TMX320C6747ZKB3

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TMX320C6747ZKB3 application field & working principle can be broken into three main topics. First, the components and its application field, second, the working principle of the chip, and third, its software development environment.

Components & its Application Field
TMX320C6747ZKB3 includes a digital signal processor, an FFT accelerator and highspeed peripherals. It is a low-power, superscalar microprocessor, with a high-performance, 32-bit RISC/DSP processor core. The general purpose application area of this chip includes audio processing, communication and networking, industrial control, medical electronics, multimedia and surveillance systems, automotive applications, and consumer products. This is due to the wide range of peripherals, peripherals mapping, memory mapping and the low power utilized by this device.

Working Principle & Features
TMX320C6747ZKB3 consists of a multi-core DSP and floating point co-processor that can take on a variety of operations. It has an ARM Cortex-R4F, a DSP subsystem composed of four TMS320C67x DSP cores, which has a maximum speed of 1.5GHz.; and two FFT accelerators. The processor is tuned to offer the best of both worlds, with great low power and low latency features. It includes on-chip PowerQUICC II architecture, allowing integration of a variety of peripherals. Additionally, the four multi-instruction, multi-data (MIMD) cores offer scalability, reducing processor and data bottlenecks.

Software Development Environment
The TMX320C67XXZK board supports multiple development platforms including Code Composer Studio (CCS), IAR Embedded Workbench, Rowley CrossStudio, and a Linux environment for embedded system development. This enables users to access an FPU, dual instruction cache and fast interrupt/data transfers and low-latency connections among cores. The board even includes multiple debugging tools including I2C Serial communication, UART port debugging, USB debug and JTAG debugging.Furthermore, the chip is supported by the entire system design module, software development tools and reference design to enable the users to easily customize and develop their own applications.

In conclusion, TMX320C6747ZKB3 offers a great potential for embedded system development due to its wide range of peripherals, its low-power utilization, as well as its scalability. Its combination of a DSP, FFT Accelerator, PowerQUICC II architecture, and Cortex-R4F ARM provides users with the flexibility to create applications and functionalities for a variety of applications. Last but not least, users also benefit from the wide range of development platforms, debug tools and reference designs available for the TMX320C67XXZK board.

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