FMR Product and Feederless Solution Ver-1.71

NSN Radio Access Product Update Session Bayu Krisnamurti Email : bayu.krisnamurti@nsn NWS SSM RA Mobile : 0811 809086 Phone : 021 2557 9261 Update: Juli 2011

CT TELKOMSEL Confidential 1 © Nokia Siemens Networks

Presentation Content : Flexi Multi Radio Flexi MultiRadio Feederless Solution NSN Radio Access RoadMap (RG20 SW features for efficiency and effectivity)

Confidential 2 © Nokia Siemens Networks

NSN SingleRAN - Multi-purpose technology platforms FMR BTS Platform

Multicontroller Platform CS + PS

GSM/EDGE

core

BSC

WCDMA/HSPA RNC

I-HSPA

Scaling from low to very high capacities just by adding modules LTE


Controller role can be changed by loading corresponding software – minimal or no HW impact

Flexi Multiradio BTS One all-purpose Base Station GSM/EDGE W CDMA/HSPA

Flexi Platform

I-HSPA

Multiradio Site Solution W CDMA/HSPA I-HSPA LTE

Multiradio GSM/EDGE W CDMA/HSPA I-HSPA LTE

Flexible

GSM EDGE

Yesterday

Today

Tomorrow Modular

Easy to Install


Cost-Optimized

Flexi Base Station enables Green Radio: 70% lower energy consumption and CO2 footprint Power consumption of a complete GSM & WCDMA BTS site

1470W

>70% 455 W

1470W 1500W

800 W 2005 traditional BTS design

WCDMA GSM Multiradio

2008

790 W 2010

Measurement conditions: WCDMA 1+1+1@20W WCDMA BTS HW with 50% load and 4+4+4GSM (2% blocking, DTX and DPC active)


Low power consumption enables autonomous sites

Flexi Multiradio BTS – Product Concept GSM BTS

GSM/WCDMA/LTE BTS WCDMA BTS

LTE BTS

3-sector RF 3-sector RF EDGE SM

RF Module

3-sector RF

System Module

EDGE SM

SW

GSM/EDGE SW

Multimode SM EDGE SM

3-sector RF

3-sector RF

Multimode SM

Multimode SM

Multimode SM

WCDMA SW LTE SW


Compatibility with existing Flexi Platform

System

RRH

RF

Flexi Multiradio BTS Modules

Mechanical compatibility

Flexi EDGE BTS (single mode)


Backwards compatible

Flexi WCDMA BTS (single mode)

The Flexi Multiradio BTS 3 main building blocks to a complete GSM/WCDMA/LTE Site

• Highest integration density lev el • GSM/EDGE/WCDMA/HSPA/LTE Flexi 3 sector RFM (GSM/WCDMA/LTE)

Flexi EDGE 18/36 TRX System Module

• • •

defined by SW Dedicated and concurrent mode Single Band units: 850, 900, 1800, 1900 60W output per sector w ith Multi Carrier Pow er Amplifier (MCPA)

• High Capacity (18/36 TRX) • Multiband support • Optimized for GSM/EDGE

Flexi 3-Sector RF Module (GSM/WCDMA/LTE)

Multimode System Module (WCDMA/LTE)


• • • •

1 Gbps throughput Multiband support Multimode support Dedicated and concurrent mode SW defined

Flexi EDGE 18/36 TRX System Module Multimode System Module (WCDMA/LTE)

Flexi EDGE 18/36 TRX System Modules (ESMB, ESMC)

For internal use only 9 © Nokia Siemens Networks

Flexi EDGE 18/36 TRX System Modules • High-capacity System Module for GSM/EDGE use – – – –

ESMB for smaller configurations up to 18 TRX ESMC for bigger configurations up to 36 TRX IP 65 protected Temp range -35 to +55 degrees C

• System Module is the centre of the system. Main Functions include: – – – – – –

BTS Operations and Maintenance Abis termination and Transport interfacing Optical OBSAI connectivity and related multiplexing/chaining functions Power distribution to the RF modules High capacity GSM baseband functionality for up to 18/36 TRX BTS Synchronization


