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1 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe Training Material TCSM3i Architecture and Functionalit y BSS S12

04_TCSM3i Architechure and Functionality V1[1].3

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Page 1: 04_TCSM3i Architechure and Functionality V1[1].3

1 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

TCSM3i Architecture

and Functionality

BSS S12

Page 2: 04_TCSM3i Architechure and Functionality V1[1].3

2 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Legal Notice

Intellectual Property Rights

• All copyrights and intellectual property rights for Nokia training documentation, product documentation and slide presentation material, all of which are forthwith known as Nokia training material, are the exclusive property of Nokia. Nokia owns the rights to copying, modification, translation, adaptation or derivatives including any improvements or developments. Nokia has the sole right to copy, distribute, amend, modify, develop, license, sublicense, sell, transfer and assign the Nokia training material.

• Individuals can use the Nokia training material for their own personal self-development only, those same individuals cannot subsequently pass on that same Intellectual Property to others without the prior written agreement of Nokia.

• The Nokia training material cannot be used outside of an agreed Nokia training session for development of groups without the prior written agreement of Nokia.

Page 3: 04_TCSM3i Architechure and Functionality V1[1].3

3 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Module objectives

After studying the module TCSM3i Architecture and Functionality the student will be able to:

• Describe the architecture and mechanics of TCSM3i.

• Describe the TCSM3i Hardware Configuration

• Explain the TCSM main functionality

• Explain the capacity TCSM3i

• Describe the Support for new enhanced A-Interface pools

• Integrate the new Transcoder into a BSC

Refer to S12 Documentation:• Descriptions\ Product descriptions\ Product Description of Nokia TCSM3i High Capacity transcoder multiplexer

Page 4: 04_TCSM3i Architechure and Functionality V1[1].3

4 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Evolution path of Nokia TCSM Products

• Up to 960 ETSI / 768 ANSI Ch

• Extension Step 120 ETSI / 95 ANSI

• Added unique features for superior voice quality – such as Acoustic Echo Canceller and Noise Supression

Third generationThird generation

from 1995 from 2006

Second Second generationgeneration

TCSM3iTCSM2E/A

First generationFirst generation

• Up to 450 ETSI Ch

• Extension Step 15 ETSI

from 1992

BB20382EA1

SMHW

LK2M

LK2M

LK2M

DB2M

DX2M

TRC15

TRC15

DB2M

DX2M

TRC15

TRC15

DB2M

DX2M

TRC15

TRC15

SM2M(or TRCU)

TRCU TRCU TRCU

BB20382EA1

SMHW

LK2M

LK2M

LK2M

DB2M

DX2M

TRC15

TRC15

DB2M

DX2M

TRC15

TRC15

DB2M

DX2M

TRC15

TRC15

SM2M(or TRCU)

TRCU TRCU TRCU

BB20382EA1

SMHW

LK2M

LK2M

LK2M

DB2M

DX2M

TRC15

TRC15

DB2M

DX2M

TRC15

TRC15

DB2M

DX2M

TRC15

TRC15

SM2M(or TRCU)

TRCU TRCU TRCU

BB20382EA1

SMHW

LK2M

LK2M

LK2M

DB2M

DX2M

TRC15

TRC15

DB2M

DX2M

TRC15

TRC15

DB2M

DX2M

TRC15

TRC15

SM2M(or TRCU)

TRCU TRCU TRCU

BB20382EA1

SMHW

LK2M

LK2M

LK2M

DB2M

DX2M

TRC15

TRC15

DB2M

DX2M

TRC15

TRC15

DB2M

DX2M

TRC15

TRC15

SM2M(or TRCU)

TRCU TRCU TRCU

TCSME

• Up to 11520 ETSI / 9120 ANSI Ch

• Extension Step 960 ETSI / 760 ANSI

• All TCSM2 features available

• Added enhanced pool options

Page 5: 04_TCSM3i Architechure and Functionality V1[1].3

5 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

TCSM3i support in BSC - Benefits

• TCSM3i has over 12 times more capacity compared to current TCSM2 • High capacity BSC3i_2000 allows up to 2000 TRX configuration

• ~99TCSM units needed• ~12 TCSM2 cabinets• ~1 TCSM3i cabinet

• Redesigned hardware makes it more compact • Instead of several Plug-In Units one transcoder based on TCSM3i

HW technology consists from one Plug-In Unit.• TCSM3i cabined is based on M98 mechanic

• More flexible pool usage in A-interface• All-in-one circuit pools

• One TCSM3i functional unit can handle maximum four TC-PCM on A interface. (120 FR circuits).

