TMDXEVM6657LE

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TMDXEVM6657LE Application Field and Working Principle

TMDXEVM6657LE is an Evaluation Modules (EVM) that makes embedded development with the Texas Instruments (TI) TMS320F28335 easier for various projects. It is part of the wider category of Devices > Evaluation Modules > Embedded and specifically labeled as Evaluation Boards - Embedded - MCU, DSP.

TMDXEVM6657LE builds on the cores of the already established TMS320F28335 Lineup of Processor. Coming with a wide array of peripherals over the various DSP ports, this EVM boasts even more features as compared to its earlier counterparts.

The exact features of the TMDXEVM6657LE include:

• Full four-channel operation with an integrated overview of status and active operations during system configuration.
• Easily integrated and easy-to-use interfaces ranging from DSPs and MCUs to Cortex A53, Cortex-A57, as well as ECC memory.
• Flexible debug capability via JTAG, serial, or Ethernet connections, as well as optional dedicated JTAG connections for system validation.
• Integrated design platform integrating high level support for Apple and Windows operating systems.
• Simplified system design with system-level drivers for peripherals, allowing for integration into already highly optimized products.

This robust Electronic Design Environment (EDE) also includes support for development and integration for many different software levels, ranging from operating systems to languages such as Real Time Operating System (RTOS) and High Performance Computing (HPC), making it an attractive option for any project needs. Furthermore, the TMDXEVM6657LE also includes support for programming and debugging in C/C++, as well as a debugging console for easy testing of code development.

The working principle of the TMDXEVM6657LE follows the WSClean Development Process, which allows for easier integration, iterative development, and use of readily available tools. An iterative development process works by breaking the process of development into smaller steps, each step taking smaller and smaller pieces from the program until the design is complete. This allows for faster and more efficient development, as well as fewer iterations and a more straightforward testing process, reducing development time and eliminating rework.

The WSClean Development Process also include the following four individual steps:

• Create the Design Schematics, which involve designing the input and output characteristics of the circuit in order to achieve a desired performance.
• Build the Logic, which includes constructing the logic blocks from the required components.
• Prototype the Design, which involves building a prototype of the designed system from the schematic blocks.
• Test the Design, which is the verification that the system behaves as expected and allows for any required changes to be made before production.

By following the WSClean Design Process, development teams can quickly and efficiently create and test the design of their products, giving them an easier time for deploying products onto the market. Furthermore, the WSClean process allows for teams to easily measure the performance of their device through various kinds of analysis such as: chip-level simulation, power and performance analysis, and system-level modeling.

Overall, the TMDXEVM6657LE provides a useful and versatile platform for developing products using the Texas Instruments TMS320F28335. By combining the performance and robustness of the EVM with the versatility of the WSClean Design Process, teams can quickly develop and deploy products with the minimum of development time and effort.

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