System Module - Flexi GSM 18/36 TRX Construction and Interfaces Q1 FPA Optical RP3 01

3 HU

PWR

PWR

Ground

PWR PWR

Sync Sync h out h in

EAC LMP

Pow er input

PWR

Transmission PIU

Status and Pow er LED

• 4 optical SFPs. OBSAI RP3-01 interface (3Gbps). (3 for RF modules, 1 for 3G/LTE system module connection or ESMB/ESMC chaining or alternatively all 4 for RF modules) • 48VDC BTS power input terminals • 5 Power distribution I/Fs (4 for co-located RFMs, and 1 extra for any additional modules) • A slot for Integrated transport sub-module (various interface options available) • Ports for Power Module Alarms, Local Management and Q1 • External Alarm Control port with 12 inputs and 6 outputs, or connectivity to EAC Ext. Module • Two ports for external synch. input or synch. extension to other co located base stations • Status-LED, Power LED and Power Push Button • Grounding terminal Confidential 11 © Nokia Siemens Networks

Flexi Multiradio GSM/EDGE Transport Interfaces

RG10

Integrated Transport optimized for Tail, Chain & Loop sites FIFA FIPA 8xE1/T1 symmetrical 120/100 ohm

2xFlexbus coaxial

FIYA 4xE1 asy mmetric 75 ohm 2xFE electrical 1xFE/GE optical

FIQA 4xE1/T1 sy m. 120/100 Ohm 2xFE electrical 1xFE/GE optical

FIYB* 4xE1 asy mmetric 75 ohm 2xFE/(GE**) electrical 1xFE/GE optical

* RG10EP

GSM BTS

GSM/WCDMA/LTE BTS

FIQB*

FIEA 8xE1 asymmetric 75 ohm

3-sector RF

3-sector RF

ESMB/ESMC

Multimode SM

4xE1/T1 sy mmetrical 120/100 ohm 2xFE/(GE**) electrical 1xFE/GE optical

ESMB/ESMC * RG10EP

• Support of all existing integrated Flexi EDGE (ESMA) transport sub-modules • Support of full RG10 transport feature set • Including Legacy Abis and Abis over IP/Ethernet (CESoPSN) Confidential 12 © Nokia Siemens Networks

Note: See similar slide in RG20 on top

RF Module - 3 Sector Sector 3 Div Rx Tx/Rx

Sector 2 Div Rx Tx/Rx


RX Div for Co-siting

• 1 RF module for 3-sector site, 18 carrier (3x6) capacity with integrated Duplex Filters • 3 x 60W at antenna connector • Compliant to MC BTS Class 2 specification, with reduced capacity (3x3) to class 1 specification • Available in 850 MHz, 900 MHz full band, J band, 1800 MHz and 1900 MHz band • Active bandwidth software tunable for 20MHz@ 900*/1800/1900 MHz, and 15MHz@850MHz • 3 RP3 01 OBSAI Interfaces, for System Module connectivity and RFM chaining • 3 TX/RX Antenna Interfaces, 3 RX Diversity Antenna Interfaces** (see notes) • 3 RX outputs for diversity sharing with co-sited BTS (Ultrasite/Flexi EDGE/BS2xx) • Support for AISG 2.0 (only for 3G), Bias-T’s and VSWR measurement • 48V DC input * 12.5MHz for 900 J Band Confidential 13 © Nokia Siemens Networks

RP 3 configurations • Optical OBSAI RP3 01 interface between System Module and RF Module/RRH

• System Module Interconnection – Synch only (must for concurrent mode) – User and Control Data (if there is shared RP3 connection to a shared Radio from only one System Module) – FSMx can have an extension system module, which is another FSMx – ESMx cannot have a 2G extension system module

• Radio Connections – Various options are possible in dedicated or shared mode


Principle Picture of supported Configurations by Hardware Architecture (supported configurations according to roadmap and Release planning) RFM/RRH