• TCSM3i cabined is based on M98 mechanic

Page 6: 04_TCSM3i Architechure and Functionality V1[1].3

6 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Comparison between Nokia TCSM2 and TCSM3i

TCSM2

• Same platform – DX 200 – as in use with Nokia GSM/EDGE BSC2i

• Mechanics: M92• Capacity up to 960E/760A• Capacity extension step 120E/95A• Footprint 0.4 m2 • Power consumption 0.6 kW• Support for A-interface pools:

- Six different DSP SW versions- The memory consumption of AMR codec modes cause the fact that TCSM2 can support simultaneously only AMR related coding (pool 23)

TCSM3i

• Same platform – DX 200 – as in use with Nokia GSM/EDGE BSC3i

• Mechanics: M98• Capacity up to 11520E/9120A *• Capacity extension step 960E/760A *• Footprint 0.72 m2 • Power consumption 3.0 kW• Support for A-interface pools:

- Only one DSP SW version- New pools introduced: Pool 28&32- All pools as with TCSM2 supported from day one, except Pool 2 HR only

(Note! HR support is included in other pools: 3, 7, 10, 13, 20, 21, 22, 28, 32)

*) In combined BSC3i/TCSM3i installation:11358 ch ETSI in steps of 960/933 ch11424 ch ANSI in steps of 952 ch

Page 7: 04_TCSM3i Architechure and Functionality V1[1].3

7 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

TCSM3i – Supported Codecs and Features

TCSM3i software

Supported codecs and features

Supported A-interface pools Type in TCSM3i

1 (FR)

3 (DR)

5 (EFR&FR)

7 (EFR&DR)

20 (EFR&DR&D144)

23 (AMR)

28 (EFR&DR&AMR&D144)

10 (HS2)

21 (HS2&D144)

13 (HS4)

22 (HS4&D144)

32 (EFR&DR&AMR&HS4&D144)

T55_PXMX FR, HR, EFR, AMR, AEC, TFO, NS, 14.4D, HSCSD, TTY

G

H

I

• NEW All-in-one Circuit PoolsNEW All-in-one Circuit Pools• pool 28 and 32pool 28 and 32

• TCSM3i does not support pool2 (8Kbit/s TCSM3i does not support pool2 (8Kbit/s submultiplexing)submultiplexing)

TCSM2 software

Supported codecs and features

Supported A-interface pools

Type in TCSM2

3 (DR)

7 (EFR&DR)

20 (EFR&DR&D144)

10 (HS2)

21 (HS2&D144)

13 (HS4)

22 (HS4&D144)

1 (FR) A

5 (EFR&FR) A

TD2_PXMX HR, AEC, TFO, NS 2 (HR) B

TD3_PXMX AMR, AEC, NS 23 (AMR) F

3 (DR)

7 (EFR&DR)

20 (EFR&DR&D144)

10 (HS2)

21 (HS2&D144)

13 (HS4)

22 (HS4&D144)

1 (FR) A

5 (EFR&FR) A

TD6_PXMX AMR, AEC, TTY 23 (AMR) F

TDL_PXMX FR, HR, EFR, AEC, NS, 14.4D, HSCSD

C

D

E

TD1_PXMX FR, EFR, AEC, TFO, NS, 14.4D

TD4_PXMX FR, HR, EFR, AEC, 14.4D, HSCSD, TTY

C

D

E

TD5_PXMX FR, EFR, AEC, TFO, TTY, 14.4D

Page 8: 04_TCSM3i Architechure and Functionality V1[1].3

8 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

General functionality:

• Transcoding and rate adaptation

• Speech coding and A-IF circuit pools

• Submultiplexing

• Discontinuous Transmission ( DTX )

• Adaptive Multirate ( AMR FR, AMR HR ) speech codecs

• Acoustic Echo Cancellation ( AEC )

• Noise Suppression ( NS )

