit Item value unit

Min The minimum value which can be specified for the item

Max The maximum value which can be specified for the item

HEX val. Switch between the hexadecimal and the decimal value

Button Name Description

Target Select the target PRC ID number to display its system parameters.

Item Only item names are displayed on the right column.

Basic Basic value, unit value, and item names are displayed on the right

column.

Range Maximum value, minimum value, unit value, and item names are

displayed on the right column.

< Scroll the window downward one line at a time.

> Scroll the window upward one line at a time.

<< Scroll the window downward one page at a time.

>> Scroll the window upward one page at a time.

Save Save the value setting.

Top Go to Service Data 1 window.

Table 4-14: Edit of Service Data 3 Window Field Definition

There are three different windows for this function: Item, Basic, and Range. Use

the View Block to switch to different windows. Edit the data as necessary and

click Save. A confirmation box appears, prompting: “Current file will be replaced

by this contents. OK?” Click Yes to confirm or No to stop the transaction.

The operation data in the Item block contain many system parameters. They are

for view only. Users should use the Arrow drop-down list in the Value field to

make any necessary change to the setting. Each of the system parameters in the

Item block is described as follows:

Call discrimination code

The length of the Call Discrimination Code data field is 48 bits, but the

last 6 bits are not used. So the remaining 42 bits are used for call

discrimination code. The value determines the RP-ID (CS-ID). And it

needs to be unique among all RPCs. The following diagram describes

how the 42 bits are split into several divisions.

Call Discrimination Code

-----------------------------------------------------42 bits------------------------------------------------------

Public System Additional ID

---------------------------------------33 bits--------------------------------------

Operation ID Code

----------9 bits--------- Paging Area Number

-------------------------22 bits-------------------

-----

Additional ID

--------11 bits--------

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Operator ID Code: MSB is always set to "1". The remaining 8 bits are

used for Operator ID. The Operator ID’s of all RPs that connect to the

same RPC take the same value, and the value is equal to the setting value

of this data field.

Paging Area Number refers to the area where the call is broadcast for the

FSU or PS that has location registration for that area. In effect, PS doesn't

need to request location registration while it stays inside the area, even if it

switches RPs. The Paging Area Number of all RPs that connect to the

same RPC takes the same value, and the value is equal to the setting value

of this data field.

Additional ID (11bits) of this data field is set from "00000000000" to

"11111100000". The upper 6 bits of the Additional ID of the RPs that

connect to the same RPC take the same value, and the value is equal to the

setting value of this data field.

The first 37 bits of this Call Discrimination Code correspond to the RP-ID

(CS-ID) of each RP that connects to the same RPC, and the value of the 37

bits is the same for all the RPs which connect to the same RPC. The last 5

bits are unique for each RP under the same RPC, as illustrated below:

RP # RP #1 RP #2 RP #3 RP #4 …… RP #32

Last 5 bits 00000 00001 00010 00011 …… 11111

For instance, when the field data (48bits) of the Call Discrimination Code

are 9E 00 00 00 03 80 (HEX), the RP-ID (42 bits) of RP#4 is as follows:

1001 1110 0000 0000 0000 0000 0000 0000 0000 0011 11 (Binary)

Operator ID: 1001 1110 0 (Binary)

Paging area: 000 0000 0000 0000 0000 000 (Binary)

Additional ID: 0 0000 0011 11 (Binary)

F NOTE: The RP-ID that is described in this section is used between RP/RPC and

FSU/PS. The RP-ID is also defined between WLL/V5WLL and RPC but the

length is 48 bits. This RP-ID is generated by the RP-ID of the air interface but is

not the same as the RP-ID of the air interface. RPC can translate between the

RP-ID of the WLL/V5WLL/RPC and the RP-ID of the air interface..

E1 interface install setting

This item is used to configure E1 interface install setting (1), as described

below:

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MSB LSB

Bit 8 7 6 5 4 3 2 1

0 0 0 0 X X X X

Bit 1 corresponds to the installation status of E1-IF#1

Bit 2 corresponds to the installation status of E1-IF#2

Bit 3 corresponds to the installation status of E1-IF#3

Bit 4 corresponds to the installation status of E1-IF#4

Installation status: Installed à 1

Not installed à 0

Set "installed" or "not installed" for each E1-IF according to the E1-IF

installation plan. Set "installed" for all E1-IF’s for future expansion.

E1 interface install setting (2) is reserved for system expansion.