ESMx

RFM/RRH

Sync

FSMx RFM/RRH

RFM/RRH

Dedicated Radios for GSM and WCMDA/LTE

ESMx

FSMx

ESMx

RFM/RRH

RFM/RRH

FSMx

Radio Sharing between GSM and WCDMA/LTE

ESMx

RFM/RRH

RFM/RRH

RFM/RRH

RFM

RFM/RRH

RFM/RRH

RFM/RRH

RFM/RRH

RFM/RRH

FSMx

FSMx

System Module Chaining Sharing of a single RP3 link Confidential 15 © Nokia Siemens Networks

RFM/RRH

RFM/RRH

FSMx

FSMx FSMx

ESMx

ESMx

Dedicated and Shared Chained Radios RP3 Link protection

Flexi RF Module Triple 70W Proposed main configurations for WCDMA RU 20* and RU30 *) on top feature

RU 20* Configuration

HW / RF modules

1

8/20/40/60W

1 x Triple

1+1 and 1+1+1

8/20/40/60W

1 x Triple

2 and 2+2

20/40W

1 x Triple

2+2+2 2+2+2

20/30W 40/60W

1 x Triple 2 x Triple RU30 Configuration


HW / RF modules

3+3+3

20W

1x Triple

3+3+3

30W

2 x Triple

6x1

20/30/40/60W

2 x Triple

6x2

20/30W

2 x Triple

PROPOSED WCDMA Dual band configurations for RU20* RU 20* SW

*) on top feature

Configuration 900

Configuration 2100

HW / RF modules

1+1 and 1+1+1

1+1 and 1+1+1

8/20/40/60W

1 x Triple 900/ 1x Triple 2100

8/20/40/60W

1+1+1

8/20/40/60W

2+2+2 2+2+2

20/30W 20/30/40/60W

1 x Triple 900/ 1x Triple 2100 1 x Triple 900/ 2x Triple 2100

1+1+1

20/30W

3+3+3

20/W

1 x Triple 900/ 1x Triple 2100(FRGP)

1+1+1

20/30W

3+3+3

20/30W

1 x Triple 900/ 2x Triple 2100(FRGF)

2+2+2

20/30W

1 x Triple 900/ 1x triple 2100

2+2+2

20/30W

FXDA

Flexi 3-sector RFM 900 70W

FRGF/P Flexi 3-sector RFM 2100 70W

FSMD/E WCDMA SM and Optional Extension Module


Flexi Multiradio BTS in Concurrent Mode Operation EDGE 18/36 TRX System Module Multimode System Module LTE SW

3-sector RF Module

EDGE 18/36 TRX System Module Multimode System Module WCDMA SW

3-sector RF Module

Flexi Multiradio BTS

RF Module sharing GSM-LTE

Multimode System Module LTE SW Multimode System Module WCDMA SW Flexi Multiradio BTS

RF Module sharing WCDMA-LTE Confidential 18 © Nokia Siemens Networks

RF Module sharing GSM-WCDMA

3-sector RF Module

Multimode System Module WCDMA/LTE SW Flexi Multiradio BTS

RF and System Module sharing WCDMA-LTE

3-sector RF Module

Flexi Multiradio BTS in Concurrent Mode Operation with multiple frequency bands - Examples EDGE 18/36 TRX System Module

3-sector RF Module Band 1

EDGE 18/36 TRX System Module


Multimode System Module LTE SW


Multimode System Module WCDMA SW



RF Module sharing GSM-LTE

Multimode System Module LTE SW Multimode System Module WCDMA SW

3-sector RF Module Band 1 3-sector RF Module Band 2


RF Module sharing GSM-WCDMA

Multimode System Module WCDMA/LTE SW Flexi Multiradio BTS


RF Module sharing WCDMA-LTE Confidential 19 © Nokia Siemens Networks

RF and System Module sharing WCDMA-LTE

3-sector RF Module Band 1 3-sector RF Module Band 2

Flexi MultiRadio Feederless Solution 1. Diagram FMR configuration 4/4/4 20 Watt Dynamic 2. Diagram FMR configuration 4/4/4 900 + 4/4/4 1800 20 Watt Dynamic 3. Diagram FMR configuration 4/4/4 900 + 8/8/8 1800 20 Watt Dynamic 4. FMR Installation at new tower ladder 5. FMR Installation at existing tower ladder 6. FMR Installation at mini pole 7. FMR Equipment 8. FMR instalation material 9. Optic connector and Flexi Alarm box 10. OVP (Over Voltage Protection) 11. Flexi Mounting Bracket for Ladder


