3.-Soluciones Bandas 700 850 1900 2600MHz V5.2-1

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Configuration &Technical Solution

AMX Claro CO – 700/850/1900/2600MHz 04 Aug 2020 Confidential © 2017 Nokia 1

Document change history Version

Status

Date

Handled by

4.3.1

Revision

2020-Mar-19

aquintero

5.0

Delivered

2020-Jun-29

Claro Planeación / Nokia Radio

5.1

Delivered

2020-Ago-04

3

© Nokia Solutions and Networks 2016

Comments MIMO changed for 4x2 as Claro CO requested. ASIB introduction, introduction, GSM under under review

Claro Cla ro Pla Plane neaci ación ón / No Nokia kia Ra Radio dio

Target configuratio configurations ns for 2020 deployment and extra configurations for 2nd nodes. Targett con Targe config figur urati ation ons s for 20 2020 20 de deplo ployme yment, nt, tra transp nsport ort de detai tails ls an and d 3rd optional config.

Contents

1 2 3

Configurations Roadmap & Power

4

© Nokia 2016

Confidential

Annex

Contents

1 2 3

Configurations Roadmap & Power

5

© Nokia 2016

Confidential

Annex

CURRENT CONFIGURATIONS 2 9

6

© Nokia 2016

BAND:1900 & 2600MHz LTE/WCDMA Current Curr ent con configu figurat rations ions 2600Mhz

1900MHz    1    S

   1    S

LTE WCDMA

x3

1900Mhz

   1

   2

  c   e   s

   3

  c   e   s

  c   e   s

LTE

LTE

LTE

   1    S

   1    S

x3

LTE WCDMA

Comments

2600Mhz    1

   2

   3

  c   e   s

  c   e   s

  c   e   s

RADIO Current Configurations: Radio FXFC/A in RF Sharing for LTE1900 + WCDMA1900 FRHG, FRHD RRH mainly used, with 1/1/1 up to 20Mhz in 2600 •

LTE

LTE

LTE

•

W1:1Tx&2 Rx

W2:1Tx&2 Rx

W3:1Tx&2 Rx

W1:1Tx&2 Rx

FXFC/A (RFM 3TX6RX B2) L1:4Tx&4Rx

L2:4Tx&4Rx

L3:4Tx&4Rx

FRHG

FRHG

FRHG

RF Sharing:

W2:1Tx&2 Rx

W3:1Tx&2 Rx

FXFC/A (RFM 3TX6RX B2) L1:4Tx&4 Rx

FRHG/D

L3:4Tx&4 Rx

FRHG/D

RF Sharing

3 x FXFC/A (B2) WCDMA 2/2/2

3xFXFC/A (B2) LTE 1/1/1 @5-10MHz 20W 2T2R +

LTE @5-10MHz 2T2R

3G 2/2/2 30W

(B7) LTE 1/1/1 @20MHz 4T4R 30W

(B7) LTE 1/1/1 @20MHz 4T4R 30W FSMF: WCDMA FBBC: WCDMA

L2:4Tx&4 Rx

FRHG/D

FRHG/FRHD

FRHG/FRHD/AHHB

FBBC: WCDMA

FSMF: LTE FBBC: LTE

FBBC: LTE

Airscale System Module

BASE BAND Current Configurations: WCDMA/LTE 1900 RF Sharing with LTE 2600 FSMF Airscale base band • •

BAND: 850MHz LTE/WCDMA Current Curr ent conf configur iguration ation    1

   2

   3

   c    e    s

   c    e    s

   c    e    s

LTE

LTE

LTE

WCDMA

WCDMA

WCDMA

W 1: 1: 1T 1T x& x& 2R 2R x

W 2: 2: 1T 1T x& x& 2R 2R x

W 3: 3: 1T 1T x& x& 2R 2R x

W 1: 1: 1T 1T x& x& 2R 2R x

FXCB/A (FRM 3TX6RX B5)

W 2: 2: 1T 1T x& x& 2R 2R x

W 3: 3: 1T 1T x& x& 2R 2R x

FXCB/A (FRM 3TX6RX B5)

W 1: 1: 1T 1T x& x& 2R 2R x

850MHz

Comments RADIO Current Configuration: FXCB/A RF module 3TX/6RX Optional NB-IoT in Airscale • •

W 2: 2: 1T 1T x& x& 2R 2R x

W 3: 3: 1T 1T x& x& 2R 2R x

FXCB/A (FRM 3TX6RX B5)

3xFXCB/A (B5) 3G 2/2/2 @10MHz 1T2R 20W

BASE BAND Current Configuration: FSMF OR Airscale for new sites. •

FSMF +2FBBx System Module

FSMF

OR

Airscale base band Airscale System Module

ADDITIONAL COMMENTS COMMENTS: Optio Optional nal LTE with NB-IoT wher where e base baseband band and RF modul module e pipes pipes availa available ble..

