• Video and Image Processing (MPEG4, JPEG, Windows Media Video, etc.)
• Advanced Speech Applications (text-to-speech, speech recognition)
• Audio Processing (MPEG-1 Audio Layer3 [MP3], AMR, WMA, AAC, and Other GSM Speech Codecs)
• Graphics and Video Acceleration
• Generalized Web Access
• Data Processing

Hardware Features:

• Texas Instruments TMS320C55xx core operating at 192 Mhz.
• ARM9 core operating at 192 Mhz.
• TLV320AIC23 codec
• 32 Mbyte DDR RAM
• 32 Mbyte on board Flash ROM
• 4 Expansion connectors (bottom side)
• RS-232 serial port
• 10 MBPS Ethernet port
• USB port
• On board IEEE 1149.1 JTAG connector for optional emulation
• +5 Volt operation only, power supply included
• Size: 5.55" x 3.54" (141 x 90 mm), 0.062 thick, 8 layers

　　OSK 拥有最先进的硬件，包括 OMAP5912 处理器以及 ARM ＋ DSP SoC 器件，后者专门针对那些需要高性能信号处理功能以及高级应用支持的便携式数据终端应用进行了优化。 TI 的 OMAP59xx 平台定位独特，专门满足 PDT 开发人员与 OEM 厂商的高规格需求，可实现实时功能、高性能数据处理，实现多媒体或分析结果的加速传输，并提供所需的安全特性，而所有这一切都以尽可能低的功耗实现。该平台在同一硅片上无缝集成一个 ARM9 处理器、一个 TMS320C55x™ DSP 以及 PDT 专用外设，这使 PDT 设计人员可在 ARM 与 DSP 之间进行任务的优化分配，从而实现更高的性能。

　　该套件包括的其它硬件有 TI 与 ARM MultiICE® JTAG 接口，它可通过 JTAG 仿真器实现到主机的通信。 TI JTAG 接口不仅与 TI 的 XDS560™ 仿真器兼容，而且与 Spectrum Digital® 整个系列的 JTAG 仿真器也兼容。

Software Features :

• Compatible with MontaVista's Linux for OSK5912
• Compatible with OMAP Code Composer Studio from Texas Instruments

　　OSK 还为开发人员提供了完成设计与测试过程所需的所有软件，这包括一系列主板专用库、芯片专用库以及一套针对 OMAP5912 Linux 内核的 Linux 开发工具。 Linux 是 PDT 设计人员精选的 OS ，因此 OSK 为实施双内核供电的新一代器件提供了熟悉的开发环境。开发人员可在 ARM 与 DSP 上方便地运行 C 代码，同时还能访问可实时操作的源代码与示例代码。 TI 的 Code Composer Studio™ IDE 专门为 OMAP 平台进行了改进。利用 CCStudio ，开发人员可方便地优化应用的实时执行，从而充分利用 OMAP5912 器件的处理能力。

內容：

• OMAP5912 OSK board
• MontaVista Linux for OMAP5912 OSK
• RS-232 cable
• Ethernet cable
• AC Power cord(s) and Power supply
• Quick Start Guide

　 －　 OMAP5912 开发板
　 －　 通用 5V 电源
　 －　 OSK 用户手册
　 －　 OSK 技术参考手册
　 －　 9 针串行 Modem 电缆
　 －　 RJ45 以太网电缆
　 －　 OSK CD-ROM
　 －　 MontaVista Linux CD ROM

OMAP 5912 Starter Kit (OSK) Product Description

Description

The OMAP5912 Starter Kit (OSK) for Portable Data Terminals (PDT) is a low cost, easy to use, convenient way of evaluating the features of the OMAP5912 Processor in next generation PDT devices. The kit includes a development board, and a collection of board and chip specific libraries as well as a suite of development tools for Linux with an OMAP5912 specific Linux kernel. The kit allows users to get started on a portable data terminal-based application and device development.

Features

The OSK Module is designed on a multi-layer printed circuit board using surface mount technology. The printed circuit board measures 5.55 x 3.54 inches (141 x 90 mm.). The OSK Module operates at +5 volts at less than 250 milliamps. Its operating temperature range is 0-70 degrees centigrade.

