HUAWEI BTS312 Dynamic Configuration (BTS)

M900/M1800 Base Station Controller Data Configuration Manual - Dynamic Configuration

Contents

Contents 3 BTS Data Configuration ...........................................................................................................3-1 3.1 Adding a Site .................................................................................................................................................3-3 3.2 Deleting a Site .............................................................................................................................................3-22 3.3 Adding TRX ................................................................................................................................................3-27 3.4 Deleting TRX ..............................................................................................................................................3-32 3.5 Adding or Deleting Board ...........................................................................................................................3-38 3.6 Modifying Board Type ................................................................................................................................3-42 3.7 Configuring Site Tower-top Amplifier ........................................................................................................3-48 3.8 Modifying Site Data ....................................................................................................................................3-52 3.9 Modifying Site's Output Property ...............................................................................................................3-57 3.10 Starting up Traffic Stat. Task Re-register ..................................................................................................3-59 3.11 Renaming Site or Cell ...............................................................................................................................3-60 3.12 Modifying Ring Topology Mark ...............................................................................................................3-65 3.13 Adding Slave Chain to Site .......................................................................................................................3-68 3.14 Deleting Slave Chain of Site .....................................................................................................................3-71 3.15 Configuring Site Idle Timeslot ..................................................................................................................3-74 3.16 Batch Process Site Property ......................................................................................................................3-78 3.17 Modifying Site Board Parameters .............................................................................................................3-82 3.18 Adding or Deleting a Break Point .............................................................................................................3-84

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Huawei Proprietary and Confidential Copyright © Huawei Technologies Co., Ltd.

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Figures

Figures Figure 3-1 Selecting the board and the module containing the board in [Add a Site]........................................3-4 Figure 3-2 Add a site ..........................................................................................................................................3-4 Figure 3-3 Add site .............................................................................................................................................3-5 Figure 3-4 Select mode.......................................................................................................................................3-5 Figure 3-5 Configuration of cascading relations between sites ..........................................................................3-6 Figure 3-6 Add TRX...........................................................................................................................................3-7 Figure 3-7 Adding cell in [Add a Site] ...............................................................................................................3-7 Figure 3-8 BTS equipment property configuration ............................................................................................3-8 Figure 3-9 Configuring cabinet groups and racks ..............................................................................................3-9 Figure 3-10 Site internal connections configuration ..........................................................................................3-9 Figure 3-11 Add cell .........................................................................................................................................3-10 Figure 3-12 Add a site (add cells)..................................................................................................................... 3-11 Figure 3-13 Set cell property............................................................................................................................ 3-11 Figure 3-14 Adding boards...............................................................................................................................3-12 Figure 3-15 Binding TRXs...............................................................................................................................3-13 Figure 3-16 Configuring TRX property ...........................................................................................................3-14 Figure 3-17 Modify reserved parameters .........................................................................................................3-15 Figure 3-18 Add a site (dynamic configuration)...............................................................................................3-15 Figure 3-19 Check [Manual Mode]..................................................................................................................3-16 Figure 3-20 Timeslot manual adjustment interface ..........................................................................................3-16 Figure 3-21 TRX Property................................................................................................................................3-17 Figure 3-22 RSL property configuration ..........................................................................................................3-18 Figure 3-23 Site trunk mode configuration ......................................................................................................3-19 Figure 3-24 BSC BIE description data configuration.......................................................................................3-20 Figure 3-25 Delete a site - select site................................................................................................................3-23 Figure 3-26 Delete site (timeslot manual adjustment)......................................................................................3-24

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Figures


Figure 3-27 Delete site (site BIE trunk mode)..................................................................................................3-25 Figure 3-28 Delete site (site TRX property).....................................................................................................3-26 Figure 3-29 Command list for dynamic setting................................................................................................3-26 Figure 3-30 Select site......................................................................................................................................3-28 Figure 3-31 Add TRX.......................................................................................................................................3-28 Figure 3-32 Configure cell ...............................................................................................................................3-29 Figure 3-33 Assign TRX to cell........................................................................................................................3-30 Figure 3-34 Timeslot manual adjustment .........................................................................................................3-31 Figure 3-35 Select cell......................................................................................................................................3-34 Figure 3-36 Select TRX....................................................................................................................................3-34 Figure 3-37 Prompt when delete the TRX containing main BCCH .................................................................3-35 Figure 3-38 Indicating the user to modify the reserved channel number .........................................................3-35 Figure 3-39 Modify the reserved channel number ...........................................................................................3-36 Figure 3-40 Command list for dynamic configuration .....................................................................................3-36 Figure 3-41 Select site......................................................................................................................................3-38 Figure 3-42 Add/delete board...........................................................................................................................3-39 Figure 3-43 Deleting boards for the site not supporting detach........................................................................3-39 Figure 3-44 Deleting boards for the site supporting detach..............................................................................3-40 Figure 3-45 Prompt box ...................................................................................................................................3-40 Figure 3-46 Command list for dynamic configuration .....................................................................................3-41 Figure 3-47 Select Site (Modify Site Board Type) ...........................................................................................3-42 Figure 3-48 Modify Board Type (Modify Site Board Type).............................................................................3-43 Figure 3-49 Site Device’s Property ..................................................................................................................3-43 Figure 3-50 Set PBU Board Property ...............................................................................................................3-44 Figure 3-51 Set CDU Board property...............................................................................................................3-44 Figure 3-52 Set REDU Board Property............................................................................................................3-45 Figure 3-53 Set TRX Board Type.....................................................................................................................3-46 Figure 3-54 Command list for dynamic configuration .....................................................................................3-47 Figure 3-55 Select site......................................................................................................................................3-48 Figure 3-56 Modify clock parameter................................................................................................................3-49 Figure 3-57 Modify equipment property of a site ............................................................................................3-49 Figure 3-58 Configure Site Tower-top Amplifier .............................................................................................3-50 Figure 3-59 TMA configuration for the site supporting detach........................................................................3-50

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Figures

Figure 3-60 Command list for dynamic configuration .....................................................................................3-51 Figure 3-61 Select site......................................................................................................................................3-52 Figure 3-62 Modify Site Data...........................................................................................................................3-53 Figure 3-63 Site Device Property dialog box for BTS312 ...............................................................................3-54 Figure 3-64 Site Device Property dialog box for BTS3012 .............................................................................3-55 Figure 3-65 Command list for dynamic configuration .....................................................................................3-56 Figure 3-66 Select site......................................................................................................................................3-57 Figure 3-67 Modify site output parameter........................................................................................................3-58 Figure 3-68 Startup traffic statistics task re-register.........................................................................................3-59 Figure 3-69 Command list during dynamic setting ..........................................................................................3-60 Figure 3-70 Rename Site or Cell ......................................................................................................................3-61 Figure 3-71 Rename Site ..................................................................................................................................3-61 Figure 3-72 Rename Cell .................................................................................................................................3-62 Figure 3-73 Rename External cell ....................................................................................................................3-62 Figure 3-74 Modify 3G external cell name ......................................................................................................3-62 Figure 3-75 Select BIE Board (Modify Ring Topology Mark) ........................................................................3-65 Figure 3-76 Modify Topology Mark (Modify Ring Topology Mark)...............................................................3-66 Figure 3-77 Configure Closed Loop BIE Port..................................................................................................3-66 Figure 3-78 Dynamic Configuration (Modify Ring Topology Mark) ..............................................................3-67 Figure 3-79 Select BIE Board (Add Slave Chain to Site) ................................................................................3-68 Figure 3-80 Add Slave Chain (Add Slave Chain to Site) .................................................................................3-69 Figure 3-81 Select Site to Add Slave Chain (Add Slave Chain to Site) ...........................................................3-69 Figure 3-82 Configure Site Port .......................................................................................................................3-70 Figure 3-83 Configure Inter-site Port Cascade Relationship............................................................................3-70 Figure 3-84 Select BIE Board (Delete Slave Chain of Site).............................................................................3-72 Figure 3-85 Delete Slave Chain (Delete Slave Chain of Site)..........................................................................3-72 Figure 3-86 Deleted Slave Chain (Delete Slave Chain of Site)........................................................................3-73 Figure 3-87 Configure Inter-site Port Cascade Relationship............................................................................3-73 Figure 3-88 Select BIE Board (Configure Site Idle TimeSlot).........................................................................3-75 Figure 3-89 Select Site (Configure Site Idle TimeSlot)....................................................................................3-75 Figure 3-90 Configure Idle TimeSlot (Configure Site Idle TimeSlot)..............................................................3-76 Figure 3-91 System prompt Information ..........................................................................................................3-76 Figure 3-92 Dynamic Configuration ................................................................................................................3-77

