idea_Swap

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2 © Nokia Siemens Networks Presentation / Author / Date

For internal use

Idea BTS Swap ProcessSub Contractor

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For internal use

Things to be checked during the Site Survey

• Please check the length of the power cable and capacity of the power plant. Power

for NSN BTS to be tapped from existing power system.•Space for NSN BTS Standalone commissioning.

•Check the External alarms to be configured and labeled. Make a list of these alarmsand verify that how many of them are working.

•Check the Transmission topology (Loop or not).

•Feeder VSWR testing and Return Loss Measurement. This could be done duringsite survey – requires outage (5-10min per feeder). If the VSWR is more th an 1.3, it is very impo rtant to check the feeder end to end. Also perform cable loss measurements.

•Site specific jumpers to be made depending on the site/survey.

•Connect Jumper cable to the NSN BTS Top – Mark the feeders fo r sector A ,B,C

•Checking whether combiner is used or in the bypass mode.

•Outdoor BTS RF Cable length in term of Nokia BTS Utilization mode.

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For internal use

Standalone Installation and Commissioning Checks

INSTALLATION :

• Make sure to check all the grounding points before inserting the plug in units.• Connect the power supply and check the input voltage at the connector.

• Now insert all the cards and do the necessary cabling. Make sure to put on the antistaticbands. All cabling should be properly tightened by torque wrinch.

• Combiner should be used based on the input given by RF Team.

• Make two BTS PCM Cables (BTS FXC-E1 TQ to DDF). Length is site specific.

COMMISSIONING :

Steps by BTS HW Configurator

• Run the configuration wizard for standard configuration and then change it according to therequired configuration.

• Now install Base band cards, Power supply and transmission cards.

• Send BTS configuration to BTS. It is very imp ortant to set the correct cabl ing in the BTS HW conf igurator.

• Note down the passive units serial numbers, complete passive units configuration and sendto BTS.

• Save the BTS hw configuration file (.hwc) and also passive units configuration file (.hwi)

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For internal use


1)- Ultra Hub Manager FXC card setting

a)-Check/write the identifications of the card.

b)-LIF setting, CRC settings for FXC E1 cards

c)-Make sure to disable all unused LIFs

2)-Configuration settings

a)-Check and write the identification name for FXC Units.(Name will be Site ID)

3)-Synchronization settings

a)-Set Priority 1,2,3 clocks

b)-Select the network topology, chain or loop

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For internal use


4)-Traffic Manager

Define the TRX TCH, 32 K TRX SIG on TCH for BCCH TRXs and Separate TRX SIG for other TRXs , OMU SIG and EDAP as per the Abis Plan. ( As per Attached Configuration)

5)-Cross connections

a)-The cross connections for the traffic manager are made automatically. Copy them in theinactive bank.

b)-If the site is in loop, Make sure to reserve the Masking bits for both the directions as per theTransmission/Abis plan.

c)-Bypass all the timeslots/2MBs that are not required for this site.

d)-Now activate the inactive bank

e)-Check the alarms, save the node file.

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For internal use


FINAL STEPS :-

• Download the BTS SW into the BOI card.

• Now proceed to the commissioning wizard and follow the instructions.

• Do the power measurements from Tests/send BCCH carrier tab. Make sure the attenuationis zero dB. Power meter has to be connected at the BTS top. The power o f TRXs at the

top of BTS cabinet should not be less than 44.5 dBm w ithout c ombiners and 41 dBm with combiners. If i t is less than this, then ch eck al l the TX path conn ect ions. If needed replace the TRX --- pow er measurem ent in watts

• Calibrate the 13 MHz clock from Clock Control tab. Make sure that BTS is in standalonemode i.e, no connection from BSC to BTS. Before the clock calibration,make sure that

frequency counter is Power ON for at least 30 minutes. It is a must to make sure that the clo ck is exactl y 13.000000 MHz.

