Researching asynchronous computing methods, especially lower electricity use. World's first implementation of a commercial microprocessor architecture (ARM) in asynchronous logic. Micropipeline design style.

Growing entry, with links to many related topics. [Wikipedia]

ARM's repository of technical documentation on their processors, the heart of all RISC OS boxes.

From Robin Watts, Steven Singer, Mark Smith, David Seal, some others; in multiple formats.

Designs and licenses fast, low-cost, low-power RISC processors, peripherals, and 'system-chips' for embedded control, consumer/educational multimedia, portable systems, Acorn RISC OS PCs, DSP.

ARM technology specialists. ARM technology in the South Pacific region.

ARM-based systems-on-chip, leverage Cirrus' mixed-signal expertise; used in wide range of consumer products: set-top boxes, smartphones, screen phones, network computers, game boxes, handheld digital assistants, 2-way messaging devices.

Dedicated to ARM Core Families target port. Goal: collect and maintain references to official GCC pages related to the ARM port, collect results; results, documents, links.

ARM v.5TE instruction set compliant, new microarchitecture: full-featured, low cost, low-power; supports 16-bit Thumb and integrated digital signal processor (DSP) instructions. Develop wide range of Internet devices from one processor core.