• Tandem Free Operation ( TFO )

• Fixed level adjustment

• Adaptive gain control

• Speech coding according to A-law or u-law

• 64kbit/s channel through connection

• Operation ( Local or Remote )

Page 9: 04_TCSM3i Architechure and Functionality V1[1].3

9 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

TCSM3i 2 types of installation method:

• Stand-alone installation • Combi installation,TCSM3i is mounted together with BSC3i

Page 10: 04_TCSM3i Architechure and Functionality V1[1].3

10 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

TCSM3i Combi

BSC3i 1000BSC3i 1000

Benefits• Optical A-inf. towards core

network • BSC controlled STM-1/OC-3BSC controlled STM-1/OC-3

• Ater interface connected to BSC3i Group Switch

• No transmission plug-in units between No transmission plug-in units between BSC3i and TCSM3i neededBSC3i and TCSM3i needed

• No cabling cabinet required for BSC3i or TCSM3i

• TCSM3i power consumption reduction/channel

• 2.8 kW with optical connections vs. 3.0 2.8 kW with optical connections vs. 3.0

kW with E1/T1 (7%)kW with E1/T1 (7%)

TCSM3i combined together with BSC3i 1000/2000

BSC3i 2000BSC3i 2000 TCSM3i TCSM3i

instead of ET16s, optical SETinstead of ET16s, optical SETunits are used in A-interface units are used in A-interface

Optical LC connector

Ater ET16 units not Ater ET16 units not needed in TC needed in TC cartridgescartridges

PanelPanel

NOTE: NOTE: TCSM3i cabinet can be located TCSM3i cabinet can be located also on the left side of BSC3i also on the left side of BSC3i 1000/20001000/2000