• Checking of external alarms at the time of commissioning. The external alarm cable and the connector h ave to be ver i f ied at the t ime of commiss ioning

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For internal use

Swap Activities on BTS Site (Hot Swap)

Change over to NSN BTS –Requires "OUTAGE" (~ 3Hrs )

• Steps 1 - Connecting PCM Cable (Connection between BTS and BSC)

• Step 2- Connecting Feeder cables – This is to be per formed w ith extreme careful ly . The feeders shou ld not be swapped between sectors !!!

• Step 3- After OMU in WO State. Integration of BTS from BSC. Observethe system.

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For internal use

Swap Activities on BTS Site (Cold Swap)

Change over to NSN BTS –Requires "OUTAGE" (~ 8 Hrs Max)

• Dismantle of Siemens BTS

• Install the NSN Ultrasite BTS• Standalone commissioning of BTS

• Step 2- Connecting Feeder cables – This is to be per formed w ith extreme careful ly . The feeders shou ld not be swapped between sectors !!!

• Step 3- After OMU in WO State , Integration from BSC. Observe thesystem.

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For internal use

Swap Activities on BTS Site

Step 1: Connecting Abis cable (10-20 Min)

• Check the loop from DDF at BTS site to FXC Unit.

• Through connect the Transmission path and check the OMUSIG status “WO”with

Engineer at BSC/OSS side.

Step 2: Changing feeder cables (30-40 Min)

• Identify the feeders which will be connected to Nokia BTS(Mark the feeders carefullyfor each sector) – The feeders shou ld not be swapped.

• Check MHA + Bias tee+ Lightening Protectors wherever required

• Sequence of Installation where MHA is not installed : BTS Top > Lightening protector

> GSM Antenna.• Existing Lightening Protectors to be used at all the sites where there is no MHA.

• Remove the jumper connected to the Siemens existing BTS

• Temp./final routing of feeder cables .

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For internal use

Swap Activities on BTS Site

Step3 - Integration from NSN BSC :

• Unlock the BTS site from BSC/OSS.

• Perform the call testing on all the TRXs

– Call testing should be performed using Net Monitor phones.

• GPRS Testing in every Sector

• Check the external alarms are reporting on BSC.

• Make sure that there are no alarms in OSS for this site and BTS Manager alarm Windowbefore leaving the site.

Step 4 – Cleaning the site :

• Clean the BTS/BSC site after Swap or step 3.

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For internal use

Ultra Site EDGE BTS different configurations withTriple Wide Band Combiner

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For internal use

Description of triple Wide Band Combiner

Combiner set-up and connector locations in the new unit

Benefits:

Efficient utilisation of space

Allows some configurations to be done with less cabinets than before

Reduces the number of needed units and antennas in many cases

More flexibility for special configurations

SW compatibility: CX4.2 (Hw configurator), can also be used with older sw together with separate cabling instructions

See the following slides for more detailed information and some examples…

Combiner 1Combiner 2

Combiner 3

Note:The apperance of thenew unit is still subject

to change slightly

TX 1 in

TX out

TX 2 in

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For internal use

2-way Wide Band Combining with new Triple WBC in 4,4,4configuration

Only TX path illustrated

2:1

TRX

TRX

TRX

TRX

2:1

DVxx

A n t

A n t

2:1

TRX

TRX

TRX

TRX

2:1

DVxx

A n t

A n t

Sector1

Sector2Note:

• One block of the Triple WBCis used for the 2nd Cell.

• The RX-Cabling principleremains the same as withthe current unit.

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For internal use

Wide Band Combining with new Triple WBC in 6,6,6configuration

Only TX path illustrated

2:1

TRX A n t

A n t

Note:

• The RX-Cabling principleremains the same as with

the current unit.