Diagram FMR Config: 4/4/4 20 Watt dynamic • System Module powered with external Rectifier • RF Module DC feed from System Module and located in the mast/pole • Distance between modules can be upto 200m but will variate depending on configuration • OVP protection needed when feeding cable more than 4m • DC power cable local

RF Module 900 /1800 Optic OVP

DC External Rectifier

• Flexi RF /Sys DC Cable (IP55 standart) OVP

• Optical cable

DC

System Module


Diagram FMR Config : 4/4/4 (900MHz) + 4/4/4 (1800MHz) 20 Watt dynamic • System Module powered with external Rectifier • RF Module DC feed from System Module and located in the mast/pole • Distance between modules can be upto 200m but will variate depending on configuration • OVP protection needed when feeding cable more than 4m • DC power cable local

RF Module 900 Optic RF Module 1800

OVP

Optic OVP

DC

• Flexi RF /Sys DC Cable

External Rectifier

DC

(IP55 standart)

OVP

• Optical cable OVP

System Module


DC

Diagram FMR Config : 4/4/4 (900MHz) + 4/4/4 (1800MHz) 20 Watt dynamic using RF-Chain • System Module powered with external Rectifier • RF Module DC feed from System Module and located in the mast/pole • Distance between modules can be upto 200m but will variate depending on configuration • OVP protection needed when feeding cable more than 4m • DC power cable local

RF Module 900 Optic

Optic RF Module 1800

OVP

OVP

DC

• Flexi RF /Sys DC Cable

External Rectifier

DC

(IP55 standart)

OVP

• Optical cable OVP

System Module


DC

Diagram FMR Config : 4/4/4 (900MHz) + 8/8/8 (1800MHz) 20 Watt dynamic • System Module powered with RF Module 900

external Rectifier • RF Module DC feed from System Module and located in the mast/pole • Distance between modules can be upto 200m but will variate depending on configuration • OVP protection needed when feeding cable more than 4m • DC power cable local

• Flexi RF /Sys DC Cable (IP55 standart)


OVP


OVP

DC

Optic

External Rectifier

DC

OVP

OVP

• Optical cable DC

OVP

OVP

System Module


DC

Diagram FMR Config : 4/4/4 (900MHz) + 8/8/8 (1800MHz) 20 Watt dynamic, using RF-Chain • System Module powered with external Rectifier • RF Module DC feed from System Module and located in the mast/pole • Distance between modules can be upto 200m but will variate depending on configuration • OVP protection needed when feeding cable more than 4m • DC power cable local

• Flexi RF /Sys DC Cable (IP55 standart)

RF Module 900 Optic Optic RF Module 1800

OVP


OVP

DC External Rectifier

DC

OVP

OVP

• Optical cable, using RF chain feature SW in EX3.1MP2 (RG10)

DC

OVP

OVP

System Module


DC

FMR Installation at New Site Tower Ladder

Ladder Mounting Bracket RF Module OVP FPIA

Modify Busbar position to accomodate Grounding Module and OVP

Front view

Clamp RG8

Side View

Rec tifier

Rect ifier

FSEB / Alarm Box Tray Horisontal Sytem Module 1.5 m Grounding Busbar Confidential 26 © Nokia Siemens Networks

FMR Installation at Existing Tower Ladder Ladder Mounting Bracket

RF Module OVP FPIA

Front view

Typical grounding Bar position in existing tower approximately 2m from ground level. System module should be install closely above busbar grounding.

