DM388AAARD21

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Digital Signal Processors (DSPs) are a type of embedded processing instrument used for a variety of applications. They are used to store, process and deliver digital signals in a wide range of consumer, industrial and healthcare applications. The DM388AAARD21 is a multi-core low-power SoC platform, offering an enhanced TMS320C6x single core DSP along with an ARM926EJ-S core. This system-on-chip platform is a powerful and cost-effective way to develop a host of embedded applications.

The DM388AAARD21’s application fields are primarily located in the consumer, medical, automotive, wireless and imaging markets. It is a great choice for developers who need the capability of a multicore SoC with the power efficiency of a low-power DSP at an accessible price. The DM388AAARD21 is perfect for applications that require advanced DSP computation with minimal power and cost.

The DM388AAARD21 supports several peripherals, including Ethernet-based SPI and I2C ports, general purpose I/O (GPIO) pins, and USB 2.0/1.1 host ports. It also supports a range of various devices and formats such as UARTs, primary and secondary HD/SD decoding and encoding, and HDMI/SDI/CVBS inputs and outputs. The DM388AAARD21 also supports digital and analog audio as well as video output.

The DM388AAARD21’s DSP working principle is centered on the main core—the TMS320C6x single core DSP. As a member of the TI TMS320C6000 DSP platform, it\'s designed for developing high performance, power efficient and reliable embedded applications. It has a highly scalable architecture with two processing modes—dual-pipeline, quad-pipeline, or octal-pipeline parallelism. It also features cascaded address generators, 32-bit data paths, and hardware looping for intensive calculations.

The TMS320CC66x processor architecture, used by the DM388AAARD21, is based on a fully programmable 32-bit RISC-based processor core. This core is based on the Harvard architecture and is tailored to offer high performance and low power consumption. It runs on the ETM/STM instruction set and allows for software scalability and application versatility. The processor is capable of performing both integer and floating-point operations, as well as signal processing functions in parallel. As a result, the TMS320CC66x processor provides a flexible, cost-effective solution suitable for a wide variety of signal processing applications.

The core architecture of the DM388AAARD21 also supports concurrent operation of the ARM926EJ-S virtualization engine and the TMS320C6x DSP core, allowing for hardware-enforced separation between the two. The ARM926EJ-S virtualization engine supports a wide range of software development environments like Android, Assertions, Linux, NetBSD and Windows CE. The DM388AAARD21 provides a powerful and configurable platform for developers to explore and develop applications for the embedded market with minimal effort.

In summary, the DM388AAARD21 is a powerful and cost-effective multi-core system-on-chip platform used for a variety of embedded applications. It provides both a powerful TMS320C6x single core DSP and an ARM926EJ-S core, allowing for a cost-effective way to develop embedded applications with minimal power consumption. The DM388AAARD21 is the perfect choice for developers looking for a combination of cutting-edge features, powerful processing capabilities and low power consumption in a cost-effective package.

The specific data is subject to PDF, and the above content is for reference