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Figures


Figure 3-93 Select site (hide all site without TRX) ..........................................................................................3-79 Figure 3-94 Select site property .......................................................................................................................3-79 Figure 3-95 Batch modify site property ...........................................................................................................3-80 Figure 3-96 Modify site property .....................................................................................................................3-80 Figure 3-97 Batch modify site property(dynamic configuration).....................................................................3-81 Figure 3-98 Select a site ...................................................................................................................................3-82 Figure 3-99 Modify site board parameter.........................................................................................................3-83 Figure 3-100 Site device property ....................................................................................................................3-83 Figure 3-101 Dynamic configuration ...............................................................................................................3-84 Figure 3-102 Add or Delete BreakPoint dialog box .........................................................................................3-85 Figure 3-103 Dynamically add or delete a break point ....................................................................................3-86 Figure 3-104 Set the site device .......................................................................................................................3-86 Figure 3-105 Configure the RU topology.........................................................................................................3-87 Figure 3-106 Dynamically modify a break point .............................................................................................3-88 Figure 3-107 Dynamic configuration ...............................................................................................................3-89

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Tables

Tables Table 3-1 Relationship between port No. and TRX..........................................................................................3-10 Table 3-2 Modified data table in BSC Data Management System ...................................................................3-20 Table 3-3 Modified data table in BSC Data Management System ...................................................................3-32 Table 3-4 Modified data table in BSC Data Management System ...................................................................3-37 Table 3-5 Modified data table in BSC Data Management System ...................................................................3-41 Table 3-6 Modified data table in BSC Data Management System ...................................................................3-47 Table 3-7 Modified data table in BSC Data Management System ...................................................................3-51 Table 3-8 Modified data table in BSC Data Management System ...................................................................3-56 Table 3-9 Modified data table in BSC Data Management System ...................................................................3-58 Table 3-10 Modified data table in BSC Data Management System .................................................................3-63 Table 3-11 Modified data table in BSC Data Management System..................................................................3-67 Table 3-12 Modified data table in BSC Data Management System .................................................................3-71 Table 3-13 Modified data table in BSC Data Management System .................................................................3-74 Table 3-14 Modified data table in BSC Data Management System .................................................................3-77 Table 3-15 Modified data table in BSC Data Management System .................................................................3-81 Table 3-16 Modified data table in BSC Data Management System .................................................................3-84 Table 3-17 Modified data table in BSC Data Management System .................................................................3-89

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3

3 BTS Data Configuration

BTS Data Configuration

About This Chapter The following table lists the contents of this chapter. Section

Describes

3.1 Adding a Site

Describes how to add a site.

3.2 Deleting a Site

Describes how to delete a site.

3.3 Adding TRX

Describes how to add a TRX.

3.4 Deleting TRX

Describes how to delete a TRX.

3.5 Adding or Deleting Board

Describes how to add or delete a board.

3.6 Modifying Board Type

Describes how to modify the board type.

3.7 Configuring Site Tower-top Amplifier

Describes how to configure the site tower top amplifier.

3.8 Modifying Site Data

Describes how to modify site data.

3.9 Modifying Site's Output Property

Describes how to modify the site output property.

3.10 Starting up Traffic Stat. Task Re-register

Describes how to startup traffic stat. task re-register.

3.11 Renaming Site or Cell

Describes how to rename a site or cell.

3.12 Modifying Ring Topology Mark

Describes how to modify a ring topology mark.

3.13 Adding Slave Chain to Site

Describes how to add a slave chain to a site.

3.14 Deleting Slave Chain of Site

Describes how to delete a slave chain of a site.

3.15 Configuring Site Idle Timeslot

Describes how to configure site idle timeslots.

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3-2

Section

Describes

3.16 Batch Process Site Property

Describes how to modify site properties in batches.

3.17 Modifying Site Board Parameters

Describes how to modify site board parameters.

3.18 Adding or Deleting a Break Point

Describes how to Adding or Deleting a Break Point.


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This chapter introduces operations to BTS data. Including adding/deleting site, adding/deleting TRX, adding/deleting BTS board, modifying board type, modifying site tower-top amplifier, modify site data, modifying site’s output property, starting-up traffic statistic task re-register, renaming site or cell, modifying ring topology mark, adding slave chain to site, deleting slave chain of site, configuring site idle timeslot.

3.1 Adding a Site Function This function is used to add a site online. There is no need to reset BSC.

Under chain and tree networking, if the new site fails to normally operate, it is recommended that sites on the chain where this site can be located be reset successively from the one at the uppermost level. In addition, BIE can also be reset. Check the correctness of the data configuration. After successfully adding a site, re-register the traffic statistics tasks of this site by selecting the [BTS/Startup Traffic Stat. Task Re-register]. If the new site is the first added site of BIE port, and the newly added site can not work, needs to reset the BIE.

Preparation Step 1 Make sure that there are idle E1 ports on BIE. Step 2 Adding site involves most of the BSC data. Before dynamic configuration, do check the data configuration carefully to avoid data inconsistency or data error. Step 3 Only one site can be added to one BIE port by one dynamic configuration operation. If the TRX of the new site is distributed over multiple chains, the operation of adding TRX or adding cell should be performed after the site is successfully added. Step 4 The “adding a cell” operation has been performed during the process of the “Adding a Site” operation. Select the [Cell/ Modify Cell Handover Parameter] to implement "Modify Cell Handover Parameter" operation to configure cell adjacency relationship after the successfully adding a site. ----End

Procedure without the TS Manual Adjustment For example, add a site “Site2”, TRX0, TRX3, TRX5, TRX8, TRX18, TRX21 and TRX24 in BM1 for two cells. Cell1 includes TRX0, TRX5, TRX18 and TRX24 and Cell2 includes TRX3, TRX8 and TRX21. Cell1 and Cell2 are bi-directionally adjacent. No TS manual adjustment is required for the new site. And the new site is connected to port0 of BIE0, with trunk mode as “2E1 port*15:1multiplexing/port”.

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Step 1 Select the [BTS/Add a Site], the interface will pop up as shown in Figure 3-1. Figure 3-1 Selecting the board and the module containing the board in [Add a Site]

Select the module and the BIE. The button will become usable. Step 2 Click , the interface will pop up as shown in Figure 3-2. Figure 3-2 Add a site

The trunk mode can not be modified unless no sites have been connected to the any port of BIE board.

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Select Port [0] the BIE port connected to the BTS, and Site0 the site of upper level to add site. Then click to enter the interface shown in Figure 3-3. Figure 3-3 Add site

The BTS3012, BTS3012AE, BTS3012II, and BTS DBS3900 GSM all support physical TRX boards and the logical configuration detach function. For the BTS3012, BTS3012AE, BTS3012II, you can select the supporting detach option on the interface to determine whether a BTS supports the detach function. For details on the configuration modes, refer to section 6.3 “Introduction of the BTS3012 and Its Configuration” in the M900/M1800 BSC Data Configuration Manual-Initial Configuration.

Having chosen the site type BTS 312, BIE port of upper level, click to pop up the interface as shown in Figure 3-4. Figure 3-4 Select mode

Click to complete the “Adding Site”.

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For the operation of “Adjust BIE Port to Manually Mode”, please refer to “Procedure with the TS Manual Adjustment”. After a site is added, the button , the [Trunk Mode] list box and all the BIE ports in Figure 3-2 cannot be edited to ensure that one dynamic operation can only add one site to one BIE port. In Figure 3-2, click to pop up the interface as shown in Figure 3-5. Figure 3-5 Configuration of cascading relations between sites

For detailed configuration procedures, refer to section 6.1.8. “Configuring Site Internal Connections” in the M900/M1800 BSC Data Configuration Manual-Initial Configuration.

is usable, only if the selected BIE port is the one that the subsidiary chain is connected to. The connection between the upper level site and the lower site with inlet port No. as 0 cannot be deleted, and the port with lower site inlet port number as 0 cannot be modified. Click to return to Figure 3-2. Step 3 Click , the interface will appear as shown in Figure 3-6.