LCCH frequency (Control carrier frequency)

This item is used to set LCCH frequency of the system. The system can

use one carrier from No. 1 to No. 77. This value is assigned by the

operator or Government. For instance, if LCCH frequency is No.71, the

setting value is 71 (HEX: 4D). In one-service area LCCH frequency and

Operator ID must be the same for all RPs and RPCs.

Channel frequency use control (1-8), (9-16) ….. (73-77)

The item is used to set the availability of Traffic channels. Every channel

frequency (carrier number 1 through 77) can be set "available" or

"unavailable". For Channel frequency use control (1-8) the values are set

as follows:

MSB LSB

Bit 8 7 6 5 4 3 2 1

X X X X X X X X

Bit 1 corresponds to Channel frequency No.1 (carrier No.1)

Bit 2 corresponds to Channel frequency No.2 (carrier No.2)

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

Bit 7 corresponds to Channel frequency No. 7 (carrier No.7)

Bit 8 corresponds to Channel frequency No. 8 (carrier No.8)

Setting value: Available à 1

Unavailable à 0

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For instance, if Channel frequency No. 1, 3, 5 are available and Channel

frequency No. 2, 4, 6, 7, 8 are unavailable, the values are set as follows:

Channel frequency use control (1-8): 0001 0101(Binary) (HEX: 15)

Channel frequency use control (9-16) ….. (73-77) are set in the same way.

The previous and the next Channel frequency of LCCH frequency must be

set "Unavailable" for traffic channel to avoid the interference.

Loudness control value (input loudness value)

This item is used to set the RPC input loudness control value, as described

below:

MSB LSB

Bit 8 7 6 5 4 3 2 1

0 0 0 y x x x x

Bit 1-4 (xxxx) are the value of loudness, as listed below:

Real level Bit 4 3 2 1

0 dB à 0 0 0 0

2 dB à 0 0 0 1

4 dB à 0 0 1 0

6 dB à 0 0 1 1

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

Bit 5 is the value of sign.

Sign Bit 5

à 1

à 0

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

For instance, if the input loudness of RPC needs to be set to + 8 dB, the

setting value is as follows:

0001 0100 (Binary)

This value is determined in accordance with the system level plan.

Loudness control value (output loudness value)

This item is used to set the RPC output loudness control value, as

described below:

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MSB LSB

Bit 8 7 6 5 4 3 2 1

0 0 0 y x x x x

Bit 1-4 (xxxx) are the value of loudness, as listed below:

Real level Bit 4 3 2 1

0 dB à 0 0 0 0

2 dB à 0 0 0 1

4 dB à 0 0 1 0

6 dB à 0 0 1 1

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

Bit 5 is the value of sign.

Sign Bit 5

à 1

à 0

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

For instance, if the output loudness of RPC needs to be set to + 8 dB, the

setting value is as follows:

0001 0100 (Binary)

This value is determined in accordance with the system level plan.

Loudness control value (DTMF signal loudness value)

In the case of PS origination, dialing information is transferred as a

message from the PS to the RPC. The RPC generates the DTMF signal

tone according to the received message. This item used for the setting of

output DTMF signal loudness, as described below:

MSB LSB

Bit 8 7 6 5 4 3 2 1

0 0 0 y x x x x

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Bit 1-4 (xxxx) are the value of loudness, as listed below:

Real level Bit 4 3 2 1

0 dB à 0 0 0 0

2 dB à 0 0 0 1

4 dB à 0 0 1 0

6 dB à 0 0 1 1

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

Bit 5 is the value of sign.

Sign Bit 5

à 1

à 0

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

For instance, if the output loudness of RPC needs to be set to + 8 dB, the

setting value is as follows:

0001 0100 (Binary)

This value is determined in accordance with the system level plan.

DTMF sound sending interval value

In the case of PS origination, dialing information is transferred as a

message from the PS to the RPC. The RPC generates the DTMF signal

tone according to the received message. This item is used for the setting

of DTMF minimum pause of the DTMF signal. The value (unit: msec) is

directly set in the value field.

For instance, if the sending interval time needs to be set to 80 msec, the

setting value is "50" (HEX).

DTMF sound sending time value

In the case of PS origination, dialing information is transferred as a

message from the PS to the RPC. The RPC generates the DTMF signal

tone according to the received message. This item is used for the setting

of DTMF sending time of the DTMF signal. The value (unit: msec) is

directly set in the value field.