Clamp RG8

Side View

FSEB / Alarm Box Sytem Module

3050cm

Rec tifier

Tray Horisontal


Grounding Busbar

Tray Horisontal

Rec tifier

FMR Installation System Module at Mini Pole

Front view

Rec tifier 1.5 m


FMR Installation Material No

Category

1

Description

CS Code

Item

TI Box for Basic

CSxxx

TI Box TI3001FL for Feederless Basic (New) (include High Voltage warning)

TI Box for Expansion

CSxxx

TI Box (TI3002FL) for Feederless expansion (New)

CS80002.38

Flexi mounting Brecket on Ladder (Local), include Bolt for Plinth

CS80002.40

Flexi mounting Brecket on Leg / Tubular /Pole (Local), include Bolt for Plinth

CS80005.87

Universal Mounting bracket Type1

CS80005.88

Universal Mounting bracket Type2

CS80005.89

Separation Mounting bracket Type1

CS80005.90

Separation Mounting bracket Type2

TI Kitting 2

3

4

Mounting Bracket for Flexi module.

Lose Material

Mounting Bracket for Antenna

5

Clamp DC Power and optic line

CSxxx

Click on hanger for 1xFO, 1xCable DC 3x16mm (1set/2stack)

6

DC Power

CSxxx

Cable DC NYY 3x16mm (include ground)

7

Antenna line

CSxxx

Jumper cable 1/2" 5m 7/16 m/m angle

Microsoft Office Excel 97-2003 Worksheet


System Module - Flexi GSM 18/36 TRX Construction and Interfaces Q1 FPA Optical RP3 01

3 HU

PWR

PWR

Ground

PWR PWR

Sync Sync h out h in

EAC LMP

Pow er input

PWR

Transmission PIU

Status and Pow er LED

• 4 optical SFPs. OBSAI RP3-01 interface (3Gbps). (3 for RF modules, 1 for 3G/LTE system module connection or ESMB/ESMC chaining or alternatively all 4 for RF modules) • 48VDC BTS power input terminals • 5 Power distribution I/Fs (4 for co-located RFMs, and 1 extra for any additional modules) • A slot for Integrated transport sub-module (various interface options available) • Ports for Power Module Alarms, Local Management and Q1 • External Alarm Control port with 12 inputs and 6 outputs, or connectivity to EAC Ext. Module • Two ports for external synch. input or synch. extension to other co located base stations • Status-LED, Power LED and Power Push Button • Grounding terminal Confidential 30 © Nokia Siemens Networks

Flexi Multiradio GSM/EDGE Transport Interfaces

RG10

Integrated Transport optimized for Tail, Chain & Loop sites FIFA FIPA 8xE1/T1 symmetrical 120/100 ohm

2xFlexbus coaxial

FIYA 4xE1 asy mmetric 75 ohm 2xFE electrical 1xFE/GE optical

FIQA 4xE1/T1 sy m. 120/100 Ohm 2xFE electrical 1xFE/GE optical

FIYB* 4xE1 asy mmetric 75 ohm 2xFE/(GE**) electrical 1xFE/GE optical

* RG10EP

GSM BTS

GSM/WCDMA/LTE BTS

FIQB*

FIEA 8xE1 asymmetric 75 ohm

3-sector RF

3-sector RF

ESMB/ESMC

Multimode SM

4xE1/T1 sy mmetrical 120/100 ohm 2xFE/(GE**) electrical 1xFE/GE optical

ESMB/ESMC * RG10EP

• Support of all existing integrated Flexi EDGE (ESMA) transport sub-modules • Support of full RG10 transport feature set • Including Legacy Abis and Abis over IP/Ethernet (CESoPSN) Confidential 31 © Nokia Siemens Networks