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Figure 3-6 Add TRX

Select “0 TRX”, “3 TRX”, “5 TRX”, “8 TRX”, “18 TRX”, “21 TRX” and “24 TRX” in the “Available TRX” list box, and then click to add them into the “Installed TRX” list box. Step 4 Click , the interface will appear as shown in Figure 3-7. Figure 3-7 Adding cell in [Add a Site]

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Step 5 Click to pop up the interface as shown in Figure 3-8. Figure 3-8 BTS equipment property configuration

Select a rack from the Current Rack drop-down list box and remove the redundant boards for the rack. Double-click the antenna property configured for the CDU board. Then, click BTS Property to configure the property for the BTS. Finally, click Site Rack Config to configure the racks and cabinet groups. The cross-TRX cabinet group is added, and therefore you must set the intra-site relation. The configuration interface is shown in Figure 3-10 . For the site supporting the detach function, you must configure the cabinet groups and racks before setting the intra-site relation. Step 6 For the site supporting detach, the primary rack (No.0 Rack) in the primary cabinet group is automatically created by default. Click Site Rack Config on the Site Device's Property interface to manually configure other cabinet groups, as shown in Figure 3-9.

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Figure 3-9 Configuring cabinet groups and racks

Click OK and the interface returns to Figure 3-8 Click Complete and the interface returns to Figure 3-7. Click Intra-site Link. The Modify Site Internal Connections dialog box is displayed, as shown in Figure 3-10. Figure 3-10 Site internal connections configuration

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Configure the site internal connections according to the actual demand. The relations between port No. and TRX are shown in Table 3-1. Table 3-1 Relationship between port No. and TRX Cabinet group No.

Port No.

No. of TRX corresponding to BTS30

No. of TRX corresponding to BTS312

0

0–7

0–17

0–23

1

8–11

18–35

24–47

2

16–19

36–53

48–71

Click , the interface will return to Figure 3-8. Click , the interface will return to Figure 3-7. Step 7 Click to add two cells. See Figure 3-11. Figure 3-11 Add cell

Input the related information on newly added cells. To name a cell, you must comply with the following principles:

3-10

z

If the number of cells to be added is greater than 1 or the Name Cell by Site's Name check box is selected, the cell name cannot be edited.

z

If the Name Cell by Site's Name check box is selected, the format of the cell name is "site name-suffix number." For example, the previously added cells, Site 2-1 and Site 2-2.

z

If the number of cells to be added is greater than 1 or the Name Cell by Site's Name check box is not selected, the format of the cell name is "cell-cell number."

z

The default cell template is used for added cells, but the system also supports a custom cell template. For details, see chapter 4 "Cell Data Configuration."


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Click , the two cells added will be listed in the “Cell List” box as shown in Figure 3-12. Figure 3-12 Add a site (add cells)

Step 8 Select the cell “Site2-1” and Click and the interface will pop up as shown in Figure 3-13. Figure 3-13 Set cell property

As shown in Figure 3-13, assign No.3, 5 TRX as well as properties such as usable frequency and network parameters to Site2-1.

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For the site supporting detach, you must bind the logical TRX to the relevant physical TRX board after configuring the cell properties. If the logical TRX is not bound to the relevant physical TRX board, you must manually add a physical TRX board or add a rack. In Figure 3-7, click BTS Property. Then, in the displayed interface, right-click an empty slot of the TRX subrack. The types of the physical TRX boards that can be configured are displayed, as shown in Figure 3-14. Figure 3-14 Adding boards

Then, bind the TRX to the added physical TRX board of the corresponding rack. Double-click DTRU board or QTRU board, the Configure Physical Board Attributes dialog box is displayed, as shown in Figure 3-15.

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Figure 3-15 Binding TRXs

Select a cell name and a TRX No. and then click TRX Prop. The TRX Property dialog box is displayed, as shown in Figure 3-16.

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Figure 3-16 Configuring TRX property

After completing the configuration, click OK to return to the current interface. Thus, the property of the physical TRX board is configured. For more details about advance property configuration of the cell, please refer to 4.1 Adding a cell in Chapter 4. In Figure 3-12, select the cell and click to delete it.

Click , the interface will return to Figure 3-12. Step 9 The procedure of adding TRXs to Site2-2 is the similar as that to Site2-1 described above. Step 10 Configure all cell data and make sure that all TRX are assigned to cell. Step 11 Click in Figure 3-12 to modify the reserved parameters of newly added site, cell and TRX, the interface as shown in Figure 3-17 will pop up.

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Figure 3-17 Modify reserved parameters

If the reserved parameters are not modified, they have default value: 65535. Click , the interface will return to Figure 3-12. Step 12 Click to enter the dynamic configuration interface as shown in Figure 3-18. Figure 3-18 Add a site (dynamic configuration)

Step 13 Click to implement the dynamic setting to GMPU. One dynamic configuration can only modify the physical link No. and the signaling connection No. of LAPD of the local sites under local BIE port.

Step 14 Select the [Cell/Modify Cell’s Handover Parameter] to configure the adjacent relationship for the two cells after adding sites successfully.

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Now the configuration of adding a site without the TS manual adjustment is finished. ----End

Procedure with the TS Manual Adjustment Step 1 In Figure 3-4, click , the interface will pop up as shown in Figure 3-19. To manually adjust timeslot, please refer to “7.4 TS manual adjustment” in M900/M1800 Base Station Controller Data Configuration Manual - Initial Configuration.

Figure 3-19 Check [Manual Mode]

A “Manual Mode” check box will appear in the interface. Select the “Manual Mode”. Step 2 Click , the operation of “Add TRX” and “Add cell” is same as that in “Procedure without the TS Manual Adjustment”. Step 3 After successful adding cells, the TS manual adjustment interface will pop up, as shown in Figure 3-20. Figure 3-20 Timeslot manual adjustment interface

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In Figure 3-20, all sites on the main chain of the newly-added sites are listed. All TRX properties (e.g., Abis TS No., Abis sub-TS No. and trunk circuit No., etc.), RSL and OML properties of the new sites must be input manually for the manual adjustment of timeslots. If sites cascading is involved, site trunk mode and BIE port property must also be configured. Step 4 Select the new site and click in Figure 3-20, the interface will pop up as shown in Figure 3-21. Figure 3-21 TRX Property

The properties listed in Figure 3-21 have default values before they are modified, e.g., the Abis TS No. and Abis Sub-TS No. are 0, the Trunk circuit No. is 65535 and the BSC BIE E1 TimeSlot No. is 255. Rev. OML Trunk Circuit No., Rev. OML ABIS TS No., Rev. OML BSC BIE E1 TS No. and Rev. OML Physical Link No.are usable if relay mode of BIE board is full rate ring topology or half rate ring topology. Under TS manual adjustment mode, the physical links of RSL and OML should not be modified and they are automatically calculated by system. z

One dynamic configuration can only modify the TRX properties of the new site, and view but not modify the TRX properties of other sites.

z

RSLs are multiplexed according to Abis TS No. input by the user, so data must be correct under TS manual adjustment mode.

z

When the value in “Idle Timeslot Number” in Figure 3-21 exceeds 0, in Figure 3-20 will be usable. Click the button to view the idle timeslot distribution of the selected site.

Step 5 Modify the RSL properties of all the new TRXs.

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Double click the row of the TRX whose RSL properties are to be modified in Figure 3-21, the interface will pop up as shown in Figure 3-22. Figure 3-22 RSL property configuration

Input the related information and click , the interface will return to Figure 3-21. Click , the interface will return to Figure 3-20. Step 6 Configure the BIE trunk mode if the new site is the cascaded site. Click in Figure 3-20 and the interface will pop up as shown in Figure 3-23.

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Figure 3-23 Site trunk mode configuration

For the detail information on the parameters, please refer to “M900/M1800 Base Station Controller Data Configuration Reference - Engineering Parameters”. z

“Trunk Mode No.” in Figure 3-23 should be the upper site number multiplies two.

z

If relay mode of BIE board is full rate ring topology or half rate ring topology, the Rev. Trunk Mode No. should be the upper site number multiplies two plus one.

z

The BIE trunk modes of all the sites connected to all the BIE ports are listed in Figure 3-23.