For instance, if the sending time needs to be set to 80 msec, the setting

value is "50" (HEX).

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Country number 1, 2

This item is used for the setting of Country Code. The Country code is

used to represent the country which assigns the RP identification code.

System type

This item is used for the setting of system type. This system is applicable

for the system. The system type is 3. The coding is "0000 0100" (Binary).

Standby zone selection level

This item is used for the setting of air-interface.

Standby zone hold level

This item is used for the setting of air-interface.

Recalling-type handover process level

This item is used for the setting of air-interface.

Recalling-type handover destination zone selection level

This item is used for the setting of air-interface.

Channel switching FER threshold value

This item is used for the setting of air-interface.

Reservation/Area information report status number

This item is used for the setting of air-interface.

TCH switching-type handover process level

This item is used for the setting of air-interface.

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FSU mobility limitation

This item is used for the control of FSU mobility limitation. Depending

on the setting value, one mode might be that RPC reports RP-ID to

WLL/V5WLL for mobility, the other mode might be that RPC doesn't

report RP-ID to WLL/V5WLL for mobility. In the case that RPC reports

RP-ID to WLL/V5WLL, WLL/V5WLL controls FSU mobility in

accordance with the subscriber setting. In the case that RPC doesn't report

RP-ID, FSU mobility isn't limited regardless of the subscriber setting. The

way of setting is as follows,

Bit 8 7 6 5 4 3 2 1

0 0 0 0 0 0 0 0 à The mode that RPC doesn’t report RP-ID

0 0 0 0 0 0 0 1 à The mode that RPC reports RP-ID

4.3.9 Change Data (RP Installation)

Use the procedure in this section to change the operation data for the selected

RPC. The diagrams displayed in this section are very similar to those in the

previous section. The only difference is that there are two configuration windows

instead of three.

1. To change the operation data for an RPC, click the Configuration main menu

and select the Service Data option, then the Change Data option, and then the

RP Installation option. This opens the RP Installation (Group

Composition 1) window, as displayed in the figure below.

F NOTE: Before making any changes to the operation data, be sure to block the

E1/IF and RP/IF. After the setting is modified, the RP/IF will restart itself.

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Figure 4-58: RP Installation (Group Composition 1) Window

2. This window is used to configure RP connection. For each installed RP, enter

a √ in the Inst. row. For each installed RP, specify the power source by

clicking on either the Phantom button or the Local button. Phantom means

the power is supplied by the RPC. For WLL, the power source is Phantom.

3. To get to the RP Installation (Group Composition 2) window, click Next or

Switch 2. The RP Installation (Group Composition 2) window is shown in

the figure below.

Figure 4-59: RP Installation (Group Composition 2) Window

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4. This window is for the configuration of Group Control. Group Control

maximizes the number of channels available for traffic by allowing one

control channel to control up to 8 RPs (up to 31 traffic channels). Each group

contains two RP Interface boards. Group members must be within the two RP

Interface boards. For each RP, enter the group number and designate the

master. In the above window, 7 RPs on RP Interface boards 5 and 6 are in

group 17 with the master RP designated as RP number 17. The master RP

must be the RP with the lowest RP number in the group. The RPs that are not

in group control must be designated as their own masters and have their own

group numbers, as is the case for RP# 21 in the above figure.

5. After editing the operation data click OK. A dialog box opens for

confirmation, as shown in the figure below.

Figure 4-60: Confirmation Dialog Box

6. Click Yes to confirm, or No to stop the transaction. If the Version

Confirmation window opens when Yes button is clicked, verify that the

version is correct and then click OK.

4.3.10 Change Data (E1-IF Board Installation)

Each RPC can have 4 E1 interface boards to communicate with WLL/V5WLL.

Use the steps in this section to select the target E1 interfaces to be installed or

uninstalled.

1. First use the Blockade option under Unit Control to block the target E1

interfaces.

2. From the Configuration pull-down menu, select Service Data, then Change

Data, and then E1-I/F Board Installation. This opens the E1-I/F Board

Installation window, as shown in the figure below.

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Figure 4-61: E1-IF Board Installation

3. Check or uncheck the boxes in front of the target E1 interfaces to be installed

or uninstalled, and click OK.

4.3.11 Change Data (Data Value)

Use this function to change the operation data value.

F NOTE: This feature is not recommended. Use with care.

1. From the Configuration main menu, click Service Data, then Change Data,

and then Data Value. The Data Value Change window opens, as illustrated

in the figure below.

