IQE’s VCSEL wafers enable IBM to achieve new data transmission record of 64 Gb/s for high capacity servers, datacentres and supercomputers
13 March 2014
Cardiff, UK, 13 March 2014: IQE plc (AIM: IQE; “IQE”, “the Group”) announces that its leading edge, vertical cavity surface emitting laser (VCSEL) epiwafer technology has been employed to develop high-performance optical links as reported by IBM and Chalmers University of Technology at the Optical Fiber Communications Conference (OFC) which is taking place this week in San Francisco.
As the data transmission rates across optical interconnects continue to increase, from today’s 25-28 Gb/s to next generation interconnects with speeds in excess of 50 Gb/s, there is a need for step-change performance improvements in the optoelectronics and electronics hardware that support this technology.
Vertical cavity surface emitting lasers (VCSELs) provide the primary light source for optical interconnects and are now in production for high capacity interconnect cables in datacentres and high performance computing systems.
Recent work by IBM and Chalmers University of Technology in Sweden used IQE’s VCSEL wafers to achieve a record speed of 64 Gb/s. Data was transmitted over 57m of multimode optical fibre.
The VCSEL epitaxial wafer material was provided by IQE’s Photonics division in Cardiff. The VCSEL device was developed and fabricated at Chalmers and the full interconnect, including drive and receive circuitry, was produced, assembled and tested at IBM.
The interconnect performance reveals the full potential of the advanced VCSEL devices enabled by the high quality of the epitaxial material provided by IQE.
The full results are presented today at the Optical Fiber Communication conference (OFC) in San Francisco (paper Th3C.2).
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