Click , the interface will return to Figure 3-20. Step 7 Click in Figure 3-20 and the interface will pop up as shown in Figure 3-24.

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Figure 3-24 BSC BIE description data configuration

For the detail information on the parameters, please refer to “M900/M1800 Base Station Controller Data Configuration Reference - Engineering Parameters”. Modify the Abis interface and BS interface properties of BSC BIE ports according to the actual demand. After modifying the trunk data of BIE, plug out and plug in the BIE to enable the data. Click , the interface will return to Figure 3-20. Step 8 Click in Figure 3-20 to enter the dynamic configuration interface. Step 9 Click to implement the dynamic setting of adding a site to GMPU. ----End

Verification Step 1 After the node icons of the newly added site are displayed on the OMC SHELL, start the Site Maintenance System of the newly added site. If all carriers are powered on and in normal condition, all channels in a cell will be in idle status. Step 2 Calls made in newly added sites can be established. ----End

Data Table The modified data tables in the BSC Data Management System are listed in Table 3-2. Table 3-2 Modified data table in BSC Data Management System

3-20

list

Table name

1

[HWII power control table]

2

[BSC Cell table]

3

[TRX Configuration Table]

4

[Radio Channel Configuration Table]


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list

Table name

5

[LAPD Semi-perm. Connection Table]

6

[LAPD Signaling Connection Table]

7

[BSC BIE Active/Standby Group Table]

8

[BSC BIE Description Table]

9

[Site BIE Trunk Mode Description Table]

10

[Site BIE Configuration Table]

11

[Signaling Channel Link Table]

12

[System Information Table]

13

[Cell Configuration Table]

14

[Normal handover table]

15

[Cell Allocation table]

16

[BA1(BCCH) table]

17

[BA2(SACCH) table]

18

[Cell Attribute Table]

19

[Cell Alarm Threshold Table]

20

[Cell Call Control Table]

21

[Cell Call Control Parameter Table]

22

[Cell Module Information Table]

23

[Handover Control Table]

24

[Load Handover Table]

25

[Intra-cell cont. HO ctrl. table]

26

[Penalty Table]

27

[Filter Table]

28

[Emergency Handover Table]

29

[Adjacent Cell Relation table]

30

[Power Control Selection Table]

31

[BTS Power Control Table]

32

[MS Power Control Table]

33

[Radio CH Management Ctrl. Table]

34

[Site Description Table]

35

[Site Slot Description Table]

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list

Table name

36

[Carrier Configuration Table]

37

[External Cell Description Table]

38

[Fast-moving Handover Table]

39

[Cell Module Information Table]

40

[Frequency Hopping Table]

41

[Site Frame Description Table]

42

[HW II Channel Allocation Table]

43

[Antenna and Feeder Configuration Table]

44

[Concentric Cell Handover Table]

45

[Site Software Configuration table]

46

[Site Reserved Parameter Table]

47

[Cell Reserved Parameter Table]

48

[TRX Reserved Parameter Table]

49

[3G BA1Table]

50

[3G System Information Data Table]

51

[3G Inter System HO Data Table (UTRAN FDD)]

52

[UTRAN FDD

53

[3G Filter Data Table]

54

[3G BA2 Table]

55

[LAPD Cell Reserved Parameter Table]

Cell Adjacent Relationship Table]

3.2 Deleting a Site Function This function is used to delete sites no longer needed. When sites are deleted, all the cells connected to them will also be deleted.

After deleting a site, the corresponding icon on the OMC Shell operation interface should be deleted.

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Preparation Step 1 Before site deletion, block all cells through Site Maintenance System. This can avoid conversations remaining in the site during deletion. Step 2 Only one site can be deleted each time. If the site to be deleted contains sub-sites cascaded, the sub-sites cascaded must first be deleted. Step 3 If the site to be deleted is not the first level site connected to BIE port and BIE port is in the timeslot manual adjustment mode, the BIE trunk mode of the site must be modified manually by implementing TS manual adjustment operation. ----End

Procedure For example, to dynamically delete Site2 in BM1 (the BIE port of Site2 is in the TS manual adjustment mode and Site2 is the sub-site of Site0. Step 1 Select the [BTS/Delete a Site], the interface will pop up as shown in Figure 3-25. Figure 3-25 Delete a site - select site

Select Site2 to be deleted. If no site is selected or the site selected is not the last level site, in Figure 3-25 will be unusable.

Step 2 Click to enter the interface as shown in Figure 3-26.

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3-23



Figure 3-26 Delete site (timeslot manual adjustment)

All the sites connected to the BIE port of the site, (Site2 in BM1) to be deleted will be listed in the list box. If the connection is in multi-chain mode, all the sites of the main chain BIE port will be listed. However, the site to be deleted will not be listed. z

If the BIE port connected to the selected site is not in TS manual adjustment mode, the dynamic configuration interface instead of timeslot manual adjustment interface will pop up.

z

The button is usable, if the idle timeslot of the selected site is not 0.

Select the last site in the list box, click in Figure 3-26 to manually modify the site BIE trunk mode as shown in Figure 3-27.

3-24


Issue 05 (2008-11-15)



Figure 3-27 Delete site (site BIE trunk mode)

For the detail information on the parameters, please refer to “M900/M1800 Base Station Controller Data Configuration Reference - Engineering Parameters”. Site BIE Trunk Mode Description of Site2 can be deleted manually, i.e., all the records of the site with “Trunk Mode No.” as 0 can be deleted by pressing .

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3-25



In Figure 3-26, click to view the site TRX property. See Figure 3-28. Figure 3-28 Delete site (site TRX property)

The TRX properties of Site0 are listed in Figure 3-28.

Any parameter, such as Abis TS No. and Abis Sub-TS No., is not advised to be modified. Step 3 Click to enter the dynamic configuration interface as shown in Figure 3-29. Figure 3-29 Command list for dynamic setting

Step 4 Click to implement the dynamic setting of deleting a site to GMPU.

3-26


Issue 05 (2008-11-15)



Because there are many adjacent cells for any cell under a site, and the adjacent relationship between the cells will be deleted after a BTS has been deleted. Therefore, the "configure handover data" command must be executed to automatically update the adjacent relationship for the cells adjacent to the deleted cell.

----End

Verification Maintenance for sites deleted is not available on OMC SHELL. The system prompts error site number. OMLs and RSLs corresponding to the sites have already been released in switching network boards.

Data Table The modified data tables in the BSC Data Management System are listed in Table 3-2.

3.3 Adding TRX Function This function is used to add carrier to the designated site. Usually used for cell capacity expansion.

In the case of star and tree networking, if the new TRX or other equipment fails to operate, it is recommended that BTSs on the link where this site can be located be reset successively from the one at the uppermost level. In addition, BIE can also be reset. Check the correctness of the data configuration. After successfully adding a TRX, the traffic statistics tasks of this site should be re-registered.

Preparation Step 1 Before adding the TRX, block the TRX from Site Maintenance System. Step 2 TRX can only be added to one site connected to one BIE port by one dynamic configuration. To add multiple TRXs to multiple sites or to multiple BIE ports of one site, please first perform "Add TRX" operation to one site connected to one BIE port, and then repeat the operation. Step 3 If the BIE port of the site to be added with TRX is in the TS manual adjustment mode, perform timeslot manual adjustment operation to adjust the frequency information of the site. ----End

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3-27



Procedure For example, to add No.1 and No. 7 TRX to Site0-1 and Site0-2 under Site0 in BM1. The BIE port corresponding to Site0 is in the timeslot manual adjustment mode. Step 1 Select the [BTS/Add TRX], and the [Add TRX] interface will pop up as shown in Figure 3-30. Figure 3-30 Select site

Select “Site0” in BM1. The button in Figure 3-30 is unusable, if no site is selected.

