Embedded Target for Texas Instruments C6000 DSPs    

Supported Boards and Simulators

Using the C6000 target provided by the Embedded Target for TI C6000 DSP you can generate code to run on the following boards.

Table 2-1: Texas Instruments Boards Supported by the Embedded Target for TI C6000 DSP
Board Designation
Mode
Description
TMS320C6701 EVM
Floating point
Evaluation module for developing DSP applications for the C6701 digital signal processor. Supports code generation, model execution, and RTDX link use.
TMS320C6711 DSK
Floating point
Starter kit for developing DSP applications for the C6711 digital signal processor. Supports code generation, model execution, and RTDX link use.
C6xxx Simulator
Floating point
Simulator for the C6701 and C6711 digital signal processors. Supports code generation and RTDX link use. Supports model simulation and code operation through a software timer/scheduler.

About Simulators

CCS offers many simulators for the C6701 and C6711 digital signal processors, in the CCS Setup Utility. Much of your model and algorithm development efforts will work with the simulators, such as code generation. And, since the Embedded Target for TI C6000 DSP provides a software-based scheduler, your models and generated code run on the simulators just as they do on your hardware. You can use the real time data exchange (RTDX) links with the simulators as well. For more information about the simulators in CCS, refer to your CCS online help system.

When you set up a simulator, you must match the processor on your target exactly to simulate your target hardware. If you plan to target C6701 EVM boards, your simulator must contain a C6701 processor, not just a C6xxx simulator. Simulators must match the target processor because the codecs on the board are not the same and the simulator needs to identify the correct codec. Correctly matching your simulator to your hardware ensures that the memory maps and registers match those of your intended target signal processor.


  TI C6000 and Code Composer Studio IDE Typical Board Setup for Developing Models