Introduction to TI DSP Solutions

DSP usage has become very diver- sified—from communications infrastructure to handheld, portable appliances. TI has worked with its customers and third parties to deliver DSP core architectures that are well established and optimized for diverging combinations of power-performance needs.

Advantages of designing with DSPs over other microprocessors:

•Single-cycle multiplyaccumulate operations

•Real-time performance, simulation and emulation

•Flexibility

•Reliability

•Increased system performance

•Reduced system cost

Advantages of TMS320™ DSPs over the competition:

•Highest performance DSPs

•Lowest power DSPs

•Market leaders in compatible analog and mixed signal solutions

•Manufacturing strength and commitment

•Wide variety of packaging options

•Better support from concept to completion

•Low-cost starter kits and evaluation modules

•Cycle-accurate simulators

•Optimizing high-level language compilers

•Feature-rich integrated development environment

•Real-time scan-based emulators

•Application software library

•Technical hotline and Internet presence

•Largest Third-Party Network in the DSP industry

•eXpressDSP: Industry awardwinning open software development tools

TMS320™ DSP Family

Since the inception of Processor (DSP) in plementary technology next-generation,

pose and applicationthe most extensive

TMS320C6000™ with considerable cost-efficiency using platform, which features

sists of the TMS320C64x™ as well as the

signers working on imaging applications, to 4800 MIPS for fixed

TMS320C5000™ broad portfolio of over

integrates a TMS320C55x™ chip. With the industry’s options and small

portable Internet and power consumption as

TMS320C2000™ the C2000™ DSP most code-efficient erals such as Flash modules, two of the TMS320F2812 DSPs, automotive control ment time while

For accelerated DSP supported by eXpressDSP™ Code Composer Studio™ DSP Algorithm Standard reusable, modular

industry.

TMS320 Digital Signal

TMS320C2000

C24x, C28x

Control

Optimized