Step 2 Click to enter the interface as shown in Figure 3-31. Figure 3-31 Add TRX

3-28


Issue 05 (2008-11-15)



Select 12TRX and 17TRX, and click , the 1TRX and 7TRX will be added to the “installed TRX” box. z

All the BIEs and BIE ports connected to the site are respectively listed in the [BIE the Site Belongs to] drop-down box, and [Select]. Select the BIE and BIE port bearing the new TRX. However [BIE the Site Belongs to], and [Select] are not available if there is TRX in the” Installed TRX” list, so that TRX can only be added to one port of one BIE for each operation.

z

If the number of added TRXs exceeds 4, a dialogue box is displayed showing the message “Number of new added TRX is more than 4. It will reset site! Continue(Yes/No)?”.

Step 3 Click to enter the interface as shown in Figure 3-32. Figure 3-32 Configure cell

z

It is not allowed to add or delete the existed cells at this step.

z

If the internal transparent transmission relationship gets changed because of the new TRXs, e.g., for BTS30, there have been only TRX1 and TRX4, but now TRX18 is added to it, click to configure the site internal connections. For more details of site internal connection configuration, refer to 3.1 Adding a Site.

Select a cell in [Cell List] then click to configure the cell property for the cells in list as shown in Figure 3-33.

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Figure 3-33 Assign TRX to cell

Use “Modify CA”, user can add frequency to the Cell. For the site not supporting detach, double-click 12 TRX. In the displayed interface related to configuration of the TRX property, assign valid frequency points for 12 TRX. For the site supporting detach, switch to the interface related to configuration of the BTS property and add racks or physical TRX boards as required. Also, on the interface related to the available rack, you can right-click a physical TRX board to be added or select the available physical TRX. Then, bind the added TRX to the idle channels of the physical TRX and assign valid frequency points for the TRX. For the detailed configuration procedure, see section 3.1 "Adding a Site." Click , the interface will return to Figure 3-32. Assign No.7 TRX and assign available frequencies to Site0-2 according to the steps described above. Click to modify newly added TRX’s reserved parameters, otherwise these parameters have default value: 65535.

3-30

z

Click Modify Reserved Parameters to modify the reserved parameters of the added TRX. If they are not modified, all the parameter values are 65535 by default.

z

If a TRX is not assigned to the cell, the Next button in Figure 3-32 is dim.

z

When adding TRXs for a detach site, you cannot modify the original binding relation.

z

If the original physical TRX boards include the DTRU boards and idle channels are available, the added TRX is automatically bound to the corresponding DTRU board.


Issue 05 (2008-11-15)



Step 4 Click in Figure 3-32, the timeslot manual adjustment interface will pop up as shown in Figure 3-34. Figure 3-34 Timeslot manual adjustment

Select the newly-added site in the list box, and then respectively click , , to configure related properties. For detailed configuration procedures, refer to section 6.1.5 “Adding TRX” in the M900/M1800 BSC Data Configuration Manual-Initial Configuration.

In the ”TRX property” interface after clicking as shown in Figure 3-34, only the TRX properties of the BIE port and the site can be modified and the properties of other BIE ports or sites cannot be modified. This principle is applicable to all dynamic configuration operations. z

If the BIE port of the BIE bearing the TRX added is not in the TS manual adjustment mode, enter the dynamic configuration interface as described in 3.1 Adding a Site.

z

For more details of TS manual adjustment, please refer to 3.1 Adding a Site.

Step 5 Click to enter the dynamic configuration interface. Step 6 Click to implement the dynamic setting of adding TRX to GMPU. ----End

Verification Step 1 Check through the Site Maintenance System to see if the TRX added is in normal status. Step 2 Test the conversation via the new TRX with test MS. Step 3 Check the data tables and the host to see whether the related data has been correctly modified. ----End

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Data Table The modified data tables in the BSC Data Management System are listed in Table 3-3. Table 3-3 Modified data table in BSC Data Management System list

Table name

1


2


3


4


5


6


7


8


9


10


11


12


13


14

[BA1(BCCH) Table]

15

[BA2(SACCH) Table]

16


17


18


3.4 Deleting TRX Function This function is used to delete a faulty carrier of a BTS, or to adjust the capacity of the cells within the same site.

3-32


Issue 05 (2008-11-15)



In the case of star and tree networking, if system fails to operate normally, it is recommended that BTSs on the link where this site can be located be reset successively from the one at the uppermost level. In addition, BIE can also be reset. Check the correctness of the data configuration at the same time. After successfully deleting a TRX, the traffic statistics tasks of this site should be re-registered.

Preparation Step 1 Block the TRX at the Site Maintenance System before deleting it in case there is still ongoing session on the TRX. Step 2 To delete the TRX configured with main BCCH of the cell, first select the [Cell/Modify TRX’s Channel Type] to modify the channel type as non-main BCCH and assign a new BCCH to the cell. If the main BCCH is the last one in the cell, select the [Cell/Delete Cell] to delete the cell. Step 3 If the cell is configured with the function “resources reservation for priority” , and the number of full rate channel it can provide is smaller than that reserved after deleting the TRXs, modify the reserved channel number first. Step 4 Only TRXs (except the TRX configured with main BCCH) of one cell in one site can be deleted for one deletion. To delete TRXs in different sites or to delete TRXs of different cells in the same site, select [BTS/Delete TRX] to delete the TRX repeatedly. Step 5 For BTS20, the corresponding FPU will also be deleted when TRX is deleted. For BTS3002C-204, the corresponding MFU will also be deleted when TRX is deleted. Step 6 After the TRX is deleted, the rack will be deleted except for rack0 if there is no TRX on it. Step 7 If the BIE port of the site in which TRX is to be deleted is in timeslot manual adjustment mode, timeslot should be adjusted manually when deleting TRX. For more details of timeslot manual adjustment, refer to 3.1 Adding a Site or 3.3 Adding TRX. ----End

Procedure To delete No.18 and No.21 TRXs of Site2 in BM1. The two TRXs are assigned to Site2-1 which contains 3 TRXs, No.0, No.18 and No.21 TRXs. Step 1 Select the [BTS/Delete TRX], and the [Delete TRX] interface will pop up as shown in Figure 3-35.

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3-33



Figure 3-35 Select cell

Select “Site2-1” of the TRX to be deleted. The button in Figure 3-35 is unusable, if no cell is selected.

Step 2 Click to enter the interface as shown in Figure 3-36. Figure 3-36 Select TRX

Select “8 TRX” and “10 TRX” and click <>> to add them to the “Deleted TRX” list box. Step 3 Click to enter the interface as shown in Figure 3-38.

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Issue 05 (2008-11-15)



Do not delete the TRX with main BCCH. Otherwise, the alarm as shown in Figure 3-37 occurs.

Figure 3-37 Prompt when delete the TRX containing main BCCH

Figure 3-38 Indicating the user to modify the reserved channel number

When the TRX is deleted, the number of full rate channels the cell can provide is smaller than that reserved. So modify the reserved channel number first. Click to enter the interface as shown in Figure 3-39.

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3-35



Figure 3-39 Modify the reserved channel number

Modify the parameter “Correct the Reserved Channel Number”. Step 4 Click to enter the dynamic configuration interface as shown in Figure 3-40. Figure 3-40 Command list for dynamic configuration

Step 5 Click to implement the dynamic setting of deleting TRX to GMPU. If the BIE port of the site in which TRX is to be deleted is in TS manual adjustment mode, timeslot should be adjusted manually when TRX is deleted. For more details of timeslot manual adjustment, refer to 3.1 Adding a Site or 3.3 Adding TRX.

3-36


Issue 05 (2008-11-15)



----End

Verification Check to see if the designated TRXs have been deleted.


Table name

1


2


3


4


5


6


7


8


9

[LAPD Semi-perm. Connection table]

10


11


12


13


14

[BA1(BCCH) Table]

15

[BA2(SACCH) Table]

16


17


18


19

[Radio Channel Management and Control Table]

20

[Channel Assignment Algorithm II Data Table]

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3-37



3.5 Adding or Deleting Board Function This operation is used to delete the: z

Standby TMU and standby OMU

z

PSU, PMU, APMU, DPMU, EAC, DEMU, EMUA, EMU, PBU, CDU, EDU, TES, TEU, MCK, HPA, DATU, DHEU and IASU.

z

Physical TRX boards not bound

It is not allowed to delete the active TMU/ active OMU /TRX/FPU/MFU/MMU. FPU in BTS20 and MFU in BTS3001C cannot be separately deleted. Only when the TRX is deleted, these boards will also be deleted. Site output property and extended parameter will be adjusted as the default value when EAC/DEMU/EMUA/EMU is deleted. For more details, please refer to 3.8 Modifying Site and 3.9 Modifying Site's Output Property.

