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The company was founded in 1998 and split away from Cambridge Consultants as Cambridge Silicon Radio or CSR in 1999. The founding directors, who were all at Cambridge Consultants at the time were Phil O'Donovan, [2] James Collier and Glenn Collinson. [3] It was first listed on the London Stock Exchange in 2004. [4]
XAP is a 16-bit and 32-bit RISC processor architecture developed by Cambridge Consultants. Its design enables use in mixed-signal integrated circuits for sensor or wireless applications including Bluetooth, Zigbee, GPS, RFID or Near Field Communication chips. These integrated circuits are typically used in low-cost, high-volume products that ...
In 1991, O'Donovan joined Cambridge Consultants Ltd (CCL), the product design and development business of Arthur D. Little, where he became VP Telecoms and bid and won the Ericsson ERMES / FLEX pager chip development, the design of which in standard CMOS, was led by James Collier and which inspired the subsequent creation of Cambridge Silicon ...
In 2021, Cambridge Consultants became part of Capgemini Invent. The company has offices in Cambridge (UK), Boston (USA), Tokyo and Singapore, and offers solutions across a range of industries including medical and life science, industrial and energy, consumer and retail, and communications and infrastructure. [1]
Cambridge Science Park Cambridge Business Park St John's Innovation Centre Peterhouse Technology Park Melbourn Science Park Granta Park Cambourne Business Park. Silicon Fen or the Cambridge Cluster is a collective name given to high tech businesses focused on software, electronics, and biotechnology, including Arm and AstraZeneca, in and around the city of Cambridge in England.
Bluetooth Low Energy is designed to enable devices to have very low power consumption. Several chipmakers including Cambridge Silicon Radio, Dialog Semiconductor, Nordic Semiconductor, STMicroelectronics, Cypress Semiconductor, Silicon Labs and Texas Instruments had introduced Bluetooth Low Energy optimized chipsets by 2014. Devices with ...
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A radio-frequency microelectromechanical system (RF MEMS) is a microelectromechanical system with electronic components comprising moving sub-millimeter-sized parts that provide radio-frequency (RF) functionality. [1] RF functionality can be implemented using a variety of RF technologies.