OMAP5910 Processor

Applications:

•Internet appliances

•Applications processing

•Enhanced gaming

•Webpad

•Point-of-sale

•Medical devices

•Industry-specific PDAs

•Telematics

•Digital media processing

•Military and government cellular

Features:

OMAP5910 dual-core processor includes both:

150-MHz TI-enhanced ARM925 microprocessor:

•16 KB instruction cache and

8 KB data cache

•Data and instruction MMUs

•32-bit and 16-bit instruction sets

150-MHz TMS320C55x™ DSP core with:

•12 KW (24 KB) instruction cache

•80 KW (160 KB) SRAM

•16 KW (32 KB) ROM

•Hardware accelerators for

video algorithms

Peripherals and on-chip resources:

•192 KB shared SRAM

•Two 16-bit memory interfaces for SDRAM and flash

•Nine-channel system DMA controller

•LCD controller

•USB 1.1 host and client

•MMC/SD card interface

•Seven serial ports plus three UARTs

•Nine timers

•Keyboard interface

•Small, 289-pin (12 mm × 12 mm) MicroStar™ BGA package

•Less than 250 mW at 1.6 V

Operating Systems Supported:

•Microsoft® Windows™ CE

•Open source Linux®

Embedded OMAP Processor: OMAP5910

Sampling today, the dual-core OMAP5910 processor integrates a TMS320C55x™ DSP core with a TI-enhanced ARM925 on a single chip for the optimal combination of high performance with low power consumption. This unique architecture offers an attractive solution to both DSP and ARM developers, which provides the low-power, real-time signal processing capabilities of a DSP coupled with the command and control functionality of an ARM.

Combined with TI’s software development support, OMAP Technology Centers, OMAP Developer’s Network, tools and software, the OMAP5910 processor is ideal for designers working with devices that require embedded applications processing in a connected environment. These applications range from Internet applications to military and government cellular.

Familiar Development Environment Speeds Design Cycle

The OMAP5910 processor enables embedded developers to program using familiar development environments by supporting leading operating systems such as Microsoft® Windows™ CE.NET, Linux™, and TI’s DSP/BIOS™ real-time scalable kernel.

This open development environment makes it possible for designers to deliver innovative products to the market faster, utilizing familiar tools, a standard application programming interface (API) and a seamless interface to the DSP through an optimized interprocessor communication mechanism. The built-in interprocessor communication mechanism eliminates the need for developers to program the RISC and DSP independently resulting in reduced programming efforts.

OMAP5910 Peripheral Block Diagram

OMAP5910 processor diagram with ARM925 and C55x™ DSP cores and peripherals.

OMAP5910

Software and Tools

To aid you in developing your application with an OMAP5910 processor, the following development tools and software are available:

•Innovator™ Development Kit for the OMAP Platform is a handheld expandable development platform.

•Full support for high-level operating systems and programming languages such as Linux™ and Microsoft® Windows™ CE.

•Code Composer Studio™ IDE for the OMAP platform: integrates all host and target tools in a unified environment, which simplifies DSP configuration and optimization.

•A growing base of TI DSP-based software modules from third parties including over 70 eXpressDSP™-compliant, interoperable algorithms.

Support

The OMAP Developer’s Network includes a number of independent companies and consultants designing products for the OMAP platform. For more in-depth technical support, customers also will have access to fee-based OMAP Technology Centers (OTC) complete with on-staff consultants ready to focus on specific design issues.

Samples and Availability

The OMAP5910 processor is sampling today with volume production scheduled first quarter 2003. Contact your local TI representative for further information.

Technical Documentation

•OMAP5910 Data Manual (SPRS197)

•OMAP5910 Technical Reference (SPRU602)

•OMAP5910 Silicon Errata (SPRZ016)

•System Initialization for the OMAP5910 Device (SPRA828)

•Configuring Code Composer Studio for OMAP Debugging (SPRA807)

Block Diagrams

•OMAP5910 Device Block Diagram

•OMAP5910 System Block Diagram

White Papers

•Multimedia Technologies on Terminals Based on the OMAP Platform

•Enabling the Killer Application

•Bringing Streaming Video to Wireless Handheld Devices

•Programming Considerations for Developing NextGeneration Wireless Embedded Applications

•Reducing the Security Threats to 2.5G and 3G Wireless Applications