Preparation None.

Procedure Step 1 Select the [BTS/Add or Delete Board], and the [Add or Delete Board] interface will pop up as shown in Figure 3-41. Figure 3-41 Select site

3-38


Issue 05 (2008-11-15)



Select the site for which the board will be added/deleted. Step 2 Click to enter the interface as shown in Figure 3-42. Figure 3-42 Add/delete board

Step 3 Click Add/Delete BTS Board to add or delete boards on the interface related to BTS hardware configuration. Right-click a board to be deleted and choose Delete Board from the shortcut menu. The board is directly deleted, as shown in Figure 3-43 and Figure 3-44. To add boards, you can right-click in the black area of the interface. Figure 3-43 Deleting boards for the site not supporting detach

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3-39



Figure 3-44 Deleting boards for the site supporting detach

For the BTS supporting detach, only the physical TRX boards not bound to TRXs can be added or deleted. If the board to be deleted has a binding relation, a prompt box is displayed, as shown in Figure 3-45. Figure 3-45 Prompt box

TRX cannot be deleted in this operation.

Click , the interface will return to Figure 3-42.

3-40


Issue 05 (2008-11-15)



Step 4 Click to enter the interface as shown in Figure 3-46. Figure 3-46 Command list for dynamic configuration

Step 5 Click to finish the adding/deleting boards to/from the site. ----End

Verification Board status is normal when viewed from the Site Maintenance System. Check the data tables and the host to see whether the related data has been correctly modified.


Table name

1


2


3


4


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3-41



3.6 Modifying Board Type Function This operation is used to online modify the type of CDU, EDU, DDPU, DDPM, FCU, DFCU, DCOM, TRX, PBU, DTRU, or APMU.

Preparation None.

Procedure Step 1 Select the [BTS/Modify Board Type], and the [Modify Board Type] interface will pop up as shown in Figure 3-47. Figure 3-47 Select Site (Modify Site Board Type)

Select the site for which the board type will be modified. Step 2 Click to enter the interface as shown in Figure 3-48.

3-42


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Figure 3-48 Modify Board Type (Modify Site Board Type)

Click , the interface will be shown in Figure 3-49. Figure 3-49 Site Device’s Property

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3-43



Step 3 Double click PBU board to enter the interface as shown in Figure 3-50. Figure 3-50 Set PBU Board Property

Modify the parameter “PBU Card Type”. Click , the interface will return to Figure 3-49. Step 4 Double click CDU board to enter the interface as shown in Figure 3-51. Figure 3-51 Set CDU Board property

Modify the parameter “CDU Type”. Click , the interface will return to Figure 3-49.

3-44


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Step 5 Double click EDU board to enter the interface as shown in Figure 3-52. Figure 3-52 Set REDU Board Property

Modify the parameter “CDU Type”. Click , the interface will return to Figure 3-49.

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3-45



Step 6 Double click TRX board to enter the interface as shown in Figure 3-53. Figure 3-53 Set TRX Board Type

Modify the parameter “TRX Type”. Click , the interface will return to Figure 3-49. z

TRX types and TRX frequencies are restricted. The PTRX frequencies must be in the range of 1 to 124. The ETRX frequencies must be in the range of 0 to 124 or 975 to 1023. The RTRX frequencies must be in the range of 0 to 124 or 955 to 1023. The DTRX frequencies must be in the range of 512 to 885. The DDPU, DDPM, DFCU, FCU, and DCOM boards support modification of frequency band types. Other boards support modification of only board types.

z

Only TRXs with even numbers can be modified. For example, when TRX0 exists, but TRX1 does not exist, TRX0 can be changed to DTRU. When TRX1 exists, however, TRX1 cannot be modified.

z

If the original physical TRX boards include the DTRU boards and idle channels are available, the added TRX is automatically bound to the idle channel of the corresponding DTRU board. For example, when TRX0 exists and the board type is DTRU, TRX1 is automatically bound to the same DTRU if the board type of TRX1 is changed.

Click , the interface will return to Figure 3-48.

3-46


Issue 05 (2008-11-15)



Step 7 Click to enter the interface as show Figure 3-54. Figure 3-54 Command list for dynamic configuration

Step 8 Click to finish the modification. ----End

Verification Check the data tables to see whether the related data has been correctly modified.


Table name

1


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3-47



3.7 Configuring Site Tower-top Amplifier Function This operation is used to online Configure Site Tower-top Amplifier. If the transmission mode is modified, Modify Site Tower-top Amplifier Command will be sent from BSC Data Auto Configuration System.

Preparation None.

Procedure Step 1 Select the [BTS/ Configure Site Tower-top Amplifier], and the interface will pop up as shown in Figure 3-55. Figure 3-55 Select site

Select the site for which the Tower-top Amplifier will be modified. Step 2 Click to enter the interface as shown in Figure 3-56.

3-48


Issue 05 (2008-11-15)



Figure 3-56 Modify clock parameter

Click to enter the interface shown in Figure 3-57. Figure 3-57 Modify equipment property of a site

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3-49



Double click CDU (or EDU) to enter the interface shown in Figure 3-58 Figure 3-58 Configure Site Tower-top Amplifier

For detach sites, you need to configure the physical TRX board number and logical channel number bound to the logical TRX for the antenna connection relation displayed on the interface related to tower mounted amplifier (TMA) configuration, as shown in Figure 3-59. Figure 3-59 TMA configuration for the site supporting detach

3-50


Issue 05 (2008-11-15)



z

When configuring the antenna connection for the QTRU board, you need to select only the physical TRX board number corresponding to the logical TRX rather than the channel number.

z

When configuring the antenna connection for the DTRU board, you must select both the physical TRX board number and the channel number corresponding to the logical TRX

For the detail information on the parameters, please refer to “M900/M1800 Base Station Controller Data Configuration Reference - Engineering Parameters”. Configure Site Tower-top Amplifier. Click to complete the modification and the interface will return to Figure 3-57. Click , the interface will return to Figure 3-56. Step 3 Click to enter the interface as show Figure 3-60. Figure 3-60 Command list for dynamic configuration

Step 4 Click to finish the configuration. ----End

Verification The Tower-top Amplifier is correctly modified when viewed from the Site Maintenance System.


Table name

1


Issue 05 (2008-11-15)


3-51



3.8 Modifying Site Data Function This operation is used to online modify the clock mode, clock parameter, alarm shielding property, and transmission mode of the site. If[[the old board parameter of BTS 20] is modified, 4th level reset command will be sent from BSC Data Auto Configuration System.

Preparation None.

Procedure Step 1 Select the [BTS/Modify Site Data], the [Modify Site Data] interface will pop up as shown in Figure 3-61. Figure 3-61 Select site

Select the site for which the clock parameters will be modified. Step 2 Click to enter the interface as shown in Figure 3-62.

3-52


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Figure 3-62 Modify Site Data

Step 3 Click Modify Site Data. The configuration interfaces vary with the site types. For the BTS312, the Site Device Property dialog box is displayed, as shown in Figure 3-63. For the BTS3012, BTS3012II, and BTS3012AE, you can set the sites to support detach by selecting the support detach option. Accordingly, the Site Device Property dialog box is displayed, as shown in Figure 3-64.

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3-53



Figure 3-63 Site Device Property dialog box for BTS312

3-54


Issue 05 (2008-11-15)



Figure 3-64 Site Device Property dialog box for BTS3012

You can only change the site type from not supporting detach to supporting detach, and you cannot change the site type from supporting detach to not supporting detach.

For the detail information on the parameters, please refer to “M900/M1800 Base Station Controller Data Configuration Reference - Engineering Parameters”. Click , the interface will return to Figure 3-62. Step 4 Click to enter the dynamic configuration interface as shown in Figure 3-65.

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3-55



Figure 3-65 Command list for dynamic configuration

Step 5 Click to implement dynamic setting of modifying site data to GMPU. ----End

Verification The clock parameter is correctly modified when viewed from the Site Maintenance System.


