TMS320C6701 / Virtex-II-based SignalMaster (Stand-Alone) Key Features & Benefits Supports Code Composer Studio from TI and ISE Foundation from Xilinx for low-level development. On-Board JTAG interface enabling DSP emulation from the host PC. Support for VIM, PC/104 Plus, and GPIO modules for adding off the shelf or custom A/D and D/A modules. Access to a broad range of adequately designed I/O boards : high-speed up to 65MHz, multi channel up to 10MHz, audio, video and more. Fast transition from system level simulation to implementation using Simulink/Xilinx System Generator to generate executable DSP/FPGA code. High-Level Blocksets provide control for the on-board CODECs IN and OUT channels, VIM site, and GPIO pins. Communication interface allowing interactive parameters modification without interrupting the DSP application. Complementary offer of DSP libraries and IP components. Help files, tutorials, demos and documentation for quick start. Development and integration services from other in-house division. Overview The TMS320C6701 / Virtex-II-based SignalMasterTM system is the most flexible stand-alone 'C67x-based architecture available. Providing over 1 GFLOPS performance, the 'C67xÆ processor - coupled to the on-board Virtex-II FPGA from Xilinx - offers the same performance as that achieved with several DSPs. This stand-alone platform comes in a 3U rackmount enclosure that can be delivered for compliance to commercial or military specifications. The hardware was specially designed to be used either as a stand-alone prototyping platform or as a final industrial, OEM product. Highlights Combined compact PCI (cPCI) 6U form factor DSP/FPGA board + Pentium class 'docking' CPU board Texas Instruments TMS320C6701 DSP Xilinx Virtex-II series FPGA, up to XC2V8000 Multiple I/O interfaces: On-board CODEC, VIM & PC/104 Plus expansion sites, 60-pin GPIO header and JTAG On-board 100BaseT Ethernet controller Hardware drivers integration in Simulink/Xilinx System Generator Blocksets for quick implementation of Simulink models DSP & FPGA-in-the-loop, co-simulation of Simulink/Xilinx System Generator models Leading edge communication interface allowing Real-Time data monitoring from Simulink scopes and remote operations