TARGET CONFIGURATIONS 2 2

9

© Nokia 2016

Spec Special ial Con Configur figuratio ation n 2nd Nodes Nodes (1 to 3 extra sec 700/850/1900, 1 sec 2600) 1900Mhz

RF Sharing F X F

C (   R F M 3 T X 6 R X B 2 )

F X F C (   R F M 3 T X 6 R X B 2 )

W 1 1 R :   x T x & 2

W 2 1 R :   x T x & 2

W

C D M A

3xFXFC (B2) LTE 1/1/1 @5-10MHz 20W - 2T2R 3G 1/1/1 30W – 1T2R

S1 L T E

S1 F X F C (   R F M 3 T X 6 R X B 2 )

W 3 1 R :   x T x & 2

W 1 1 R :   x T x & 2

W 2 1 R :   x T x & 2

W C D M A

S2 L T E

W 1 1 R :   x T x & 2

W 2 1 R :   x T x & 2

W C D M A

L T E

2600Mhz

W 850Mhz

(B7) LTE 2 4T4R

WCDMA WCD MA 2+2+2 2+2+2 @30 @30W W 1T2 1T2R R

20W/20W 15+15MHz FRHG/AHHB

S3

   1   c   e   s

S3 LTE

W 3 1 R :   x T x &

LTE

2

*AHHB one (1) fiber per module and CPRI link.

F X C B (   R F M 3 T X 6 R X B 2 )

W 1 1 R :   x T x & 2

W 2 1 R :   x T x & 2

W C D M A

W 3 1 R :   x T x & 2

F X C B (   R F M 3 T X 6 R X B 2 )

W 1 1 R :   x T x & 2

W 2 1 R :   x T x & 2

W C D M A

W 3 1 R :   x T x & 2

F X C B (   R F M 3 T X 6 R X B 2 )

W 1 1 R :   x T x & 2

W 2 1 R :   x T x & 2

W 3 1 R :   x T x & 2

L1:4Tx&4 Rx

FRHG

S2

OBSAI (6Gb)

OBSAI (6Gb)

W 3 1 R :   x T x & 2

OBSAI (6Gb)

SRAN

SRAN

FSMF: WCDMA

FSMF: LTE

SRAN

FBBA: LTE

EXP

FSMF: WCDMA FBBA: WCDMA

FBBA: LTE

SRAN 1900: 1+1+1 WCDMA / 1+1+1 LTE

# of sectors depends on current configurations in each band, from 0 to 3.

FBBA: WCDMA

FBBA: WCDMA

W C D M A

700/850/1900/2600) Special ial Con Configur figuratio ation n 2nd Nodes Nodes (1 to 3 extra sec 700/850/1900/2600) Spec

4° - 6° Extra Sec ecttor F X F C (   R F M 3 T X 6 R X B 2 )

W 1 1 R :   x T x & 2

W 2 1 R :   x T x & 2

W

C D M A

4° - 5° Extra Se Sector    3

S1 L T E

  c   e   s

4° - 6° Extra Sector

S1

2600Mhz (B7)

LTE 2/2/2 4T4R 20W/20W 15+15MHz FRHG/AHHB

x3 Sec

WCDMA

  c   e   s

   3   c   e   s

LTE

L3:4Tx&4Rx L6:4Tx&4Rx

AHPCA

LTE

x3 Sec    3   c   e   s

   3

LTE

W 3 1 R :   x T x & 2

Base Configuration

WCDMA

W 850Mhz

WCDMA 2+2+2 @30W @30 W 1T2 1T2R R

LTE

LTE

1900Mhz

LTE

CPRI (9.8Gb)

L3:4Tx&4Rx L6:4Tx&4Rx L3:4Tx&4 Rx

3xFXFC (B2) LTE 1/1/1 @5-10MHz @5-10 MHz 20W - 2T2R 3G 1/1/1 30W – 1T2R

FRHG

L3:4Tx&4 Rx

AHPCA

FRHG

OBSAI (6Gb) CPRI (9.8Gb)

OBSAI (6Gb) TX Eth TX Eth / ToP

SRAN19B L

SRAN

L L

FSMF: WCDMA FBBA: WCDMA

FBBA: LTE

SRAN 1900: 1+1+1 WCDMA / 1+1+1 LTE

TX Eth / ToP

L L

EXP

L

EXP EXP

HDMI Sync

5G

EXP

SRAN19

ASIA RP3-01

OBSAI (6Gb)

Future

SRIO

FSMF: WCDMA FBBA/C: WCDMA

FBBA/C: WCDMA

3G 850: 2+2+2+2+2 2+2+2 +2+2 WCDMA* *Traffic *Traff ic est estima imatio tion n is nee needed ded in orde orderr to ev eval alua uate te th the e #users, #user s, check check Note 1. 1.

L 700MHz

LTE (2T/4R) 1+1+1 @20W

Notes 1.