Page 11: 04_TCSM3i Architechure and Functionality V1[1].3

11 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Combi TCSM3i

AterA

Page 12: 04_TCSM3i Architechure and Functionality V1[1].3

12 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

TCSM3i Transcoder unit

ET

ET

ET

ET

ET

TR3E/A

A-IFAter-IF

BSC MSC

TSCM3i

Page 13: 04_TCSM3i Architechure and Functionality V1[1].3

13 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Standalone TCSM3i 1/3

Only 1 BSC can be

connected because of 1 Ater ET PIU

track

3

ETC2

7

1_2_3_4_5_6_7_8

2

ETC1

4 6 8

1_2_3_4_5_6_7_8

1

ETC0

5

1_2_3_4_5_6_7_8

1 2 3 41

,2,3

,4,5

,6,7

,8,9

,10

,11

,12

,13

,14

,15

,16

TC2C-0

1_2_3_4_5_6_7_8_9_10_11_12_13_14_15_16_17

9,1

0,1

1,1

2,1

3,1

4,1

5,1

6

5 6 7 8

1,2

,3,4

,5,6

,7,8

TC2C-1

1_2_3_4_5_6_7_8_9_10_11_12_13_14_15_16_17_18

2 BSC’s can be connected

because there are 2 ATER PIU’s

Ater

A

1A001-03 1A001-06 1A001-09

1A002-00 1A002-06

Page 14: 04_TCSM3i Architechure and Functionality V1[1].3

14 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Standalone TCSM3i 2/3

Only 1 BSC can be

connected because of 1 Ater ET PIU

track

3

ETC2

7 11 15

1_2_3_4_5_6_7_8

2

ETC1

4 6 8 10121416

1_2_3_4_5_6_7_8

1

ETC0

5 9 13

1_2_3_4_5_6_7_8

9 10 11 121

,2,3

,4,5

,6,7

,8,9

,10

,11

,12

,13

,14

,15

,16

TC2C-2

1_2_3_4_5_6_7_8_9_10_11_12_13_14_15_16_17

9,1

0,1

1,1

2,1

3,1

4,1

5,1

6

13 14 15 16

1,2

,3,4

,5,6

,7,8

TC2C-3

1_2_3_4_5_6_7_8_9_10_11_12_13_14_15_16_17_18

2 BSC’s can be connected

because there are 2 ATER PIU’s

1A001-03 1A001-06 1A001-09

1A004-00 1A004-06

Page 15: 04_TCSM3i Architechure and Functionality V1[1].3

15 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Standalone TCSM3i 3/3

Only 1 BSC can be

connected because of 1 Ater ET PIU

track

3

ETC2

7 11 15 18202224

1_2_3_4_5_6_7_8

2

ETC1

4 6 8 10121416

1_2_3_4_5_6_7_8

1

ETC0

5 9 13 17192123

1_2_3_4_5_6_7_8

17 18 19 201

,2,3

,4,5

,6,7

,8,9

,10

,11

,12

,13

,14

,15

,16

TC2C-4

1_2_3_4_5_6_7_8_9_10_11_12_13_14_15_16_17

9,1

0,1

1,1

2,1

3,1

4,1

5,1

6

21 22 23 24

1,2

,3,4

,5,6

,7,8

TC2C-5

1_2_3_4_5_6_7_8_9_10_11_12_13_14_15_16_17_18

2 BSC’s can be connected

because there are 2 ATER PIU’s

1A001-03 1A001-06 1A001-09

1A005-00 1A005-06

Page 16: 04_TCSM3i Architechure and Functionality V1[1].3

16 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

TCSM3i Capacity steps

• CapacityCapacity

• 11520 / 9120 Ch per cabinet

• In steps of 960/760 Ch

• ConfigurationConfiguration

• Transcoding Units

• Exchange Terminal Units A-interface

• Exchange Terminal Units Ater-interface

• Modular extension of capacity with smooth upgrade path

1234

5678910

1112

TentativeTentative

1 2 3 4

5 6 7 8

9 10 11 12

1 3

5 7

9 11

Page 17: 04_TCSM3i Architechure and Functionality V1[1].3

17 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

TCSM3i Capacity steps

TCSM3i ETSI

Full Rate/Half Rate

Number of channels 960 1920 2880 3840 4800 5760 6720 7680 8640 9600 10560 11520

TCSM3i cabinet 1 1 1 1 1 1 1 1 1 1 1 1

Clock and Synchronisation units

1 1 1 1 1 1 1 1 1 1 1 1

CL3TG plug-in units 2 2 2 2 2 2 2 2 2 2 2 2

Cabling Cabinet for TCSM3i 1 1 1 1 1 1 1 1 1 1 1 1

960/952/933 Transcoding Channels - TR3E

1 2 3 4 5 6 7 8 9 10 11 12

TR3E plug-in units 8 16 24 32 40 48 56 64 72 80 88 96

ET16 (16 E1 PCMs) 3 5 8 10 13 15 18 20 23 25 28 30

Page 18: 04_TCSM3i Architechure and Functionality V1[1].3

18 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

TCSM3i hardware

CLOC cartridgeCLOC cartridge• 2 Clock and Tone Generator (CL3TG)

plug-in units

3 ETC cartridges3 ETC cartridges• 8 A-interface Exchange Terminal

(ET16) plug-in units•Same unit for ETSI/ANSI•16 back-mounted E1/T1 connections•External connections by RJ45 plugs

6 TC2C cartridges6 TC2C cartridges• 16 Transcoding plug-in units

•TR3E for ETSI 120 ch•TR3A for ANSI 95 ch

• 1 or 2 Ater interface ET16 plug-in units

CLOC

ETC

TC2C

Page 19: 04_TCSM3i Architechure and Functionality V1[1].3

19 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Stand-alone TCSM 3i internal architecture:

Page 20: 04_TCSM3i Architechure and Functionality V1[1].3

20 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

TCSM3i – 4 kinds of TCSM unit

• Cabinet Head master TR3E/A • Cabinet clock supervision ( O&M for CL3TG)• Located at track 2 TR3E/A ( first TR3E/A is track 1 )

• Cartridge master TR3E/A • Ater interface ET16E/A supervision ( O&M)• Located at track 1 TR3E/A in Cartridge and track 9 if 2nd Ater ET16

is used

• Master TR3E/A • A interface ET16E/A supervision ( O&M)• Located at track 1,5,9,13 TR3E/A in Cartridge• Track 1 TR3E/A handles O&M for the A & Ater interface’s ET16

(cartridge master)

• Normal TR3E/A• TR3E/A in other locations

Page 21: 04_TCSM3i Architechure and Functionality V1[1].3

21 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Cabinet Head Master TR3E/A

