ADSP-21593WCBPZ10

ADSP-21593WCBPZ10 is Analog Devices’ Blackfin digital signal processor, model ADSP-21593, housed in the WCBPZ10 package. It’s a high-performance embedded DSP designed for real-time signal processing in audio, communications, imaging, and control applications. The device combines a Blackfin core with an integrated memory subsystem, DMA engine, and a rich peripheral set, enabling efficient data movement and peripheral I/O without frequent CPU intervention.
Key features (typical):
- Blackfin core with high-throughput DSP capabilities
- On-chip and/or tightly coupled memory options plus external memory interfaces
- Multiple serial interfaces (SPORT/McBSP, UARTs, SPI/I2S) and general-purpose I/O
- DMA controller, timers, and PWM for real-time control
- Peripheral support suitable for audio, video, and sensing applications
- Development supported by Analog Devices toolchains (VisualDSP++ or CrossCore Embedded Studio) with libraries and drivers
The WCBPZ10 suffix indicates a specific packaging, pinout, and operating conditions. For exact specs (clock speed, memory size, I/O counts), consult the official ADSP-21593 datasheet and packaging documentation.

Plastic Quad Flat Pack (PQFP) package.

Pin count: 208-pin package (208-pin LQFP).
Function: ADSP-21593WCBPZ10 is a SHARC-based digital signal processor designed for high-performance DSP applications (often audio/signal processing), featuring floating-point capability and integrated memory interface and I/O peripherals for real-time processing.

- Manufacturer: Analog Devices, Inc. (Analog Devices).
- What kind of company: A multinational American semiconductor company that designs and manufactures analog, mixed-signal, and digital signal processing (DSP) integrated circuits, sensors, and related signal-processing solutions.

Applications: high-performance audio and voice processing (mixing, effects, codecs); automotive infotainment and hands-free communication; professional and consumer audio equipment; telecommunications/baseband signal processing; radar/sonar and sensor signal processing; medical imaging and instrumentation; industrial automation and real-time DSP tasks.