Figure 4-62: Data Value Change Window

RPC/RP Configuration RPC/RP Manual

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Field Name Definition

No. Item sequence numbers, starting from 1

Value Specified value for the item. The valid values are displayed in the Item

block and can be selected from the arrow drop-down list.

Item Item name and value description

Basic Basic value

Unit Item value unit

Min The minimum value which can be specified for the item

Max The maximum value which can be specified for the item

HEX addr. Switch between hexadecimal and decimal value

Button Name Description

Item Only item names are displayed on the right column.

Basic Basic value, unit value, and item names are displayed on the right

column.

Range Maximum value, minimum value, unit value, and item names are

displayed on the right column.

< Scroll the window downward one line at a time.

> Scroll the window upward one line at a time.

<< Scroll the window downward one page at a time.

>> Scroll the window upward one page at a time.

OK Implement the command.

Table 4-15: Data Value Change Window Field Description

2. There are three different windows for this function: Item, Basic, and Range.

Use the View block to switch between different windows. Refer to Section

4.3.8.3 for the detailed description for the Value field and the Item block.

3. Make necessary changes and click OK to close the window.

4.4 Manage RPC Alarms

This section discusses several aspects concerning the RPC warning and alarm

history. Through the RPC device manager, we can update and clear the alarm, or

save the alarm history to files for further analysis.

The warning messages are also displayed in the Status View windows for RPCs,

RPs, and interfaces, as described in Section 4.2.4.

4.4.1 Warning Status

The RPC device manager can display currently occurring warnings about the

RPC, RP, E1 interface, and RP interface.

1. On the Main View window, click the RPC R2.4 node. Get connected to the

target RPC.

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2. To view the RPC warnings, click the Status main menu, and select the

Warning option. The Warning window appears, as displayed in the figure

below. Another way to open the window is to click the Warning button.

Figure 4-63: Warning Window

3. Click the Update button to retrieve the latest information. The color of the

small rectangle in front of each warning message indicates the alarm’s

severity.

• Red - Major Alarm

• Yellow - Minor Alarm

• Green - No Alarm

4. After viewing the warning, click Close to close the window.

4.4.2 Alarm History

The Alarm History option provides access to a chronological log of all the RPC,

RP, interfaces, and synchronization warnings. This log may contain information

useful in diagnosing equipment malfunctions.

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1. To view the log of the Alarm History, select the Alarm History option from

the Status main menu. The Alarm History window appears as shown in the

figure below. Another way to open the window is to click the Fault History

button.

Figure 4-64: Alarm History Window

F NOTE: This log has a capacity of storing 127 messages. When this limit is

reached, the oldest message is deleted when the newest one is added.

2. Click Update to display the historical information. To clear the present alarm

history, click Clear. The contents of this window can be saved to a file for

further analysis. Click the Save button and specify a file name.

3. Click Close to close this window.

4.5 Reset RPC

When an RPC or its other components experience trouble and the problem cannot

be solved, it may be necessary to reset the component. Use the following

procedures to reset an E1 interface, an RP interface, an RP, or an RPC.

F WARNING: Do not directly reset a unit in operation since this will cause active

subscriber calls to be dropped. Before resetting a unit, block the unit temporarily

by resorting to the Configuration à Unit Control à Blockade option. Check

the Channel Status to verify that there are no active calls. Click the Channel

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button or click Air Channel on the Unit View window of the RPC window to

open the Channel Status View window. After resetting, unblock the unit.

1. On the Main View window, click the target RPC-DM node and connect to the

RPC. This opens the RPC window.

2. Select the Reset option from the Maintenance pull-down menu or click the

Reset button. The Reset window appears, as shown in the figure below.

Figure 4-65: Reset RPC Window

3. Select either an RP, an E1 interface, an RP interface, or the entire RPC. Click

OK. The system resets the unit, returns it to operation, and sends a message to

the Self Messages window. Suppose that the RP#1 of the RPC#2 were reset,

the window would be like the figure below.

Figure 4-66: Self Messages Window for Reset

4. If an RPC needs to be reset, select the RPC and click OK. This brings up the

EM Reset (RPC) window as shown in the figure below.

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Figure 4-67: EM Reset (RPC) Window

Field Name Description

Startup System Determine which SDM to use for operating RPC after resetting.

Prev. Previous ACT SDM. After resetting, RPC starts up and runs based on

the previous ACT SDM.

N System SDM-#N. After resetting, RPC starts up and runs based on SDM-#N.

