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Monday 9th July 2018
NanoImprint Lithography (NIL) technology qualified by leading supplier of DFB lasers into the telecoms industry
Monday 2nd July 2018
Sherman site will be used to increase production capacity of VCSELs and related 3D sensing technologies
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Monday 2nd July 2018
NAU physicist Ryan Behunin’s research explores the physics of fluctuation-induced phenomena and optomechanics, investigating fundamental questions regarding the interaction of light, sound and matter—from quantum friction to laser noise.
Wednesday 27th June 2018
Infinera XTM Series implemented as an alternative to customers laying costly dark fibre cabling
Monday 25th June 2018
MOICANA collaboration is bringing together four industrial partners and four academic and research institutes in the PIC and photonic systems value chain
Friday 22nd June 2018
The University of Twente (UT), Netherlands, and the Fraunhofer Project Center recently demonstrated a photonic integrated circuit (PIC) device assembler designed to enable large-scale PIC production. Image courtesy of Yole Developpement.
Thursday 21st June 2018
Companies to jointly develop, manufacture and sell a series of laser modules based on the POET Optical Interposer platform
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Wednesday 20th June 2018
Monday 18th June 2018
Researchers at AMO have used Oxford Instruments Plasma Technology’s fabrication solutions to develop a graphene based photonics device capable of operating at 25 Gb/s per channel
Monday 11th June 2018
Testing by Kyrio shows that new Optical Networking Unit (ONU) transceiver are significantly better at reducing OBI (Optical Beat Interference) than traditional ONUs
Monday 11th June 2018
GARR meets growing bandwidth demands of scientific computing using Cloud Xpress 2
Friday 8th June 2018
Comapnies to create interoperable and multi-vendor 200G CFP2-DCO pluggable coherent solutions
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Wednesday 6th June 2018
Dr Laing’s laboratory where the experiments were performed. Single photons of light are generated using a powerful Ti-Sapphire laser, to pump a series of nonlinear crystals, operated by PhD student and co-author Nicola Maraviglia (left). The single photons are collected into optical fibres and injected into the photonic chip, next to Laing (right). Inset top left is a close up of the photonic chip taken by NTT scientist and co-author, Nobuyuki Matsuda. University of Bristol
Wednesday 6th June 2018
Startup’s optoelectronic chips could reduce energy usage by up to 50 percent in data centers while increasing computing speeds.Image courtesy of Ayar Labs
Wednesday 6th June 2018
New production facility will focus is on smart manufacturing and automation based on optical and photonic technologies.

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