Analog Devices Manuals

This application note will explain how to describe an ADSP-218x hardware memory architecture using the latest version of the ADSP-218x development tools, VisualDSP version 7.0

This application note describes how to boot an Analog Device's ADSP-2191/95/96 DSP processors.

This document provides technical notes on using Analog Devices' DSP components and development tools, including ADSP-218x embedded system software management and in-system programming (ISP).

Introduces how two DSP cores of Analog Devices' ADSP-2192 DSP chip can communicate with each other directly with DSP-to-DSP semaphores and interrupts or indirectly with shared memory.

This document describes how to boot on the ADSP-2192.

This tech-note is intended for existing users of the ADSP- 218x, who are familiar with the architecture and instruction set of the ADSP-218x, and plan to upgrade their design to the ADSP-219x.

This document explains the functionality of the Mode D pin on the ADSP-218x Family of processors, and how to use it.

This document describes how to use external overlay memory on ADSP-218x chip, introduces the function and usage method of overlay memory.

This document is a technical note on using Analog Devices' DSP components and development tools. It provides information on using the 21xx C-FFT library for fast Fourier transforms (FFT).

This document provides technical notes on using Analog Devices' DSP components and development tools. Specifically, it describes how to use the IO space of the ADSP-2181 DSP to boot another ADSP-2181 using the IDMA port. The host DSP can access the target ADSP-2181's internal memory through the IDMA port. The target DSP is treated as a memory mapped slave peripheral, allowing the host processor to access its internal data memory and program memory, excluding control registers.