TMS320C6655CZH

TMS320C6655CZH is a digital signal processor (DSP) integrated in a single chip from the C6000 family of devices from Texas Instruments. The C6655CZH device is a multicore processor made up of three independent Cortex-A15 application cores, and eight cores derived from the C66x DSP. The C6655CZH is designed to give high performance processing, scalable performance, and low power in an optimized system.

Application Field

The C6655CZH is commonly used in various applications such as medical imaging, gaming and entertainment, automotive platforms, 3D graphics and acoustic systems. The C6655CZH can also be used in high-end embedded systems such as factory automation, telecommunications, signal and image processing, industrial control, and robotics.

Medical imaging is one area where the C6655CZH finds a great application. With its extremely high resolution and low latency, the C6655CZH is well suited for imaging applications. The processor can process large amounts of data quickly and accurately, making it ideal for medical imaging. It can be used to create high-quality imaging tools such as portable X-rays, MRI scanners, and PET scans.

The C6655CZH is also used in gaming and entertainment. With its powerful processing capabilities and low power consumption, the C6655CZH makes a great choice for gaming applications. With its scalable architecture, the C6655CZH can easily scale up to provide better graphics and performance. The C6655CZH can be used to power consoles, PCs, and mobile devices, making it ideal for gaming and entertainment applications.

The C6655CZH is also used in automotive applications. With its hight-speed memory, the C6655CZH can be used to power navigation systems, driver assistance systems, and in-vehicle entertainment systems. With its low power consumption and scalability, the C6655CZH can easily scale up to provide better performance for automotive applications.

The C6655CZH is also used in 3D graphics and acoustic systems. With its powerful processing capabilities, the C6655CZH can be used to create high-performance 3D graphics and sound systems. The C6655CZH can also be used for signal and image processing applications, such as audio and video encoding and decoding, speech recognition, and voice synthesis.

The C6655CZH is also used in industrial control systems. With its high-speed memory and processing cores, the C6655CZH can be used to control sophisticated industrial machinery. The processor can be used to control robots, factory automation systems, and industrial production lines.

Working Principle

The C6655CZH processor is based on the C66x Digital Signal Processor (DSP) core, which is a VLIW (Very Long Instruction Word) processor, and is designed to provide high performance and low power in an optimized system. The C6655CZH is made up of three independent Cortex-A15 application cores and eight C66x DSP cores. The C6655CZH is capable of operating at speeds up to 1.2GHz.

The C6655CZH is a highly scalable processor, allowing for a variety of configurations. The processor can be configured with different power and performance levels, based on the specific application requirements. The C6655CZH can also be scaled up or down, to provide different levels of performance and power savings.

The C6655CZH processor is capable of executing a variety of instructions and addressing multiple data types, including: uint32, int64, float, double and Int32. Additionally, the C6655CZH can execute parallel instructions more efficiently than other processors, allowing for more complex algorithms to be executed quickly and accurately.

The C6655CZH is also capable of delivering very low power consumption and high performance. By running multiple independent tasks in parallel, the C6655CZH can maximize the efficiency of utilization of the power and performance of the processor.

The C6655CZH is designed to provide a scalable platform, which can be optimized for many different applications. The processor is designed to be flexible and configurable, offering a variety of configurations to meet the specific requirements of specific applications.