DM388AAARD21FP

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The DM388AAARD21FP is an embedded digital signal processor (DSP) with an application field that is suited for a wide range of application needs, from motor control and industrial modems to audio/video processing. It packs a feature-set to meet the requirements of high-end embedded designs, including a DSP core, on-chip RAM and ROM, advanced on-chip debug and trace capabilities, and a comprehensive development toolchain.

The DM388AAARD21FP is based on a 32-bit TMS320C64x+ DSP core, which comes with a set of standard peripherals, such as UARTs and timers, configurable global buses, and advanced power management capabilities. It offers one of the highest levels of performance at an optimal cost/performance ratio, making it an ideal choice for advanced embedded designs.

The DM388AAARD21FP is an advanced solution for developers requiring an efficient, low-power and highly functional embedded platform. It includes two serial ports, several on-chip memory blocks, configurable I/O pins, and a variety of peripherals. It provides a wide range of capabilities for applications such as motor control, modems, audio/video processing, communications and embedded data acquisition.

The DM388AAARD21FP is based on a 32-bit DSP core with an optional DMA controller and an on-chip debug and trace unit. The DSP core features an unaligned write/read capability, a five-stage pipeline, and an optimized stack/register architecture which together facilitate high-performance operation without the need for external caches or external DRAM. The device also offers a wide range of peripheral I/O such as UARTs, timers, pulse width modulation units, Ethernet MAC and programmable logic controllers.

The digital signal processor integrates the TMS320C6x+ DSP core, which is the highest performance member of the C6000 platform family. It provides:

• Faster and more efficient execution, due to the combination of an optimized stack and register architecture, unaligned write/read capability and a five-stage pipeline architecture.
• High reliability and noise immunity due to advanced power management.
• A comprehensive development toolchain which includes the Code Composer Studio Integrated Development Environment (IDE) and Emulation development tools.
• Standard peripherals and configurable global buses for fast implementation of peripherals.
• Advance DMA controller for efficient data transfer.
• Full debug and trace capabilities for debugging and system integration.

The DM388AAARD21FP is aimed at providing a versatile, cost effective, and low-power solution for a wide range of applications requiring data acquisition, signal processing, and advanced control tasks. It offers a high level of integration with a variety of peripheral interfaces including UARTs, digital video input/outputs, Ethernet MACs, CAN busses, timers, pulse width modulation controllers, quadrature encoders, digital temperature and other peripheral interfaces.

The DM388AAARD21FP is ideal for embedded control and signal processing applications. The hardware design is based on a 32-bit TMS320C64x+ DSP core, which offers a range of high performance, low power, and standard peripherals. The device is packaged in a small form factor to enable a range of lightweight and low-cost solutions without compromising performance or reliability.

The DM388AAARD21FP is based on the TMS320C64x+ DSP core, which features a five-stage pipeline, unaligned write/read operations, and an optimized stack/register architecture. The device also provides support for standard peripheral I/O, configurable global buses, and power management. The DMA controller supports efficient data transfers and the on-chip debug logic allows for a comprehensive development environment.

The DM388AAARD21FP supports several development tools including Code Composer Studio, with its comprehensive debug and emulation environment. It supports a range of signal processing and control applications, including motor control, modems, audio/video processing, imaging, and data acquisition. The device is also optimized for low power consumption, making it an ideal choice for applications that require high performance while still providing ample battery life.

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