ETC2

1_2_3_4_5_6_7_8

ETC1

1_2_3_4_5_6_7_8

ETC0

1_2_3_4_5_6_7_8

TC2C-0

1_2_3_4_5_6_7_8_9_10_11_12_13_14_15_16_17

TC2C-1

1_2_3_4_5_6_7_8_9_10_11_12_13_14_15_16_17_18

CLS

Only in track 1 of the TC2C-0 Cartridge

Clock LAPD for O&M for clock supervision

Page 22: 04_TCSM3i Architechure and Functionality V1[1].3

22 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Clock supervision of TCSM3i

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

ET16

1 PCM

TC2C-0 Cartridge

Ater-IF

Cabinet Head Master TR3E/A

CLS

CLS-LAPD

Page 23: 04_TCSM3i Architechure and Functionality V1[1].3

23 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Cartridge Master TR3E/A

ETC2

1_2_3_4_5_6_7_8

ETC1

1_2_3_4_5_6_7_8

ETC0

1_2_3_4_5_6_7_8

1,2

,3,4

,5,6

,7,8

,9,1

0,1

1,1

2,1

3,1

4,1

5,1

6

TC2C-0

1_2_3_4_5_6_7_8_9_10_11_12_13_14_15_16_17

9,1

0,1

1,1

2,1

3,1

4,1

5,1

6

1,2

,3,4

,5,6

,7,8

TC2C-1

1_2_3_4_5_6_7_8_9_10_11_12_13_14_15_16_17_18

Ater-IF

In track 0 of every TC2C Cartridge and track 8 if 2nd Ater ET16 is used

ETLAPD of Ater-IF for ET supervision (O&M)

Page 24: 04_TCSM3i Architechure and Functionality V1[1].3

24 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Master TR3E/A

3

ETC2

7

1_2_3_4_5_6_7_8

2

ETC1

4 6 8

1_2_3_4_5_6_7_8

1

ETC0

5

1_2_3_4_5_6_7_8

1 2 3 4

1,2

,3,4

,5,6

,7,8

,9,1

0,1

1,1

2,1

3,1

4,1

5,1

6

TC2C-0

1_2_3_4_5_6_7_8_9_10_11_12_13_14_15_16_17

9,1

0,1

1,1

2,1

3,1

4,1

5,1

6

5 6 7 8

1,2

,3,4

,5,6

,7,8

TC2C-1

1_2_3_4_5_6_7_8_9_10_11_12_13_14_15_16_17_18

A-IF

Track 0 TR3E/A handles O&M for the A&Ater IF ET16 (cartridge master)

In track 0,4,8,12 of every TC2C Cartridge

ETLAPD of A-IF for ET supervision (O&M)

. . .

Page 25: 04_TCSM3i Architechure and Functionality V1[1].3

25 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

TC2C Cartridge with one Ater to one BSC

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

ET16

ET16

4 PCM

ET16

1 PCM

TC2C Cartridge

A-IF

Ater-IF

. . .

Cartridge Master TR3E/A Master TR3E/A

ET-LAPD

ET-LAPD

ET-LAPD

Page 26: 04_TCSM3i Architechure and Functionality V1[1].3

26 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

TC2C Cartridge with two Ater to two different BSCs

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

ET16

ET16

4 PCM

ET16

1 PCM

TC2C Cartridge

A-IF

Ater-IF

. . .

ET16

Cartridge Master TR3E/A Master TR3E/A

ET-LAPD

ET-LAPD

Page 27: 04_TCSM3i Architechure and Functionality V1[1].3

27 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Transcoder Configuration of new TCSM3i: ZWGO

TRANSCODER CONFIGURATION COMMAND <WG_>< ZWGO;

EXECUTION STARTED

ET_PCM 512 TC_PCM POOL TYPE ET_PCM_TSLSTCSM-512 TCSM3I 1 28 AMR&EFR&FR&D144 1 && 8 THROUGH CONNECTIONS NR64 = 3 512 - 31 <--> 1 – 31

ET_PCM 513 TC_PCM POOL TYPE ET_PCM_TSLSTCSM-513 TCSM3I 1 28 AMR&EFR&FR&D144 1 && 8 THROUGH CONNECTIONS NR64 = 3 513 - 31 <--> 1 – 31