3-56

list

Table name

1


2


3

[BSC BIE Active/Standby Group Description Table]

4



Issue 05 (2008-11-15)



3.9 Modifying Site's Output Property Function This operation is used to online modify the EAC relay status of the site. This operation can only be implemented to the site configured with EAC/DEMU/DEMUA/EMU.

Preparation Make sure that the site whose output properties are to be modified has been configured with EAC/DEMU/DEMUA/EMU. If no EAC/DEMU/DEMUA/EMU is configured to the site, select the [BTS/Add or Delete Board] described in 3.5 Adding or Deleting Board to add an EAC/DEMU/DEMUA/EMU.

Procedure Step 1 Select the [BTS/Modify Site's Output Property], the interface will pop up as shown in Figure 3-66. Figure 3-66 Select site

Select the site for which the output property is to be modified. Step 2 Click to enter the interface as shown in Figure 3-67.

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3-57



Figure 3-67 Modify site output parameter

Step 3 Click to modify EAC relay status. Step 4 Click in Figure 3-67 to proceed after modifying EAC relay status to enter the dynamic configuration interface. Step 5 Click to implement the dynamic setting of modifying site output property to GMPU. ----End

Verification Select the [Start/Task/Data Management] to run BSC Data Management System to check the [Site/Site Description Table].


3-58

list

Table name

1



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3.10 Starting up Traffic Stat. Task Re-register Function This operation is used to start up traffic statistics task re-registration online. This function is usually used to renew the permanent traffic statistics task. It is usually used for some critical operations that impacts cell handover relationship, e.g., to dynamically add/delete a site, add/delete TRX, add/delete a cell, modify cell adjacency relationship and modify CGI etc.

Preparation None.

Procedure Step 1 Select the [BTS/Startup Traffic Stat. Task Re-register], and the interface will pop up as shown in Figure 3-68. Figure 3-68 Startup traffic statistics task re-register

Select startup mode. Step 2 Click to enter the dynamic configuration interface as shown in Figure 3-69.

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3-59



Figure 3-69 Command list during dynamic setting

Step 3 Click to implement the dynamic setting of starting up traffic statistics task re-registration to GMPU. No modification of any data table is related to this operation.

----End

3.11 Renaming Site or Cell Function This function is used to rename site or cell. All sites and cells can be renamed in one dynamic operation.

Preparation None.

Procedure Step 1 Select the [BTS/Rename Site or Cell]. The interface will pop up in Figure 3-70.

3-60


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Figure 3-70 Rename Site or Cell

Step 2 Rename site. Select the site that need be renamed, and then click in Figure 3-70. Rename dialog box will be shown in Figure 3-71. Figure 3-71 Rename Site

Modify the parameter of “Site Name”. Click , the interface will return to Figure 3-70. Step 3 Rename cell, external cell or 3G external cell. Select the cell that need be renamed, and then click in Figure 3-70. Rename dialog box will be shown Figure 3-72 or Figure 3-73 or Figure 3-74 according to the type of the selected cell.

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3-61



Figure 3-72 Rename Cell

Figure 3-73 Rename External cell

Figure 3-74 Modify 3G external cell name

3-62


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Modify the parameter of “Cell Name”. Click , the interface will return to Figure 3-70. Site, cell or external cell all can be renamed in Figure 3-70.

Step 4 Click to enter the dynamic configuration interface. Step 5 Click to implement the dynamic configuration of renaming site or cell. ----End



Table name

1

[BSC Cell Table]

2


3


4


5


6

[System Information Table]

7

[Cell Configuration Table]

8

[Normal Handover Table]

9

[Cell Allocation Table]

10

[BA1 (BCCH) Table]

11

[BA2 (SACCH) Table]

12


13

[Cell Alarm Threshold Table]

14


15

[Cell Call Control Parameter Table]

16

[Cell Description Table]

17

[Handover Control Table]

18

[Load Handover Table]

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3-63



3-64

list

Table name

19

[Intra-cell Continuous HO Control Table]

20

[Penalty Table]

21

[Filter Table]

22

[Emergency Handover Table]

23

[Adjacent Cell Relation Table]

24

[Power Control Selection Table]

25

[BTS Power Control Table]

26

[MS Power Control Table]

27

[Radio Channel Management Control Table]

28


29


30


31

[Fast-moving Handover Table]

32


33

[HW II Channel Allocation Table]

34

[Site Reserved Parameter Table]

35

[Cell Reserved Parameter Table]

36


37

[External Cell Description Table]

38

[Cell Adjacent Relationship Table]

39

[3G BA1 Table]

40

[3G BA2 Table]

41

[3G System Information Data Table]

42

[3G Inter System HO Data Table(UTRAN FDD)]

43

[UTRAN FDD Cell Adjacent Relationship Table]

44

[3G Filter Data Table]

45

[UTRAN FDD Cell Description Data Table]

46

[Half Permanent Connection Table]


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3.12 Modifying Ring Topology Mark Function This function is used to modify ring topology mark. For example, add or delete reverse ring port in ring topology.

Preparation None.

Procedure Step 1 Select the [BTS/Modify Ring Topology Mark], and the interface will pop up in Figure 3-75. Figure 3-75 Select BIE Board (Modify Ring Topology Mark)

Select BIE board to activate button . Only the BIE board whose relay mode is full rate ring topology or half rate ring topology can be selected in Figure 3-75.

Step 2 Click to enter the interface as shown in Figure 3-76.

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3-65



Figure 3-76 Modify Topology Mark (Modify Ring Topology Mark)

First select BIE port that need modify ring topology mark. If the selected BIE port has already reverse ring port, the button will be usable and the button will be unusable, otherwise the button will be usable and the button will be unusable. Only one BIE port’s ring topology mark can be modified in one dynamic operation.

Step 3 Adding topology mark In Figure 3-76, selecting BIE port, and then select the site that will connect to reverse ring port, click to enter the interface shown in Figure 3-77. Figure 3-77 Configure Closed Loop BIE Port

Select closed loop BIE port. Click , the interface will return to Figure 3-76. Step 4 Deleting topology mark In Figure 3-76, selecting BIE port, and then click to delete reverse BIE port. Step 5 Click to enter the dynamic configuration interface as shown in Figure 3-78.

3-66


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Figure 3-78 Dynamic Configuration (Modify Ring Topology Mark)

Step 6 Click to implement the dynamic configuration of modifying ring topology mark. ----End



Table name

1


2


3


4


5


6


7


8


9

[Trunk Circuit Table]

10

[BSC BIE Semi-permanent Connection Table]

11

[BSC BIE Active/Standby Group Table]

Issue 05 (2008-11-15)


3-67



3.13 Adding Slave Chain to Site Function This function is used to add slave chain to site.

Preparation None.

Procedure Step 1 Select the [BTS/ Add Slave Chain to Site], and the interface will pop up as shown in Figure 3-79. Figure 3-79 Select BIE Board (Add Slave Chain to Site)

Select BIE board to activate button . Only the BIE board which has one port has not been configured at least can be selected in Figure 3-79.

Step 2 Click in Figure 3-79, the interface will be shown in Figure 3-80

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Figure 3-80 Add Slave Chain (Add Slave Chain to Site)

Select BIE port that will be used to add a chain. Click , the interface will be shown in Figure 3-81. Figure 3-81 Select Site to Add Slave Chain (Add Slave Chain to Site)

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Select the site which the slave chain will add to, Click to enter the interface shown in Figure 3-82. Figure 3-82 Configure Site Port

Select the “Access Port No. in Target Site”. Click , the interface will return to Figure 3-80. Step 3 Click to enter the interface shown in Figure 3-83. Figure 3-83 Configure Inter-site Port Cascade Relationship

Modify the “Inter-site Port Cascade Relationship“. Click , the interface will return to Figure 3-80. Step 4 Click to enter the dynamic configuration interface. Step 5 Click to implement the dynamic configuration of add slave chain to Site. ----End

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Table name

1

[Radio Channel Configuration table]

2

[BSC BIE Description table]

3

[Site BIE Trunk Mode Description table]

4


5


6

[BSC BIE Active-standby Group Table]

7


8

[BIE Port Connection Table]

3.14 Deleting Slave Chain of Site Function This function is used to delete slave chain of site.

Preparation None.