E System SDM-#E. After resetting, RPC starts up and runs based on SDM-#E.

Table 4-16: EM Reset (RPC) Window Field Description

F NOTE: Refer to Section 4.3 for detailed description of the N and E systems.

5. There are three options in the Startup System block. Select the system to

start with and click OK.

6. A confirmation window appears, as displayed in the figure below. Click OK

to reset the RPC or Cancel to stop the transaction.

Figure 4-68: Reset Confirmation Window

7. After EM reset is complete, the PC will disconnect from the RPC. To resume

normal operations, reconnect to the RPC.

8. Click the RPC Status button to open the RPC Status View window to verify

that the component is in operation.

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4.6 RPC Statistics

The function of RPC statistics can generate an RPC traffic report that displays the

traffic status for either the entire period and all the RPCs and RPs, or the specific

period and an individual RPC or RP. This is a useful feature for analyzing the

RPC traffic. In addition, the RPC statistics can also create the RP status report.

4.6.1 RPC Traffic Report

1. To generate the RPC/RP traffic report, click the Statistics main menu on the

Client View window and select RPC Statistics Report. The criteria setting

window opens, as shown in the figure below.

Figure 4-69: Criteria Setting Window

2. Select the criteria for the RPC traffic data to be retrieved and click the Refresh

button. After a few seconds the RPC/RP Traffic Report appears on the

screen, as illustrated in the figure below.

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Figure 4-70: RPC/RP Traffic Report Window

F NOTE: Sometimes nothing happens after the Refresh button is clicked. The

reason is that the RPC board may have been reset by RTs and there is no

synchronization between the RPC device manager and the RPC board. In that

case go to the RPC System View window, click open the Configure main menu,

and select Set Time. The Set Time window opens. Click OK to synchronize the

RPC device manager with the RPC board. After the traffic data pile up in the

board the RPC device manager can retrieve the traffic report. This rule also

applies to the RP Status Report operation, as described in Section 4.6.3.

3. Figure 4-70 presents the traffic report for each of the 32 associated RPs. The

report is organized in such a way that each block displays all the 29 traffic

statistics elements for an RP for the period of one hour. Refer to the following

figure for the description of each of the 29 statistics elements.

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Figure 4-71: Description of RPC Traffic Status

4.6.2 RPC Outstanding Alarms

RPC Outstanding Alarms list all the alarms for each RPC which haven’t been

fixed.

1. To display the RPC outstanding alarms, click the Statistics main menu on the

Client View window and select the RPC Outstanding Alarms option. This

brings up the RPC Outstanding Alarm window, as shown in Figure 4-72.

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Figure 4-72: RPC Outstanding Alarm Window

2. Click the Refresh button to retrieve the current outstanding alarms.

4.6.3 RP Status Report

This feature displays the blockade and warning statuses for all the 32 RPs of the

selected RPC.

1. To view the report, click the Statistics main menu and select the RP Status

Report option on the Client View window. The RP Status Report page opens

on the Main View window, as shown below.

RPC/RP Manual RPC/RP Configuration

19June2000 WLL-RPC/RP-IN/UM-1.0

Figure 4-73: RP Status Report Page

2. Select the target RPC on the left frame to bring up the status report for the

associated RPs.

RPC/RP Configuration RPC/RP Manual

WLL-RPC/RP-IN/UM-1.0 19June2000

19June2000 WLL-RPC/RP-IN/UM-1.0

Specifications

A Specifications

A.1 RPC Specifications

Item Specifications

Functions Control and power feeding to RPs

Concentration of speech path

Conversion of protocol

Capacity

Max. number of controlled subscribers 960

Max. number of controlled RPs 32

Max. number of COT interfaces 4

Max. speech paths 120

COT Interface

Physical Interface E1 interface (30B+D)

2.048 Mbit/s (B: 64 kbit/s D: 64 kbit/s)

TE mode

ITU-T Rec. G.703, G.704

Speech coding rule A-law

Logical Interface Non-facility associated signaling

Q.931

RP Interface

Physical Interface Proprietary (4B+D+K)

192 kbit/s

(B: 32 kbit/s D: 16 kbit/s K: 8 kbit/s)

Speech coding rule ADPCM

Line power feeding voltage 112-116 V DC

Logical Interface Layer 2: TTC Rec. JT-Q921-b

Layer 3: Proprietary

Power Condition

Input voltage 42-58 V DC

Max. input current Approx. 7.5 A

Operational Environment

Temperature -10° - +50° C

Humidity Less than 95% (non-condensing)