ET_PCM 514 TC_PCM POOL TYPE ET_PCM_TSLSTCSM-514 TCSM3I 1 28 AMR&EFR&FR&D144 1 && 8 THROUGH CONNECTIONS NR64 = 3 514 - 31 <--> 1 – 31

ET_PCM 515 TC_PCM POOL TYPE ET_PCM_TSLSTCSM-515 TCSM3I 1 28 AMR&EFR&FR&D144 1 && 8 THROUGH CONNECTIONS NR64 = 3 515 - 31 <--> 1 – 31

ET_PCM 516 TC_PCM POOL TYPE ET_PCM_TSLSTCSM-516 TCSM3I 1 28 AMR&EFR&FR&D144 1 && 8 THROUGH CONNECTIONS NR64 = 3 516 - 31 <--> 1 – 31

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28 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

TCSM3i entries in the EQUIPM database: ZWTI

< WTI:P:TCSM:512;

LOADING PROGRAM VERSION 22.43-0

EXECUTION STARTED

READING DATA FROM DATABASE ...

TCSM-512 IN LOC 1C001-03

ET16 0 TRACK: 1 MS: ME: IS: IE: INT: SW:64900FF

TCSM-512 IN LOC 1C002-00

TR3E 0 TRACK: 1 MS: ME: IS: IE: INT: SW: TSLS 30 20 10 0 GENERAL 2M PCM: 512 B 00000000000000000000000000000010 R 00000000000000000000000000000010

ET16 1 TRACK: 17 MS: ME: IS: IE: INT: SW:64900FF

Cartridge Master TranscoderAnd Master Transcoder

A IF ET

Ater IF ET

TR3E/A

Page 29: 04_TCSM3i Architechure and Functionality V1[1].3

29 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

TCSM3i entries in the EQUIPM database: ZWTI

< WTI:P:TCSM:513;

LOADING PROGRAM VERSION 22.43-0

EXECUTION STARTED

READING DATA FROM DATABASE ...

TCSM-513 IN LOC 1C001-00

CL3TG 0 TRACK: 0 MS: ME: IS: IE: INT: SW:

CL3TG 1 TRACK: 3 MS: ME: IS: IE: INT: SW:

TCSM-513 IN LOC 1C002-00

TR3E 0 TRACK: 2 MS: ME: IS: IE: INT: SW: TSLS 30 20 10 0 GENERAL 2M PCM: 513 B 00000000000000000000000000000010 R 00000000000000000000000000000010

Cabinet Head Master Transcoder

CLS-0

TR3E/A

CLS-1

Page 30: 04_TCSM3i Architechure and Functionality V1[1].3

30 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

TCSM3i entries in the EQUIPM database: ZWTI

< WTI:P:TCSM:514&515;

LOADING PROGRAM VERSION 22.43-0

EXECUTION STARTED

READING DATA FROM DATABASE ...

TCSM-514 IN LOC 1C002-00

TR3E 0 TRACK: 3 MS: ME: IS: IE: INT: SW: TSLS 30 20 10 0 GENERAL 4M PCM: 514 B 00000000000000000000000000000010 R 00000000000000000000000000000010

TCSM-515 IN LOC 1C002-00

TR3E 0 TRACK: 4 MS: ME: IS: IE: INT: SW: TSLS 30 20 10 0 GENERAL 2M PCM: 515 B 00000000000000000000000000000010 R 00000000000000000000000000000010

Normal Transcoder

TR3E/A

TR3E/A

Page 31: 04_TCSM3i Architechure and Functionality V1[1].3

31 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

TCSM3i entries in the EQUIPM database: ZWTI

< WTI:P:TCSM:516;

LOADING PROGRAM VERSION 22.43-0

EXECUTION STARTED

READING DATA FROM DATABASE ...

TCSM-516 IN LOC 1C001-06

ET16 0 TRACK: 1 MS: ME: IS: IE: INT: SW:64900FF

TCSM-516 IN LOC 1C002-00

TR3E 0 TRACK: 5 MS: ME: IS: IE: INT: SW: TSLS 30 20 10 0 GENERAL 4M PCM: 516 B 00000000000000000000000000000010 R 00000000000000000000000000000010

Master Transcoder

A IF ET

TR3E/A

Page 32: 04_TCSM3i Architechure and Functionality V1[1].3

32 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Steps to create the TCSM3i unit

Create cartridge of cabinet clock

Create TCSM functional unit

Create plug-in units : ETs, TR3 and CL3TG

Connect TR3 to BSC

Change TCSM working state

Add through connections

no

no

yes

Start

Create cartridges for ETs, cabinet clock and TR3

Cabinet exists?