Hardware and Software Compatibility

The OSK Module has a TI and ARM Multi-ICE JTAG interface which allows communications to a host computer via a JTAG emulator or Multi-ICE. The TI JTAG interface is compatible with the XDS560 emulator from Texas Instruments and the complete line of JTAG emulators from Spectrum Digital. Software drivers for Spectrum Digital emulators to operate with TI's Code Composer Studio are provided with their emulators. In addition updated drivers are available from the Spectrum Digital website.

Software Features

MontaVista LinuxTM operating system and Linux Preview Kit for the Texas Instruments OMAP5912 processor - The Preview Kit reduces the amount of time you might otherwise spend "test-driving" the operating system / hardware solution by providing simple yet powerful demonstrations. With the MontaVista Linux Preview Kit, developers are provided the opportunity to explore the building and debugging process and evaluate real-world hardware performance. In providing you this opportunity to validate the performance and functionality of MontaVista Linux Professional Edition on your target hardware, we will show you how MontaVista can empower and quicken your development experience.

Reference Framework 6 - Reference Frameworks for eXpressDSP Software are provided as starterware for developing applications that use DSP/BIOS and the TMS320 DSP Algorithm Standard (also known as XDAIS). Developers first select the Reference Framework Level that best approximates their system and its future needs. Developers then adapt the framework and populate it with eXpressDSP-compliant algorithms. Since common elements such as memory management, device drivers, and channel encapsulation are pre-configured in the frameworks, developers can focus on their systems unique needs and achieve better overall productivity.

DSP BIOS Link for on-chip inter-processor communication between ARM and DSP - To develop applications that reside on dual cores, developers must implement communications software that enables data and control information to be exchanged between the ARM and the DSP.

The ARM must boot the DSP and control which algorithms the DSP executes for a specific task. In the past, developers have had to create these functions from scratch. DSP/BIOS Link eliminates this task by providing a robust set of ARM-DSP communications services for TI's OMAP platform.

The reference frameworks contain design-ready, reusable, C language source code for the DSP. Developers can build on top of the framework, confident that the underlying pieces are robust and appropriate for the characteristics of the target application. DSP/BIOS Link offers the following features:

      •Point-to-point, asynchronous data streaming between the ARM and DSP
      •Messaging between the ARM and DSP
      •Bootload the DSP from ARM
      •Pre-tested ARM-DSP communications driver support for OMAP
      •Scalable footprint on both microprocessor and DSP

Board Support Library - The Board Support Library (BSL) provides a C-language interface for configuring and controlling all on-board devices. The library consists of discrete modules that are built and archived into a library file. Each module represents an individual application program interface (API) and is referred to simply as an API module. The module granularity is structured so each device is implemented in an individual API module. The goal of the BSL is to provide a level of hardware abstraction and software standardization that improves development time and portability.

Example code with full source for:

      •Sample application - low level code for peripheral testing
      •Sample application - Hello world application
      •Sample application for RF6
      •Sample application for BIOS/Link

Compatible with Code Composer Studio for OMAP

Code Composer StudioTM (CCStudio) Development Tools are a key element of the eXpressDSP Software and Development Tools strategy from Texas Instruments. CCStudio delivers all of the host tools and runtime software support for your TMS320 DSP based real-time embedded application to market faster.

Familiar tools and interfaces allow users to get started faster than ever before and add functionality to their application thanks to sophisticated productivity tools.

Hardware Features

      •ARM9 core operating at 192 Mhz.
      •DSP core operating at 192 Mhz.
      •TLV320AIC23 Stereo Codec
      •32 Mbyte DDR SDRAM
      •32 Mbyte Flash ROM
      •4 Expansion connectors (bottom side)
      •RS-232 Serial Port
      •10 MBPS Ethernet port
      •USB Host Port
      •Compact flash connector
      •On board IEEE 1149.1 JTAG connector for optional emulation
      •+5 Volt operation

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