Note: See similar slide in RG20 on top

RF Module - 3 Sector Sector 3 Div Rx Tx/Rx



RX Div for Co-siting

• 1 RF module for 3-sector site, 18 carrier (3x6) capacity with integrated Duplex Filters • 3 x 60W at antenna connector • Compliant to MC BTS Class 2 specification, with reduced capacity (3x3) to class 1 specification • Available in 850 MHz, 900 MHz full band, J band, 1800 MHz and 1900 MHz band • Active bandwidth software tunable for 20MHz@ 900*/1800/1900 MHz, and 15MHz@850MHz • 3 RP3 01 OBSAI Interfaces, for System Module connectivity and RFM chaining • 3 TX/RX Antenna Interfaces, 3 RX Diversity Antenna Interfaces** (see notes) • 3 RX outputs for diversity sharing with co-sited BTS (Ultrasite/Flexi EDGE/BS2xx) • Support for AISG 2.0 (only for 3G), Bias-T’s and VSWR measurement • 48V DC input * 12.5MHz for 900 J Band Confidential 32 © Nokia Siemens Networks

Flexi optical connector

Flexi Alarm Box (FSEB)


OVP - Over Voltage Protection (FSES) • Protects Flexi units in case of indirect •

• • •

lightning strike. used in DC input when the input line is more than 4 meters as in feeder less site solutions. Cabinet installations or stack installations are not the main stream for FSES. weight is ~1 kg size 160mmx160mmx200mm FSES will replace most of the use cases FSEC – FSEC will remain as OVP solution in system module input when protection for DC feeding needed

• FSES is used in LTE, WCDMA and

GSM/EDGE • Protection level of FSES is 15kA. • 472285A FSES (Over Voltage Protection)


Flexi Mounting Bracket for Ladder


WHY TELKOMSEL Need RG20 ? RG20 Key SW Feature

Improving spectral efficiency with OSC Migration toward native IP transport OPEX saving with lower energy consumption and easier of rollout Higher Controller capacity -> evolution toward MultiController platform ** Energy Saving Feature – comprehensive for installed base Improving current PCU2 Pooling RG10 features Improving GSM/EDGE throughput with EDGE ph.2 *

* Available Already since RG10 ** will available in RG20 On TOP For internal use only 36 © Nokia Siemens Networks

/ April 2011

Enhancing 2G Network with RG20 SW Release Upgrades, some key feature • Importance to offer advanced and high quality services is growing when operators are competing for high ARPU business users • Having higher data rates with DLDC and additional enhancement DLDC up to 500 Kbps (DL)

EDGE+ broadband users, more seamless services to 3G data

• Spectral efficiency gain with Orthogonal Sub Channel feature (doubling capacity compared to Half Rate) • Flexi BTS Auto Connection • Better management of EDAP rellocation with Auto EDAP reallocation feature, together with PCU restart handling • Green environments by lower power consumption BTS

Quicker, OPEX saving and efficient rollout

• FlexiBSC capacity up to 4200 TRX and 25000 Erl • TCSM3i capacity up to 16.320 ch • Migration toward Packet Abis, A over IP, FlexiPacket Connectivity, in conjunction with Integrated abis optimization • Flexi BTS for Single RAN (GSM, WCDMA and LTE) Confidential 37 © Nokia Siemens Networks

BK / April 2011

Efficiency for radio interface

Bigger capacity for the current installed base and migration to Native IP transport

OSC Half Rate with SAIC MS Benefits with RG20 with current Handset Available

Hardware Efficiency: •

Increased Voice Capacity

Improved Capacity

OSC Spectral Efficiency Energy Efficiency Confidential 38 © Nokia Siemens Networks

Freeing Capacity for PS Services

BK / Mei 2011

Smooth Native IP migration with RG20 With Packet Abis and A over IP BSS

Core Site

BSC

SMLC

MGW

TCSM BSC-BSC

Lb+

BSC

A Ater

Abis

A

MSC

Sigtran

Abis O&M

BTS

Gb

NetActTM

Before


BSS13 (CESoPSN)

BK / Mei 2011

RG10 (CESoPSN)

