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

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.

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.