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June 2011 Texas Instruments Wireless Base Station Infrastructure Femtocells World Summit 2011

Wireless Basestation Infrastructure

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Page 1: Wireless Basestation Infrastructure

June 2011

Texas Instruments

Wireless Base Station Infrastructure

Femtocells World Summit 2011

Page 2: Wireless Basestation Infrastructure

Heterogeneous networks emerge

EnterpriseFemto Pico

Metro

MacroCloud

RAN Radio

Innovations

Page 3: Wireless Basestation Infrastructure

KeyStone scales

EnterpriseFemto Pico

Metro

MacroCloud

RAN Radio

Innovations

TMS320TCI6612

SoC

TMS320TCI6614

SoC

TMS320TCI6616

SoC

TMS320TCI6618

SoC

Page 4: Wireless Basestation Infrastructure

Introducing KeyStone small cell solutions

Enterprise

FemtoPico

Metro

Page 5: Wireless Basestation Infrastructure

DSP CorePacs

L1, L2

Tera

Net

Multicore Navigator

AccelerationPacs

Packet and Security Processing

L2 and Transport Processing

L1 Radio Processing

I/O

ARM CorePacs

L3+ +

KeyStone innovation continues

• The foundation for

high performance

base stations

• Scalable from

enterprise to macro

• Multistandard

support

• Full multicore

entitlement

AccelerationPacs

Digital RadioDSP

VSP

ARM

KeyStone

Infrastructure

Accelerators

I/O

KeyStone

Multicore

Palette

Page 6: Wireless Basestation Infrastructure

Enhanced user experience

• Satisfy more usersFull

LTE/WCDMA bandwidth

• Facilitates operator’s migration strategies

Dual mode support

• Expanded coverage Mobility

• Optimize use of spectrum

Interference management

• Future enhancementsHeadroom

Page 7: Wireless Basestation Infrastructure

Texas Instruments

Wireless Base Station Infrastructure

Femtocells World Summit 2011

Big performance, small cells

• Built on TI’s innovative KeyStone multicore architecture

Superior performance

• C66x DSPs and ARM® RISC processor

• Production quality software

• Unified multicore tool suite for ARM and DSP

• Digital radio front end

Comprehensive

platform

• GSM, CDMA, WCDMA, TD-SCDMA, WiMAX, FDD-LTE, TDD-LTE

• Simultaneous 3G and 4G

Dual mode

operation

Page 8: Wireless Basestation Infrastructure

Tera

Ne

t

Queue

Manager

Multicore Navigator

Security

Coprocessor

Packet

Coprocessor

UMTS

ChipRate

DL

UMTS

ChipRate

ULTurbo ViterbiFFT

Bit

Rate

ARM

A8

I/O

C66x C66x

DSP

VSP

ARM

KeyStone

Infrastructure

Accelerators

I/O

KeyStone

Multicore

Palette

TMS320TCI6612

SoC

TCI6612 high performance small cell SoC

• Dual C66x DSP cores

• ARM Cortex A8

• Full rate LTE w/ CAT 1-5

UE support

• HSPA + capable

• Dual mode

• ~ 64 users

Page 9: Wireless Basestation Infrastructure

Tera

Ne

t

Queue

Manager

Multicore Navigator

Security

Coprocessor

Packet

Coprocessor

UMTS

ChipRate

DL

UMTS

ChipRate

ULTurbo ViterbiFFT

Bit

Rate

ARM

A8

I/O

C66x C66x C66x C66x

DSP

VSP

ARM

KeyStone

Infrastructure

Accelerators

I/O

KeyStone

Multicore

Palette

TMS320TCI6614

SoC

TCI6614 SoC – supporting advanced features

• Quad C66x DSP cores

• ARM Cortex-A8

• Simultaneous dual mode

• Advanced receiver

algorithms

• Sophisticated schedulers

• ~ 128 users

Page 10: Wireless Basestation Infrastructure

Start today!

• Emulates the full functionality of TCI6612/14

• Includes RF front end

• Complete with1588 synchronous Ethernet, GPS sync timing

• GC5330 provides DUC/DDC and CFR/DPD

Development and

demonstration ready

Available

TCI6612/14

KeyStone

RF

NL5550

Available

C6A8167

Integra™

TCI6616/18

KeyStone

RF

RF

RF

RF

RF

GC5330

FPGA

NL5550

TMDXSCBP6616X

Page 11: Wireless Basestation Infrastructure

Broad portfolio of KeyStone SoCs

KeyStone

Architecture

KeyStone

Software

KeyStone

Tools

KeyStone

Devices

Enterprise

FemtoPico Metro Macro

Cloud

Cluster

TMS320TCI6612

SoC

TMS320TCI6614

SoC

TMS320TCI6616

SoC

TMS320TCI6618

SoC

Page 12: Wireless Basestation Infrastructure

Femto Forum finalistEnabling Technology