RG20 Packet Abis A over IP

SGSN

All IP connectivity with Multicontroller BSC

RG20 On Top

• Ready for 2G to single RAN modernisation with All-IP transmission • Packet Abis, Gb/IP, AoIP (TC in BSS with transcoder modules)

Multicontroller BSC AoIP

EDGE – Packet Abis

SS7 / IP (SIGTRAN)

O&M / IP

EDGE – Packet Abis

NetActTM

Gb / IP

Lb / IP

SMLC PS Core


BK / Mei 2011

CS Core

Multicontroller BSC

RG20 on top

Smooth migration from Flexi BSC -> Flexi BSC 4200 Trx -> MultiController platform Flexi BSC

Extending existing Flexi BSCs w ith Multicontroller BSC modules

BSC

• Evolution path for existing Flexi BSC installations •

RNC

Extending capacity of Flexi BSC w ith Multicontroller BSC modules instead of using traditional Flexi BSC BCSU and/or PCU2/ETP extensions

• Flexible module based solution for building new sites •

BSC in standalone module based Multicontroller

• High scalability by just adding modules Flexi BSC TRX and PCU Capacity Extensions

Smooth RNC capacity PCU upgrade when need for GSM TRX or PCU capacity goes down

•

Starting from tw o module fully HW redundant configuration

• Additional modules according traffic needs •

TRX capacity extension steps

•

Additional PS data capacity extension steps

• High connectivity and traffic handling capacity EDGE – Packet Abis Packet Switched network

BSC RNC

With new installations : • •

Upto 4400 TRXs Ov er 26 000 Erlangs

•

Upto 34 816 Packet Abis channels for PS data

• Module size 4U - fits into 19” rack

WCDMA Standalone Multicontroller BSC

•

Smooth RNC capacity upgrade when need for PCU GSM TRX or PCU capacity goes down


Note: mcBSC RG20 on top implementation supports the RG20(BSS) Feature Set and the Flexi EDGE & Multiradio BTSs (via Packet Abis over IP/Ethernet) Feature ID(s): BSS21530

BK / Apr 2011

How to decrease Radio Network energy consumption? Consider whole site solution, and network level! Capacity with less sites & TRXs Doubled voice capacity with software instead of additional TRX OSC, AMR* and DFCA: 50% fewer sites 20-50% less energy KPI: Erl/kWh * incl AMR enhancement features

Modern HW & Site solutions Lowest power consumption BTS & Site Outdoor BTS 6-sector site RF close to antenna – no feeder losses No air-conditioning, or use higher operating temperature Use renewable energy

Energy Efficiency SW Solutions Discontinuous transmission: stopping transmission during speech pauses GSM/EDGE: Switch down TRX Smart Energy Control Solution

Coverage with less sites & TRXs 20…30% fewer sites for coverage RF performance smart radio double power TRX (Super) Extended Cells w/o capacity degradation

RG20 SW offers a comprehensive Energy Saving Feature for all installed based NSN FlexiBTS, UltraSite, BTSPlus (BS24xx) Confidential 42 © Nokia Siemens Networks

Automatic EDAP Reallocation in PCU

RG20

Reduced Traffic Impact for EDAP Configuration changes • This feature removes the need for manual (MML) actions related to EDAP (EGPRS Dynamic Abis Pool) Modifications

EDAP #1 32x 64 kbit/s

• Only those timeslot allocations of the logical

PCM (within the PCU) which are affected by the EDAP Changes are re-allocated, automatically

• The feature minimises the number and duration of PS Data service outages arising from EDAP Changes

• Furthermore, it optimises the usage of the RG20 (BSS) “PCU Restart Handling” feature


Feature ID: BSS21232

EDAP #2

PCU PCU PCU

EDAP #3 Free Logical PCM (within the PCU)

BSC

Introducing Flexi Multiradio 10 BTS Ten-folding the Single RAN BTS performance

The best Single RAN BTS gets even better!

