MityDSP-L138F – FPGA+DSP+ARM System on ModuleARM9, Floating Point DSP, and User Programmable FPGA SOM

The MityDSP-L138F System on Module (SOM) is the highest performance module in the OMAP-L138 family of MityDSPs. An overview of the module family is available here. The MityDSP-L138F ARM9 system supports QNX, embedded Linux, Windows CE 6 and ThreadX operating systems. It features the dual-core OMAP-L138 CPU from Texas Instruments which provides both an ARM9 applications processor and a C674x Fixed / Floating Point DSP.

When combined on the MityDSP with the optional on-board Xilinx Spartan-6 FPGA, system designers have available two 456MHz CPUs along with the capability to add fixed function co-processing or I/O co-processing in the FPGA. The MityDSP-L138F also conveniently offers applications such as industrial embedded instrumentation.

• MityDSP-L138F Data Sheet
• Module Family Overview
• Carrier Board Design Guide
• TI OMAP-L138 Data Sheet
• Xilinx Spartan-6 Product Brief
• L138F JTAG Debug Adapter
• MityDSP-L138 Family Product Change Notifications (PCN)

• Industrial IO Development Kit

Critical Link has partnered with Timesys to provide their LinuxLink toolset which enables quick and easy design, development, deployment and debugging of an embedded product based on open source Linux. Please visit the MityDSP-L138F LinuxLink Development Center to get started.

Our customers benefit from engineering and applications support for the life of their product. This includes free, lifetime access to our technical support site, as well as access to application engineering resources and other services.

• Visit our MityDSP ARM Wiki to access:
  • Linux OS and board support package details, including source code
  • Product change notices
  • Base board design guide
  • Development kit base board design files
  • Software guide to getting started, tool chain, tips and how-to’s
  • Hardware power draw, pin outs, shock and vibration, CAD files, mechanical drawings and 3D models
  • Frequently asked questions
• Visit our MityDSP ARM Forum to access:
  • Software, Hardware, and FPGA forums
• TI OMAP-L1x Wiki
• TI E2E Forums
• MityDSP-L138F Software Defined Radio Using Upp Data Transfer
  • uPP Design Considerations
  • Sample DSP uPP Device Driver
  • Sample uPP Application (Vision System)

Critical Link’s embedded design team also offers engineering services and other support options such as:

• Schematic design review for customer designed carrier boards
• Complete design review services
• Software development services, including custom BSP development
• Base board development services
• Systems Engineering, Software, and Hardware Design to support your project anywhere in the product development lifecycle

Contact us for more information on these services.

• MityDSP-L138F-A7
• MitySOM-AM57F
• MityDSP-L138
• MityDSP-L138(F) Development Kit

Find your local sales contact.

*Note: The selected distributor does not yet carry this model.  You may contact them for ordering information, or submit a request directly to Critical Link.