Processor and DSP
Digital signal processors (DSPs) play an important role in many industries and applications. ADI's processor portfolio features many options such as on-chip ASRC and multi-channel IIR/FIR/FFT accelerators to facilitate real-time audio processing, with large on-chip SRAM Provides scalable low-latency audio performance.
Blackfin Embedded Processor
Blackfin® 16/32-bit embedded processors provide software flexibility and scalability and are ideal for multi-format audio/video/voice/image processing, multi-mode baseband and packet processing, control processing, and real-time security is.
SHARC Audio Processor/SoC
Featuring Analog Devices SHARC ® and SHARC+ ® digital signal processor (DSP) core technology, the SHARC audio processor portfolio offers best-in-class MIPS/mW performance and very low processing latency. increase. The SHARC processor family dominates the floating-point DSP market with outstanding core and memory performance and excellent I/O throughput.
SigmaDSP audio processor
The SigmaDSP® Processor is a fully programmable single-chip audio DSP, easily configurable using the SigmaStudio™ graphical development tool, ideal for automotive and portable audio products.
microcontroller
Analog Devices microcontroller units (MCUs) can also be used in a variety of Internet of Things (IoT) applications. The low-power MCUs offer built-in memory and security features to help protect your IP, power management, and the ability to run from a single coin cell battery.
CM4xx mixed signal control processor
Analog Devices ADSP-CM4xx mixed-signal control processors use an ARM® Cortex™ M4 processor core with precision A/D converters, hardware accelerators and filters, SRAM and flash memory, and rich peripheral functions are built in. This processor is suitable for a wide range of embedded applications requiring high performance real-time control and analog conversion.
Precision microcontroller
Analog Devices provides precision, high performance, low cost analog microcontrollers with the ARM® Cortex™-M3 processor. Precision analog blocks, including ADCs, DACs, and references, enable precision control and measurement. It can be used in optical networking, industrial controls, point-of-care diagnostics, and many other industrial, instrumentation, and medical applications.
Ultra-low power consumption is the biggest attraction ArmR CortexR -M3 microcontroller ADuCM3029
Ultra-low power microcontroller
Analog Devices Ultra Low Power (ULP) microcontrollers and sensor signal processors use an ARM ®-Cortex ® processor core with integrated power management for processing, control and networking. I'm using.
Some ultra-low power technologies, such as SensorStrobe ™, can reduce system power by a factor of 10 or more when combined with Analog Devices' digital sensors and ultra-low power transceivers. These technologies offer robust features for high-volume applications and security features for IP protection.
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