DVxx

A n t

TRX

TRX

TRX

TRX

TRX

2:1

2:1

A n t

A n t

A n t

2:1

TRX

DVxx

TRX

TRX

TRX

TRX

TRX

2:1

2:1

DVxxSector 1

Sector 2

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For internal use

Ultrasite internal cabling with out combiner in 1+1+1 and 2+2+2 configuration

1+1+1 without combiner 2+2+2 without combiner

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For internal use

Ultrasite internal cabling with Triple wide band combiner in 1+1+1 and 2+2+2configuration

1+1+1 with triple WCGT 2+2+2 with triple WCGT

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For internal use

Ultrasite internal cabling with Triple wide band combiner in 3+3+3 and 4+4+4configuration

3+3+3 with triple WCGT 4+4+4 with triple WCGT

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For internal use

Ultrasite internal cabling with Triple wide band combiner in 6+6+6configuration

6+6+6 with triple WCGT ( 1st cabinet) 6+6+6 with triple WCGT ( 2nd cabinet)

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For internal use

BTS Site traffic Manager

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For internal use

1 2 3 4 5 6 7 8

0

1 TCH/1-3 TCH/1-4

2 TCH/1-5 TCH/1-6 TCH/1-7 TCH/1-8

3

4

5

6

7

8

9 TCH/5-3 TCH/5-4

10 TCH/5-5 TCH/5-6 TCH/5-7 TCH/5-8

11

12

13

14

1516

17 TCH/9-3 TCH/9-4

18 TCH/9-5 TCH/9-6 TCH/9-7 TCH/9-8

19

20

21

22

23

24

25

26 TCH TSL

27 TRX SIG

28 OMUSIG

29 TRX SIG on TCH

30 EDAP Pool

31

EDAP Pool TRX 1&5&9

EDAP Pool TRX 1&5&9

EDAP Pool TRX 1&5&9

OMUSIG32

TRXSIG32/5

S e c t o r 2

TRXSIG32/6

S e c t o r 3

1/1/1 BTS Site Traffic Manager

Link management

TRXSIG32/1

S e c t o r

1

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For internal use

1 2 3 4 5 6 7 8

0

1 TCH/1-3 TCH/1-4

2 TCH/1-5 TCH/1-6 TCH/1-7 TCH/1-8

3 TCH/2-1 TCH/2-2 TCH/2-3 TCH/2-4

4 TCH/2-5 TCH/2-6 TCH/2-7 TCH/2-85

6

7

8

9 TCH/5-3 TCH/5-4

10 TCH/5-5 TCH/5-6 TCH/5-7 TCH/5-8

11 TCH/6-1 TCH/6-2 TCH/6-3 TCH/6-4

12 TCH/6-5 TCH/6-6 TCH/6-7 TCH/6-8

13

14

15

16