Dimensions 640mm (H) x 494mm (W) x 210mm (D)

Table A-1: RPC Specifications

Specifications RPC/RP Manual

WLL-RPC/RP-IN/UM-1.0 19June2000

A-2

A.1.1 Champ Connector Pin Assignments

Assignment Pin # Pin # Assignment Remarks

RP # 1 (L1) 1 26 RP # 1 (L2)

RP # 2 (L1) 2 27 RP # 2 (L2)

RP # 3 (L1) 3 28 RP # 3 (L2)

RP # 4 (L1) 4 29 RP # 4 (L2)

RPIF Card #1

RP # 5 (L1) 5 30 RP # 5 (L2)

RP # 6 (L1) 6 31 RP # 6 (L2)

RP # 7 (L1) 7 32 RP # 7 (L2)

RP # 8 (L1) 8 33 RP # 8 (L2)

RPIF Card #2

RP # 9 (L1) 9 34 RP # 9 (L2)

RP# 10 (L1) 10 35 RP # 10 (L2)

RP# 11 (L1) 11 36 RP # 11 (L2)

RP# 12 (L1) 12 37 RP # 12 (L2)

RPIF Card #3

RP# 13 (L1) 13 38 RP # 13 (L2)

RP# 14 (L1) 14 39 RP # 14 (L2)

RP# 15 (L1) 15 40 RP # 15 (L2)

RP# 16 (L1) 16 41 RP # 16 (L2)

RPIF Card #4

Not in use 17 42 Not in use

Not in use 18 43 Not in use

Not in use 19 44 Not in use

Not in use 20 45 Not in use

Not in use 21 46 Not in use

Not in use 22 47 Not in use

Not in use 23 48 Not in use

Not in use 24 49 Not in use

Not in use 25 50 Not in use

No need to attach

Table A-2: Champ Connector 1-Pin Assignments

The Pin numbers are marked on the Champ connector. This chart applies to J16

on the motherboard in the RPC. RP has no polarity.

Figure A-1: Champ Connector Contact Face View

RPC/RP Manual Specifications

19June2000 WLL-RPC/RP-IN/UM-1.0

A-3

Assignment Pin # Pin # Assignment Remarks

RP # 17 (L1) 1 26 RP # 17 (L2)

RP # 18 (L1) 2 27 RP # 18 (L2)

RP # 19(L1) 3 28 RP # 19 (L2)

RP # 20(L1) 4 29 RP # 20 (L2)

RPIF Card #5

RP # 21(L1) 5 30 RP # 21 (L2)

RP # 22(L1) 6 31 RP # 22 (L2)

RP # 23(L1) 7 32 RP # 23 (L2)

RP # 24(L1) 8 33 RP # 24 (L2)

RPIF Card #6

RP # 25(L1) 9 34 RP # 25 (L2)

RP# 26 (L1) 10 35 RP # 26 (L2)

RP# 27(L1) 11 36 RP # 27 (L2)

RP# 28(L1) 12 37 RP # 28 (L2)

RPIF Card #7

RP# 29(L1) 13 38 RP # 29 (L2)

RP# 30(L1) 14 39 RP # 30 (L2)

RP# 31(L1) 15 40 RP # 31 (L2)

RP# 32(L1) 16 41 RP # 32 (L2)

RPIF Card #8

Not in use 17 42 Not in use

Not in use 18 43 Not in use

Not in use 19 44 Not in use

Not in use 20 45 Not in use

Not in use 21 46 Not in use

Not in use 22 47 Not in use

Not in use 23 48 Not in use

Not in use 24 49 Not in use

Not in use 25 50 Not in use

No need to attach

Table A-3: Champ Connector 2 - Pin Assignment

Pin numbers are marked on the Champ connector. This chart applies to J17 on

the motherboard in the RPC. RP has no polarity.

