In booth 1815 at the Optical Fiber Communications (OFC 2014) exposition in San Francisco (11-13 March), NeoPhotonics Corp of San Jose, CA, a vertically integrated designer and manufacturer of both indium phosphide (InP) and ...
IBM has demonstrated that it is commercially feasible to bake optical circuitry into silicon processors using existing fabrication techniques, which could set the stage for radically faster and lower-cost computer communications. Silicon ...
Tags: IBM, Nanophotonics, Optical circuitry, silicon processors
The new technology can feed a number of parallel optical data streams into a single fiber IBM has developed a new chip which will use light rather than electrical signals to transmit the data for future computing speeding up internet data ...
Tags: IBM, new chip, silicon nanophotonics, single silicon chip
IBM has invented a chip that combines photonics and silicon on a single 90 nanometer(nm)die,which is capable of transferring data at 25Gbps. The so-called silicon nanophotonics device(shown below)allows the integration of different ...
Tags: IBM, Silicon, Optical Nanotechnology
Kalray has completed the design of a three billion transistor processor array and it used a Mentor Graphics functional verification, physical design and verification, and design-for-test flow. The France-based fabless semiconductor ...
Tags: Transistor, transistor processor array, semiconductor, MPPA-256 processor
Kalray is sampling a 28nm multicore processor. Its Multi-Purpose Processor Array (MPPA)-256 processor is fabbed by TSMC. First products to be ramped in volume will be processors for signal processing in an imaging application. Product ...
Tags: Lights, Lighting, fabless semiconductor, Kalraya