17 TCH/9-3 TCH/9-4

18 TCH/9-5 TCH/9-6 TCH/9-7 TCH/9-8

19 TCH/10-1 TCH/10-2 TCH/10-3 TCH/10-4

20 TCH/10-5 TCH/10-6 TCH/10-7 TCH/10-8

21

22

23

24

25 TRXSIG16/2 TRXSIG16/6 RXSIG16/10

26 TCH TSL

27 TRX SIG

28 OMUSIG

29 TRX SIG on TCH

30 EDAP Pool

31


Link management

TRXSIG32/1

S e c t o r 1

TRXSIG32/5

S e c t o r 2

TRXSIG32/9

S e c t o r 3

EDAP Pool TRX 1&2&5&6&9&10



OMUSIG32

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For internal use

1 2 3 4 5 6 7 8

0

1 TCH/1-3 TCH/1-4

2 TCH/1-5 TCH/1-6 TCH/1-7 TCH/1-8

3 TCH/2-1 TCH/2-2 TCH/2-3 TCH/2-4

4 TCH/2-5 TCH/2-6 TCH/2-7 TCH/2-8

5 TCH/3-1 TCH/3-2 TCH/3-3 TCH/3-4

6 TCH/3-5 TCH/3-6 TCH/3-7 TCH/3-8

7

8

9 TCH/5-3 TCH/5-4

10 TCH/5-5 TCH/5-6 TCH/5-7 TCH/5-8

11 TCH/6-1 TCH/6-2 TCH/6-3 TCH/6-4

12 TCH/6-5 TCH/6-6 TCH/6-7 TCH/6-8

13 TCH/7-1 TCH/7-2 TCH/7-3 TCH/7-4

14 TCH/7-5 TCH/7-6 TCH/7-7 TCH/7-8

15

1617 TCH/9-3 TCH/9-4

18 TCH/9-5 TCH/9-6 TCH/9-7 TCH/9-8

19 TCH/10-1 TCH/10-2 TCH/10-3 TCH/10-4

20 TCH/10-5 TCH/10-6 TCH/10-7 TCH/10-8

21 TCH/11-1 TCH/11-2 TCH/11-3 TCH/11-4

22 TCH/11-5 TCH/11-6 TCH/11-7 TCH/11-8

23

24

25 TRXSIG16/2 TRXSIG16/6 TRXSIG16/10 TRXSIG16/3

26 TRXSIG16/7 TRXSIG16/11 TCH TSL

27 TRX SIG

28 OMUSIG

29 TRX SIG on TCH

30 EDAP Pool

31

Link management

TRXSIG32/1

3/3/3 BTS Site Traffic manager

S e c

t o r 1

TRXSIG32/5

S e c t o r 2

TRXSIG32/9

S e c t o r 3

EDAP Pool TRX 1&2&3&5&6&7&9&10&11

EDAP Pool TRX 1&2&3&5&6&7&9&10&11

EDAP Pool TRX 1&2&3&5&6&7&9&10&11

OMUSIG32

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For internal use

1 2 3 4 5 6 7 8

0

1 TCH/1-3 TCH/1-4

2 TCH/1-5 TCH/1-6 TCH/1-7 TCH/1-8

3 TCH/2-1 TCH/2-2 TCH/2-3 TCH/2-4

4 TCH/2-5 TCH/2-6 TCH/2-7 TCH/2-8

5 TCH/3-1 TCH/3-2 TCH/3-3 TCH/3-4

6 TCH/3-5 TCH/3-6 TCH/3-7 TCH/3-8

7 TCH/4-1 TCH/4-2 TCH/4-3 TCH/4-4

8 TCH/4-5 TCH/4-6 TCH/4-7 TCH/4-8

9 TCH/5-3 TCH/5-4

10 TCH/5-5 TCH/5-6 TCH/5-7 TCH/5-8

11 TCH/6-1 TCH/6-2 TCH/6-3 TCH/6-4

12 TCH/6-5 TCH/6-6 TCH/6-7 TCH/6-8

13 TCH/7-1 TCH/7-2 TCH/7-3 TCH/7-4

14 TCH/7-5 TCH/7-6 TCH/7-7 TCH/7-8