Figure A-2: Champ Connector Contact Face View

Specifications RPC/RP Manual

WLL-RPC/RP-IN/UM-1.0 19June2000

A-4

A.2 RP Specifications

A.2.1 Radio Features

Item Contents

Radio frequency For private use: 1,895-1,906.1 MHz

For public use: 1,895-1,910 MHz

Carrier spacing 300 KHz

Output power 10 mW

Radio access TDMA-TDD

Number of TDMA slots 4 (for full rate CODEC)

Modulation π/4 shift QPSK (roll-off factor = 0.5)

Transmission bit rate 384 kbps

Speech coding 32 kbps ADPCM

Table A-4: Radio Features

A.2.2 Outdoor Type RP

Item Specifications

RF output power average

(Peak) 10 mW

(80 mW)

Sensitivity (Static BER = 1%) 14 dB µV

Antenna (Diversity) 2 external antennae (2 branch)

Diversity

RX (uplink) Antenna selection diversity (frame by frame)

TX (downlink) Transmitter antenna selection diversity (2 branch)

Air interface Based on RCR STD-28 ver.2

RPC interface Proprietary

BRI equivalent

(4B+D+K) x 1

Speech coding rate 32 kbps (ADPCM) x 3 or 4

Maximum wire line length (⇔

RPC)

3.5 km (φ 0.4)

5.0 km (φ 0.5)

Maximum power consumption Approx. 3 W

Power source Line power feeding (phantom) from RPC

56 - 116 V DC

Operational Environment

Temperature -10° to + 50°C

Humidity Less than 95 % (non-condensing)

Size 260 x 215 x 100 mm

Weight Approx. 2 kg

Line connection Screw less terminal

Antenna connection TNC connector

Battery backup None

Table A-5: Outdoor RP Specifications

RPC/RP Manual Specifications

19June2000 WLL-RPC/RP-IN/UM-1.0

A-5

A.2.2.1 Antenna

The recommended antenna specifications for the outdoor type RP are shown in

Table A-6.

Items: Recommended Specifications

Type Co-Liner antenna (Omni-directional) 2 branch

Gain 7dBi

Impedance 50Ω

VSWR less than 1.5

Cable Length: within 1m

Attenuation: 0.5dB/m

Table A-6: Antenna Specifications - Outdoor Type RP

A.2.3 Indoor Type RP

Item Specifications

RF output power average

(Peak) 10 mW

(80 mW)

Sensitivity (Static BER = 1%) 14 dB µV

Antenna (Diversity) Built-in antenna (2 branch 2.4 dBi)

Diversity

RX (uplink) Antenna selection diversity (frame by frame)

TX (downlink) Transmitter antenna selection diversity (2 branch)

Air interface Based on RCR STD-28 ver.2

RPC interface Proprietary

BRI equivalent

(4B+D+K) x 1

Speech cording rate 32 kbps (ADPCM) x 3 or 4

Maximum wire line length (⇔

RPC) km (φ 0.4)

5.0 km (φ 0.5)

Maximum power consumption Approx. 3 W

Power source Line power feeding (phantom) from RPC

56 - 116 V DC

Operational Environment

Temperature 0° C to +50° C

Humidity Less than 95 % (non-condensing)

Size 154(H) x 142(W) x 47(D) mm

Weight Approx. 0.6 kg

Line connection Modular connector

Battery backup None

Table A-7: Indoor RP Specifications

Specifications RPC/RP Manual

WLL-RPC/RP-IN/UM-1.0 19June2000

A-6

19June2000 WLL-RPC/RP-IN/UM-1.0

Glossary

B Glossary

ADPCM Adaptive Differential Pulse Code Modulation

BRI Basic Rate Interface

CNT Control Module

COT Central Office Terminal

CPU Central Processing Unit

CRC Cyclic Redundancy Check

E1IF E1 Interface

ECNT Enhanced Control Module

FIFO First In - First Out

HDLC High speed Digital Loop Carrier

HDSL High speed Digital Subscriber Loop

ISDN Integrated Services Digital Network

ITU International Telecommunications Union

LE Local Exchange

LED Light Emitting Diode

LIF Line Interface

OA&M Operations, Administration and Maintenance

PC Personal Computer

Glossary RPC/RP Manual

WLL-RPC/RP-IN/UM-1.0 19June2000

B-

PCM Pulse Code Modulation

PHS Personal Handyphone System

RAM Random Access Memory

ROM Read Only Memory

RP Radio Port

RPC Radio Port Controller

RPIF Radio Port Interface

TIF Trunk Interface

RPC/RP Manual Glossary

19June2000 WLL-RPC/RP-IN/UM-1.0

B-

19June2000 WLL-RPC/RP-IN/UM-1.0

Editor’s Note

C Editor’s Note

C.1 Notice to Customers

UTStarcom reserves the right to change the specifications and materials contained

herein without notice, and shall not be responsible for any damages caused by

reliance on the material as presented, including, but not limited to, typographical,

arithmetic, and listing errors.