TCSM usedfor CCS7 or X.25

End

yes

Create transcoder cabinet

Page 33: 04_TCSM3i Architechure and Functionality V1[1].3

33 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Local and remote operation of the TCSM 3i

BSCTCSM3i

TR3

ET ET

Ater

OMU

TSL1—1,2

TC-LAPD

Page 34: 04_TCSM3i Architechure and Functionality V1[1].3

34 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Local functionalities of TCSM3i

• Synchronization settings of TCSM3i can be only done in local session of Cabinet Head master TR3E/A.

• ET settings of A interface can be only done in Master TR3E/A. Internal PCM number is PCM-0

• ET settings of Ater interface can be only done in Cartridge Master TR3E/A. Internal PCM number is PCM-1

• The regarding command groups are not available in Normal TR3E/A.

Page 35: 04_TCSM3i Architechure and Functionality V1[1].3

35 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Local functionalities of TCSM3i

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

TR3

ET16

Ater-IF ET-LAPD

ET16

ET16

4 PCM

CLS

CLS-LAPD

ET-LAPD

ET-LAPD

Cartridge Master TR3E/A Master TR3E/A

Cabinet Head Master TR3E/A

Synchronisation settings

Settings of A and Ater IF

Settings of A IF

Internal PCM-0

Internal PCM-1

Page 36: 04_TCSM3i Architechure and Functionality V1[1].3

36 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Cartridge Master responsible for Alarm handling to BSC

512

513

514

515

516

517

ET

ET

4 PCM

ET

1 PCM

TC2C Cartridge

A-IF

Ater-IF

Cartridge Master TR3E/A Master TR3E/A

ET-LAPD …

ET512ET

513ET

514ET

515ET

516ET

517

BSC

Alarm related to TCSM 512 internal PCM 1-1

PCM-1-0Internal

PCM-1-1

PCM-1-2

PCM-1-3

PCM-1-4

PCM-1-5

PCM-0-0, 0-1,0-2 and 0-3

InternalPCM-0-4, 0-5,0-6 and 0-7PCM-0-8, 0-9,0-10 and 0-11PCM-0-12, 0-13,0-14 and 0-15

Check also ET and Speech circuit alarms!

Page 37: 04_TCSM3i Architechure and Functionality V1[1].3

37 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Internal PCM handling of Cabinet Master TCSM

TCSM512

TCSM513

TCSM514

TCSM515

TCSM516

TCSM517

TCSM27

. . .

TC2C-O

PCM-1-0

PCM-1-1

PCM-1-2

PCM-1-3

PCM-1-4

PCM-1-5

PCM-1-15

MSC ET 0

A-IF

PCM-0-0PCM-0-1PCM-0-2PCM-0-3

PCM-0-4PCM-0-5PCM-0-6PCM-0-7

PCM-0-8PCM-0-9PCM-0-10PCM-0-11

PCM-0-12PCM-0-13PCM-0-14PCM-0-15

Ater-IF

ET 1

BSC

Page 38: 04_TCSM3i Architechure and Functionality V1[1].3

38 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Internal PCM handling of Master TCSM

. . .

TC2C-O

MSC

ET 0

A-IF

PCM-0-0PCM-0-1PCM-0-2PCM-0-3

PCM-0-4PCM-0-5PCM-0-6PCM-0-7

PCM-0-8PCM-0-9PCM-0-10PCM-0-11

PCM-0-12PCM-0-13PCM-0-14PCM-0-15

Ater-IF

Ater

ET

BSC. . .

TCSM521

TCSM523

TCSM520

TCSM522

Page 39: 04_TCSM3i Architechure and Functionality V1[1].3

39 © 2007 Nokia TCSM3i Architecture and Functionality.ppt/ V1.3 /2007-06-14 / MoWe

Training Material

Thank You