15 TCH/8-1 TCH/8-2 TCH/8-3 TCH/8-4

16 TCH/8-5 TCH/8-6 TCH/8-7 TCH/8-8

17 TCH/9-3 TCH/9-4

18 TCH/9-5 TCH/9-6 TCH/9-7 TCH/9-8

19 TCH/10-1 TCH/10-2 TCH/10-3 TCH/10-4

20 TCH/10-5 TCH/10-6 TCH/10-7 TCH/10-8

21 TCH/11-1 TCH/11-2 TCH/11-3 TCH/11-4

22 TCH/11-5 TCH/11-6 TCH/11-7 TCH/11-8

23 TCH/12-1 TCH/12-2 TCH/12-3 TCH/12-4

24 TCH/12-5 TCH/12-6 TCH/12-7 TCH/12-8


26 TRXSIG16/7 TRXSIG16/11 TRXSIG16/4 TRXSIG16/8 TCH TSL

27TRXSIG16/12 TRX SIG

28 OMUSIG

29 TRX SIG on TCH

30 EDAP Pool

31

Link management

TRXSIG32/1

S e c

t o r 1


TRXSIG32/5

S e c t o r 2

TRXSIG32/9

S e c t o r 3

EDAP Pool TRX 1&2&3&4&5&6&7&8&9&10&11&12

EDAP Pool TRX 1&2&3&4&5&6&7&8&9&10&11&12

EDAP Pool TRX 1&2&3&4&5&6&7&8&9&10&11&12

OMUSIG32

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For internal use

1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8

0 0

1 TCH/1-3 TCH/1-4 1

2 TCH/1-5 TCH/1-6 TCH/1-7 TCH/1-8 2

3 TCH/2-1 TCH/2-2 TCH/2-3 TCH/2-4 3

4 TCH/2-5 TCH/2-6 TCH/2-7 TCH/2-8 4

5 TCH/5-3 TCH/5-4 5

6 TCH/5-5 TCH/5-6 TCH/5-7 TCH/5-8 6

7 TCH/6-1 TCH/6-2 TCH/6-3 TCH/6-4 7

8 TCH/6-5 TCH/6-6 TCH/6-7 TCH/6-8 8

9 TCH/9-3 TCH/9-4 9

10 TCH/9-5 TCH/9-6 TCH/9-7 TCH/9-8 10

11 TCH/10-1 TCH/10-2 TCH/10-3 TCH/10-4 11

12 TCH/10-5 TCH/10-6 TCH/10-7 TCH/10-8 12

13 13 TCH/1-3 TCH/1-4

14 14 TCH/1-5 TCH/1-6 TCH/1-7 TCH/1-8

15 15 TCH/2-1 TCH/2-2 TCH/2-3 TCH/2-4

16 16 TCH/2-5 TCH/2-6 TCH/2-7 TCH/2-8

17 17 TCH/5-3 TCH/5-4

18 18 TCH/5-5 TCH/5-6 TCH/5-7 TCH/5-8

19 19 TCH/6-1 TCH/6-2 TCH/6-3 TCH/6-4

20 20 TCH/6-5 TCH/6-6 TCH/6-7 TCH/6-8

21 21 TCH/9-3 TCH/9-4

22 22 TCH/9-5 TCH/9-6 TCH/9-7 TCH/9-8

23 23 TCH/10-1 TCH/10-2 TCH/10-3 TCH/10-4

24 24 TCH/10-5 TCH/10-6 TCH/10-7 TCH/10-8 TCH TSL

25 TRXSIG16/2 TRXSIG16/6 TRXSIG16/10 25 TRXSIG16/2 TRX SIG

26 26 TRXSIG16/6 RXSIG16/10 OMUSIG

27 27 TRX SIG on TCH

28 28 EDAP Pool

29 29 Used TSL

30 30

31 31



OMUSIG32

TRXSIG32/5

S e c t o r 2

TRXSIG32/6

S e c t o r 3

1st BTS 2nd BTS

Link management

S e c t o r 1

Link management

TRXSIG32/1


2/2/2 Sites Traffic Manager (With Cascading)