Trademarks

All trademarks and service marks used in this document belong to their respective

owners.

Warranty and Return Policy

Refer to the terms and conditions of the contract for warranty and return policy

details.

Customer Service

Refer to the terms and conditions of the contract for customer service policy

details, or call the local UTStarcom Facility. Contact UTStarcom’s US

headquarters if you can’t find your local UTStarcom facility in the list below.

U.S. Facilities and Operations

UTStarcom, Inc.

1275 Harbor Bay Parkway, Suite 100

Alameda, CA 94502, USA

Tel. 1-510-864-8800

Fax 1-510-864-8802

UTStarcom New Jersey R&D Center

33 Wood Avenue South 8th floor

Iselin, NJ 08830, USA

Tel. 1-732-767-5200

Fax 1-732-548-1099

China Facilities and Operations

Editor’s Note RPC/RP Manual

WLL-RPC/RP-IN/UM-1.0 19June2000

C-

UTStarcom (China) Ltd.

CNT Manhattan Building, 11th Floor

6 Chao Yang Men Bei Da Jie

Dong Cheng District, Beijing, 100027

P.R. China

Tel. 86-10-6554-2030

Fax 86-10- 6554-2058

Zhejiang Unitel Telecommunications

Equipment Ltd

3 Yile Industrial Park 3/4F Building

129 Wen Yi Rd.

Hangzhou, 310012, P.R. China

Tel. 86-571-886-2341

Fax 86-571-886-2349

UTStarcom, Shanghai Office

Rm 1901-1902

227 Huang Pi North Road

Shanghai, 200237, P.R. China

Tel. 86-21-637-58766

Fax 86-21-637-58755

Guangdong UTStarcom Co. Ltd.

4 Yunshan Road East, North River

Huizhou, Guangdong 516001, P.R. China

Tel. 86-752-280-8868

or 86-752-280-8818

Fax 86-20-280-8838

UTS Guangzhou Subsidiary

10F GuangZhou Gold Lion Tower

138 Tiyu Road East

Guangzhou, 510620, P.R. China

Tel. 86-20-3878-0263

Fax 86-20-3880-7411

UTStarcom (Hangzhou) Ltd.

3 Yile Industrial Park 3/4F Building

129 Wenyi Rd.

Hangzhou, 310012, P.R. China

Tel. 86-571-886-2341

Fax 86-571-886-2349

International Facilities and Operations

UTStarcom, Singapore Office

ACTEL Communications

141 Middle Road #06-02

GSM Building, Singapore 188976

Tel. 65-334-6602

Fax 65-334-6606

UTStarcom, India Office

W.S. Telesystems Limited

Dr. Brownamma Towers

11 Floor, 70/1, Mission Road

Bangalore - 560 027, India

Tel. 91-80-227-4444

Fax 91-80-222-5268

UTStarcom, Thailand Office

For Your Infosys Co., Ltd

47/15 Soi Lardprao 122

Bangkapi Bangkok 10310, Thailand

Tel. 66-2-539-7140

or 66-2-934-0179 ext 80

Fax 66-2-539-7431

UTStarcom, Philippines Office

Rocis, Inc.

GF-A Cordova Condominium Building

Valero cor. Sedeño Sts.

Salcedo Village, Makati, Metro Manila,

Philippines 1227

Tel. 63-2-818-9783

Fax 63-2-815-2727

RPC/RP Manual Editor’s Note

19June2000 WLL-RPC/RP-IN/UM-1.0

C-

C.2 How to Comment on This Document

UTStarcom strives to continuously improve its products and services to better

help our customers succeed. As our valued customer, you can help us by giving

us your comments on this manual. A feedback form is located on the next page.

Please take a few minutes to complete the form and send it to the following

address by mail or fax. If you have any comments and suggestions, please send

them to this address, too. Your valuable feedback is highly appreciated.

Wireless Product Manager

UTStarcom Inc.

33 Wood Avenue South, 8th floor

Iselin, New Jersey 08830

USA

Fax: 732-548-1099 Web Site: http://www.utstar.com

Email: wireless_prod_mgr@utstar.com

Editor’s Note RPC/RP Manual

WLL-RPC/RP-IN/UM-1.0 19June2000

C-

RPC/RP Manual Editor’s Note

19June2000 WLL-RPC/RP-IN/UM-1.0

C-

C.3 Feedback Form

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