4° - 6°

In ca case se WCD WCDMA MA85 850 0 req requi uire ress ext extra ra ca capa paci city ty,, a separate FSMF can be considered for 4 to 6 extra sectors

F X C B (   R F M 3 T X 6 R X B 2 )

W 1 1 R :   x T x & 2

W 2 1 R :   x T x & 2

Extra Sector W C D M A

W 3 1 R :   x T x & 2

F X C B (   R F M 3 T X 6 R X B 2 )

W 1 1 R :   x T x & 2

W 2 1 R :   x T x & 2

W C D M A

W 3 1 R :   x T x & 2

F X C B (   R F M 3 T X 6 R X B 2 )

W 1 1 R :   x T x & 2

W 2 1 R :   x T x & 2

W C D M A

W 3 1 R :   x T x & 2

W 850Mhz OBSAI (6Gb)

SRAN FSMF: WCDMA FBBA: WCDMA

FBBA: WCDMA

WCDMA 2+2+2 2+2 +2 @30 @30W W 1T2R

TX CONNECTIVITY

16

© Nokia 2016

1. TX CONNECTIVITY Target configuration config uration 700/850/ 2600 MHz 1900 MHz TX Eth WCDMA/GSM

Future

SRAN L L

TX Eth ToP-2 SRIO

FSMF: LTE

FBBA: LTE Hdmi Sync

RP3-01

•

EXP EXP

SRAN19

ASIA

FBBA: LTE

TX Eth LTE/ToP-1

HDMI SRIO Sync

FSMF: WCDMA

FSMF: WCDMA FBBA: WCDMA

EXP

L

FBBA: WCDMA

FBBA/C: WCDMA

•

5G

EXP

SRAN

RP3-01

Comments

•

•

FBBA/C: WCDMA •

ETH / TX + SyncE

ETH / TX + ToP-3

•

Packet Abis Transmission FSMF: GSM

Existi Exi sting ng 2G

FSMF: SRAN FBBC: SRAN

•

FBBC: SRAN •

Synch HDMI

TX FSMF: GSM

Optional 2G Split band

Synch HDMI

TX FSMF: SRAN

FBBC: SRAN

The main synchronization came from network Timing over Packet (Frequency), and chained base bands receive Phase/SyncE Synchronization from main source.

FBBC: SRAN

•

Optional

2nd Nodes

•

SynE feature SRAN18SP SRAN18SP SR000844/LTE563 Synchronous Ethernet Generation needed. SRAN is not supported in IRU networks without 4G Hub, as VLAN can not mapped. Max throughput need to be considered in TX dimensioning. 5G expansion TX and Synch need a direct source. Required min two (2) ToP sessions for Required each base band. In case of FSMF for 1900, it requires one additional additional ToP session for the the first in the chain. The synchronization after this FSMF SRAN must be through of HDMI cable. The main synchronization came from network Timing over Packet (Frequency), and chained base bands receive Phase/SyncE Synchronization from main source Max length for HDMI Synchronizat Synchronization ion cables 15m. Chaining HDMI and Fibers are 2m length



2. TX CONNECTIVITY Target configuration config uration Comments

700/850/1900/2600 700/850/190 0/2600 MHz •

TX Eth WCDMA/GSM

EXP

L

EXPE

LEXPW

E

L L

•

W ASIA

TX Eth LTE/ToP-1

SRAN19

ASIA

ETH / TX + SyncE

RP3-01

HDMI Sync

SRIO

•

FSMF: WCDMA •

FBBA/C: WCDMA

FBBA/C: WCDMA

•

ETH / TX + ToP-2

•

Packet Abis Transmission FSMF: GSM

Existi Exi sting ng 2G

FSMF: SRAN FBBC: SRAN

•

FBBC: SRAN •

Synch HDMI

TX FSMF: GSM

Optional 2G Split band

Synch HDMI

TX FSMF: SRAN

FBBC: SRAN

The main synchronization came from network Timing over Packet (Frequency), and chained base bands receive Phase/SyncE Synchronization from main source.

FBBC: SRAN

•

Optional

2nd Nodes

•

SynE feature SRAN18SP SRAN18SP SR000844/LTE563 Synchronous Ethernet Generation needed. SRAN is not supported in IRU networks without 4G Hub, as VLAN can not mapped. Max throughput need to be considered in TX dimensioning. 5G expansion TX and Synch need a direct source. Required min two (2) ToP sessions for Required each base band. In case of FSMF for 1900, it requires one additional additional ToP session for the the first in the chain. The synchronization after this FSMF SRAN must be through of HDMI cable. The main synchronization came from network Timing over Packet (Frequency), and chained base bands receive Phase/SyncE Synchronization from main source. Max length for HDMI Synchroniza Synchronization tion cables 15m. Chain Ch ainin ing g HDM HDMII and Fib Fiber erss are 2m leng length th

3.-Soluciones Bandas 700 850 1900 2600MHz V5.2-1

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