TRXSIG32/6

S e c t o r 3

OMUSIG32


TRXSIG32/1

S e c t o r 1

TRXSIG32/5

S e c t o r 2

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For internal use

1 2 3 4 5 6 7 8

0

1 TCH/1-3 TCH/1-4

2 TCH/1-5 TCH/1-6 TCH/1-7 TCH/1-83 TCH/2-1 TCH/2-2 TCH/2-3 TCH/2-4

4 TCH/2-5 TCH/2-6 TCH/2-7 TCH/2-8

5 TCH/3-3 TCH/3-4

6 TCH/3-5 TCH/3-6 TCH/3-7 TCH/3-8

7 TCH/4-1 TCH/4-2 TCH/4-3 TCH/4-4

8 TCH/4-5 TCH/4-6 TCH/4-7 TCH/4-8

9 TCH/5-3 TCH/5-4

10 TCH/5-5 TCH/5-6 TCH/5-7 TCH/5-8

11 TCH/6-1 TCH/6-2 TCH/6-3 TCH/6-4

12 TCH/6-5 TCH/6-6 TCH/6-7 TCH/6-8

13 TCH/7-3 TCH/7-4

14 TCH/7-5 TCH/7-6 TCH/7-7 TCH/7-8

15 TCH/8-1 TCH/8-2 TCH/8-3 TCH/8-4

16 TCH/8-5 TCH/8-6 TCH/8-7 TCH/8-8

17

18

19

20

21

22

23

24

25 TRXSIG16/2 TRXSIG16/6 TRXSIG16/826 TCH TSL

27 TRX SIG

28 OMUSIG

29 TRX SIG on TCH

30 EDAP Pool

2/2/2/2 BTS Site Traffic Manager

EDAP Pool TRX 1&2&3&4&5&6&7&8

EDAP Pool TRX 1&2&3&4&5&6&7&8

EDAP Pool TRX 1&2&3&4&5&6&7&8

OMUSIG32

TRXSIG32/5

S e c t o r 3

TRXSIG32/7

S e c t o r 4

Link management

TRXSIG32/1

S e c t o r 1

TRXSIG32/3

S e c t o r 2

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For internal use

1 2 3 4 5 6 7 8

0

1 TCH/1-3 TCH/1-4

2 TCH/1-5 TCH/1-6 TCH/1-7 TCH/1-8

3 TCH/2-1 TCH/2-2 TCH/2-3 TCH/2-4

4 TCH/2-5 TCH/2-6 TCH/2-7 TCH/2-8

5 TCH/3-1 TCH/3-2 TCH/3-3 TCH/3-4

6 TCH/3-5 TCH/3-6 TCH/3-7 TCH/3-8

7 TCH/4-1 TCH/4-2 TCH/4-3 TCH/4-4

8 TCH/4-5 TCH/4-6 TCH/4-7 TCH/4-8

9 TCH/5-3 TCH/5-4

10 TCH/5-5 TCH/5-6 TCH/5-7 TCH/5-8

11 TCH/6-1 TCH/6-2 TCH/6-3 TCH/6-4

12 TCH/6-5 TCH/6-6 TCH/6-7 TCH/6-8

13 TCH/7-1 TCH/7-2 TCH/7-3 TCH/7-4

14 TCH/7-5 TCH/7-6 TCH/7-7 TCH/7-8

15 TCH/8-1 TCH/8-2 TCH/8-3 TCH/8-4

16 TCH/8-5 TCH/8-6 TCH/8-7 TCH/8-8

17 TCH/9-3 TCH/9-4

18 TCH/9-5 TCH/9-6 TCH/9-7 TCH/9-8

19 TCH/10-1 TCH/10-2 TCH/10-3 TCH/10-4

20 TCH/10-5 TCH/10-6 TCH/10-7 TCH/10-8

21 TCH/11-3 TCH/11-4

22 TCH/11-5 TCH/11-6 TCH/11-7 TCH/11-8

23 TCH/12-1 TCH/12-2 TCH/12-3 TCH/12-4

24 TCH/12-5 TCH/12-6 TCH/12-7 TCH/12-8


26 TRXSIG16/7 TRXSIG16/4 TRXSIG16/8 TCH TSL

27 TRXSIG16/12 TRX SIG

28 OMUSIG

29 TRX SIG on TCH

30 EDAP Pool

31

TRXSIG32/11

S e c t o r 4

EDAP Pool TRX 1&2&3&4&5&6&7&8&9&10&11&12

EDAP Pool TRX 1&2&3&4&5&6&7&8&9&10&11&12

EDAP Pool TRX 1&2&3&4&5&6&7&8&9&10&11&12

OMUSIG32

TRXSIG32/5

S e c t o r 2

TRXSIG32/9

S e c t o r 3

Link management

TRXSIG32/1

S e c

t o r 1

4/4/2/2 Site Traffic Manager

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For internal use

1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8

0 0

1 TCH/1-3 TCH/1-4 1 TCH/1-1 TCH/1-2 TCH/1-3 TCH/1-4