Procedure Step 1 Select the [BTS/ Delete Slave Chain of Site], and the interface will pop up as shown in Figure 3-84.

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Figure 3-84 Select BIE Board (Delete Slave Chain of Site)

Select BIE board to activate button . Only the BIE board which has been configured slave chain can be selected in Figure 3-79.

Step 2 Click in Figure 3-84, the interface will be shown in Figure 3-85 Figure 3-85 Delete Slave Chain (Delete Slave Chain of Site)

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First select BIE port which the slave chain will be deleted from. Click < Del. Slave Chain >, the interface will be shown in Figure 3-86 Figure 3-86 Deleted Slave Chain (Delete Slave Chain of Site)

Click to enter the interface shown in Figure 3-87. Figure 3-87 Configure Inter-site Port Cascade Relationship

Modify the “Inter-site Port Cascade Relationship“. Click , the interface will return to Figure 3-86. Step 3 Click to enter the dynamic configuration interface. Step 4 Click to implement the dynamic configuration of deleting slave chain of Site. ----End

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Table name

1


2


3


4


5


6

[BSC BIE Active-standby Group Table]

7


8

[BIE Port Connection Table]

3.15 Configuring Site Idle Timeslot Function This function is used to configure idle timeslot of site.

Preparation None.

Procedure Step 1 Select the [BTS/ Configure Site Idle TimeSlot], and the interface will pop up as shown in Figure 3-88.

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Figure 3-88 Select BIE Board (Configure Site Idle TimeSlot)

Select BIE board to activate button . Step 2 Click in Figure 3-88, the interface will be shown in Figure 3-89 Figure 3-89 Select Site (Configure Site Idle TimeSlot)

Select the BIE port which the site to configure idle timeslot lies in. Click < Configure Idle TimeSlot >, the interface will be shown in Figure 3-90.

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Figure 3-90 Configure Idle TimeSlot (Configure Site Idle TimeSlot)

Modify the site idle timeslot number. Click . If there is no idle timeslot at the site for allocation, the window shown in Figure 3-91 is displayed.

Figure 3-91 System prompt Information

Step 3 Click to enter the dynamic configuration interface as shown in Figure 3-92.

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Figure 3-92 Dynamic Configuration

Step 4 Click to finish the whole procedure. ----End

Verification Check the data tables and view the host BSC to see whether the related data has been correctly modified.

Data Table The modified data tables in the BSC Data Management System are listed in Table 3-14. Table 3-14 Modified data table in BSC Data Management System List

Table Name

1

[Radio Channel Configuration table]

2

[Site BIE Trunk Mode Description table]

3

[Site BIE Configuration table]

4

[BSC BIE Description table]

5

[BSC BIE Semi-permanent Connection Table]

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3.16 Batch Process Site Property Function This function is used to batch process properties of a number of sites. These properties include site description, TMU automatic activating information, extension property, output property and ring net. When processing the BTS properties in batches, you can modify a specified BTS type. Thus, you can modify the properties of all the sites supported by this BTS in batches. Also, you can select all the BTS types. If the target sites to be modified in batches are of different BTS types, you can modify the common site properties of all the BTSs in batches. If the target sites to be modified in batches are of the same BTS type, you can modify all the site properties. There are three types of properties: z

General: most of the sites.

z

TMU activation: parameters such as enable/disable auto activation, TMU main version number, TMU sub version number, batch number, month, day and DTMU Software version.

z

BTS output: parameters such as cooling equipment, heating equipment, dehumidification equipment, humidification equipment, extinguishing equipment and anti-intrusion equipment.

Only one type of parameters can be modified at a time.

Preparation None.

Procedure Step 1 Select the and the interface will pop up as shown in Figure 3-93.

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Figure 3-93 Select site (hide all site without TRX)

Select one type or all types to modify. Step 2 Click to display the following interface as Figure 3-94. Figure 3-94 Select site property

Select the parameters to be modified. Step 3 Click to display the following interface as shown in Figure 3-95.

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Figure 3-95 Batch modify site property

Click to display the following interface as shown in Figure 3-96. Figure 3-96 Modify site property

For the BTS3012, BTS3012II, and BTS3012AE supporting detach, the Site Device Property dialog box is displayed , as shown in Figure 3-64.

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Modify the site parameters. Click , the interface will return to Figure 3-95. Step 4 Click to enter the dynamic configuration interface as shown in Figure 3-97. Figure 3-97 Batch modify site property(dynamic configuration)

Step 5 Click to finish the whole procedure. Configuration of some parameters depends on the existence of relevant boards. For example, if the BTS is not configured with the EAC/DEMU/EMUA/EMU, the humidity upper Thrsh. and lower Thrsh. cannot be configured. If any of the BTSs is not configured with the EAC/DEMU/EMUA/EMU, none of the properties relevant with it can be configured.

----End

Verification Check to see if the data has been modified.


Table Name

1


2


3


4


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3.17 Modifying Site Board Parameters Function This function is used to modify the parameters of the DTMU/NFCB/DATU/cavity combiner. The former board properties such as TRX property, antenna and feeder property should be modify in the former operation. You can modify the following parameters by using this function: z

Parameters of the DTMU, NFCB, DATU, and DPMU boards of the BTS3012/BTS3012II.

z

Parameters of the DTMU, NFCB, DATU, DPMU and DHEU boards of the BTS3012AE.

z

Parameters of the DOMU, DATM, DPMU and APMU of the BTS3006C and BTS3002E.

z

Parameters of the FCU of the BTS30, BTS312, BTS3006A and BTS3012A.

z

Parameters of the DEMU DPMU APMU DTCU GATM of the DBS3900 GSM.

z

Parameters of the DEMU,DPMU,APMU,DTCU,FMU,GATM of the BTS3900 GSM.

z

Parameters of the DEMU,DPMU,DTCU,FMU,FMUA,GATM of the BTS3900A GSM.

Preparation None.

Procedure Step 1 Select the [BTS/ Modify Site Board Parameters], and the interface will pop up as shown in Figure 3-98. Figure 3-98 Select a site

Select a site. Step 2 Click to display the interface as shown in Figure 3-99.

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Figure 3-99 Modify site board parameter

Step 3 Click to display the interface as shown in Figure 3-100. Figure 3-100 Site device property

You can double-click the board to modify the related parameters. Step 4 Click to display the interface as shown in Figure 3-101.

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Figure 3-101 Dynamic configuration

Click to finish the whole procedure. ----End

Verification Check if the related properties of the board are correctly modified on the site maintenance system.

Data Table Table 3-16 Modified data table in BSC Data Management System List

Table name

1

[Site Board Parameter Table]

3.18 Adding or Deleting a Break Point Function This function is used to set the distributed BTS and to cancel the configuration of a break point. The break point is used to configure the interval between the change of the data configuration and the change of the actual physical connection. Thus the misplacement of the RRU data on the RRU chain/ring can be avoided.

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Preparation The distributed BTS is added. In addition, the DRRU is added to the chain/ring.

Procedure Step 1 Choose Dynamic Configuration > Add or Delete BreakPoint. The dialog box is displayed, as shown in Figure 3-102. Figure 3-102 Add or Delete BreakPoint dialog box

Select a distributed BTS that needs to be configured with a break point. Step 2 Click . The dialog box is displayed, as shown in Figure 3-103.

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Figure 3-103 Dynamically add or delete a break point

Step 3 Click . The dialog box is displayed, as shown in Figure 3-104. Figure 3-104 Set the site device

Step 4 Double-click the GTMU or click . The dialog box is displayed, as shown in Figure 3-105.

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Figure 3-105 Configure the RU topology

Step 5 Configure a break point on the topology, as shown in Figure 3-106.

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Figure 3-106 Dynamically modify a break point

Step 6 Click and . The dialog box is displayed, as shown in Figure 3-107.

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Figure 3-107 Dynamic configuration

Step 7 Click . ----End

Verification On the Site Maintenance Terminal System, check if the break point on the topology of the DBS is configured correctly.

Data Table The modified data tables in the BSC Data Management System are listed in Table 3-17. Table 3-17 Modified data table in BSC Data Management System List

Table Name

1

[Site Board Parameter Table]

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HUAWEI BTS312 Dynamic Configuration (BTS)

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