Flexi Multiradio 10 BTS •

Flexi Multiradio BTS • GSM/EDGE SM • WCDMA/HSPA/LTE BTS SM

3 x 90W PA Everything in 2 Modules

GSM/EDGE/WCDMA/H SPA/ LTE/LTE-A SM SW upgradeable - Every technology - Capacity

3 x 70W PA

OR Outdoor System Module

SW upgradeable - WCDMA to LTE - Capacity

Flexi Multiradio BTS evolution Confidential 44 © Nokia Siemens Networks

Flexi Multiradio 10 BTS

Indoor System Module

Capacity extension sub-modules

Flexi Multiradio 10 BTS Truly software-defined base station for 4 technologies GSM, HSPA/HSPA evolution, LTE(FDD&TDD) and LTE-A (3GPP Rel. 10) Single RAN Advanced Truly software-defined for 4 technologies LTE-A and TD-LTE support

Future proof Investment - Backward compatible

High capacity Ethernet transport built-in

Outdoor and Indoor versions

Unprecedented Capacity Explosion – Pay as you grow Over 10 times more capacity and over 10 Gbps per site 25000 connected smart devices and active subscribers Confidential 45 © Nokia Siemens Networks

Greener than ever with 30% lower power consumption

Technology Evolution Capacity growth vs. Multiradio capability

Multiradio (# Technologies supported)

Same look and feel with awarded Flexi Design

Most Awarded Multiradio Base Station

LTE-A

Flexi Multiradio 10 BTS Flexi Multiradio BTS

GSM/HS PA/LTE Flexi Multiradio BTS

Mobile Broadban Flexi WCDMA BTS d Flexi EDGE BTS HSPA/LT Single E Technology

Capacity


Flexi BTS - Secure existing investment Chain Flexi Multiradio System Module

Tomorrow

Today

Flexi triple RF Module Flexi Multimode System Module

Flexi Multiradio System Module

Capacity Explosion With System Module Chaining

LTE-A

GSM - HSPA – LTE-A HSPA or LTE Configuration by chaining Flexi Configuration with Flexi MultiradioMultiradio BTS System Module

Future proof Investment - Backward compatible – Forward looking Confidential 47 © Nokia Siemens Networks

Animated

New level of energy saving Lowest Power Consumption GSM + WCDMA + LTE BTS site [W]

Cabinet Based 4100W

4000

3000

Flexi EDGE Flexi WCDMA BTS

2000

1300W

1000

Flexi Multira dio Flexi 30% Multiradio 10 BTS BTS 510 W 790 W

0

2005

2008

2010

Based on 1+1+1 WCDMA BTS , 4+4+4 GSM BTS and 1+1+1 @20 MHz LTE BTS Confidential 48 © Nokia Siemens Networks

450W 450W 600 W

2012

• 3 Technologi es in about 1 KW • 30% lower energy consumpti on WCDMA & GSM LTE

Flexi Multiradio System Module The new system module for Flexi Multiradio 10 BTS Optimized system capacity and site deployment You chain

Latest silicon technology

10x more site capacity 3x more system module capacity

Hardware scalability - Indoor, outdoor

Scalable capacity submodules

True Software Defined Multiradio platform for GSM, WCDMA, LTE (FDD &TDD) and LTE-A Confidential 49 © Nokia Siemens Networks

Flexi Multiradio System Module Indoor and Outdoor System Modules

Outdoor

Indoor 30 cm

19 Inch installation

19 Inch installation

2U 3U

Flexi Multiradio 10 BTS: - even more flexible and easier to deploy


Flexi Multiradio System Module Outdoor Building blocks

Optional baseband capacity and technology extension sub-module (0-2 pieces)

Without covers for cabinet and rack installation

Optional transport sub-module alternative

With covers for stack, wall and pole installation



Optional integrated and external site DC power distribution alternative

Flexi Multiradio System Module Indoor Building blocks

Optional baseband capacity and technology extension sub- module (0-2 pieces) Without casing for stack, cabinet and rack installation

Optional transport sub-module alternative

Optional 3U casing for stack, wall and pole installation



Optional DC power distribution

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FMR Product and Feederless Solution Ver-1.71

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