2 TCH/1-5 TCH/1-6 TCH/1-7 TCH/1-8 2 TCH/1-5 TCH/1-6 TCH/1-7 TCH/1-8



5 TCH/3-1 TCH/3-2 TCH/3-3 TCH/3-4 5

6 TCH/3-5 TCH/3-6 TCH/3-7 TCH/3-8 6

7 TCH/4-1 TCH/4-2 TCH/4-3 TCH/4-4 7

8 TCH/4-5 TCH/4-6 TCH/4-7 TCH/4-8 8





13 TCH/7-1 TCH/7-2 TCH/7-3 TCH/7-4 1314 TCH/7-5 TCH/7-6 TCH/7-7 TCH/7-8 14

15 TCH/8-1 TCH/8-2 TCH/8-3 TCH/8-4 15

16 TCH/8-5 TCH/8-6 TCH/8-7 TCH/8-8 16





21 TCH/11-1 TCH/11-2 TCH/11-3 TCH/11-4 21

22 TCH/11-5 TCH/11-6 TCH/11-7 TCH/11-8 22

23 TCH/12-1 TCH/12-2 TCH/12-3 TCH/12-4 23

24 TCH/12-5 TCH/12-6 TCH/12-7 TCH/12-8 24

25 TRXSIG16/2 TRXSIG16/6 TRXSIG16/10 TRXSIG16/3 25 TRXSIG16/1 TRXSIG16/2 TRXSIG16/3 TRXSIG16/4

26 TRXSIG16/7 TRXSIG16/11 TRXSIG16/4 TRXSIG16/8 26 TRXSIG16/5 TRXSIG16/6

27 TRXSIG16/12 27 TCH TSL

28 28 TRX SIG

29 29 OMUSIG

30 30 TRX SIG on TCH

31 31 EDAP Pool

S e

c t o r 2

S e c t o r 3

OMUSIG32

EDAP Pool TRX 1&2&3&4&5&6&7&8&9&10&11&12

Link management

TRXSIG32/1

Link management

S e c t o r 1

6+6+6 BTS Site traffic Manager ( Dual Band/Multi BCF)

TRXSIG32/5

TRXSIG32/6

EDAP Pool TRX 1&2&3&4&5&6&7&8&9&10&11&12

EDAP Pool TRX 1&2&3&4&5&6&7&8&9&10&11&12

OMUSIG32

7/29/2019 idea_Swap



For internal use

1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8

0 TCH/1-3 TCH/1-4 TCH/1-3 TCH/1-4


2 TCH/2-1 TCH/2-2 TCH/2-3 TCH/2-4 TCH/2-1 TCH/2-2 TCH/2-3 TCH/2-43 TCH/2-5 TCH/2-6 TCH/2-7 TCH/2-8 TCH/2-5 TCH/2-6 TCH/2-7 TCH/2-8









12 TCH/7-3 TCH/7-4

13 TCH/7-5 TCH/7-6 TCH/7-7 TCH/7-8

14 TCH/8-1 TCH/8-2 TCH/8-3 TCH/8-4

15 TCH/8-5 TCH/8-6 TCH/8-7 TCH/8-8

16 TCH/9-1 TCH/9-1 TCH/9-3 TCH/9-4

17 TCH/9-5 TCH/9-6 TCH/9-7 TCH/9-8

18 TCH/10-1 TCH/10-2 TCH/10-3 TCH/10-4

19 TCH/10-5 TCH/10-6 TCH/10-7 TCH/10-8

20 TCH/11-1 TCH/11-2 TCH/11-3 TCH/11-4

21 TCH/11-5 TCH/11-6 TCH/11-7 TCH/11-8

22 TCH/12-1 TCH/12-2 TCH/12-3 TCH/12-4

23 TCH/12-5 TCH/12-6 TCH/12-7 TCH/12-8

24 TRXSIG16/2TRXSIG16/3 TRXSIG16/4 TRXSIG16/5 TRXSIG16/2TRXSIG16/3 TRXSIG16/ TRXSIG16/5

25 TRXSIG16/7 TRXSIG16/8 TRXSIG16/9 TRXSIG16/10 TRXSIG16/6 TCH TSL

26 TRXSIG16/1 TRXSIG16/12 TRX SIG

27 OMUSIG

28 TRX SIG on TCH

29 EDAP Pool

30

31

S e c t o r 3

EDAP Pool TRX 1&2&3&4&5&6&7&8&9&10&11&14

TRXSIG32/7

S e c t o r 2

OMUSIG32 OMUSIG32


EDAP Pool TRX 1&2&3&4&5&6&7&8&9&10&11&13

6/6/6 BTS Site Traffic Manager ( Sector in same Cabinate)

EDAP Pool TRX 1&2&3&4&5&6&7&8&9&10&11&12 EDAP Pool TRX 1&2&3&4&5&6


Link management Link management

TRXSIG32/1

S e c t o r 1

TRXSIG32/1

7/29/2019 idea_Swap


For internal use

Thank you

idea_Swap

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