Manufactured by Analog Devices Inc., the ADSP-21367KSWZ-2A is a high-performance, 32-bit digital signal processor (DSP) that is part of the SHARC® Processor family. This DSP is renowned for its exceptional processing power and is designed to support complex algorithms and functions, making it ideal for a wide range of audio, video, and industrial applications.
Key Features:
- High Performance: With a 32-bit floating-point architecture, the ADSP-21367KSWZ-2A delivers up to 400 MHz performance, which translates to 2400 MFLOPS (million floating-point operations per second). This high level of performance is essential for handling sophisticated signal processing tasks efficiently.
- Large On-chip Memory: The device includes 5M bits of on-chip RAM, which can be accessed with minimal latency. This on-chip memory is crucial for real-time processing applications where quick data access is paramount.
- Flexible Peripherals: A variety of peripherals are integrated, including serial ports, parallel ports, and timers, which provide the flexibility needed to interface with a wide range of external devices and systems.
- Link Port: The inclusion of a link port allows for direct processor-to-processor communication, enabling efficient data transfer and system scalability without using additional external components.
Applications:
The ADSP-21367KSWZ-2A is designed to excel in applications that require high-speed and precise digital signal processing. Some of the typical applications include:
- Professional and consumer audio systems
- Home theater systems
- Automotive audio and infotainment
- Industrial control systems
- Medical imaging equipment
- Instrumentation and measurement systems
Technical Specifications:
| Parameter |
Value |
| Clock Speed |
400 MHz |
| On-chip Memory |
5M bits |
| Operating Temperature |
-40°C to +85°C |
| Package |
100-LQFP (Lead Quad Flat Pack) |
With its robust set of features and capabilities, the ADSP-21367KSWZ-2A from Analog Devices Inc. is a versatile and powerful DSP solution for developers looking to push the boundaries of digital signal processing.