Ranovus has demonstrated Odin 8, supporting 800 Gbps per fiber pair, for Machine Learning and Artificial Intelligence workloads

Ranovus’ Odin™ platform incorporates the company’s disruptive innovation in multi-wavelength Quantum Dot Laser, 100 Gbps…

OptoArray™ solutions can help reduce losses in optical circuits through the precise and stable alignment of fibers. This…

The new Smartoptics 32G Fibre Channel transceivers have been rigorously tested and are supported for embedded use in the…

In the new photonic switch, beams of light travel through a crisscrossing array of nanometer-thin channels until they re…

A world-first optical fibre as fine as a human hair has been developed, which can transmit 1.2 petabit of data per secon…

The information processed in datacenters is transported through fast optical networks from server to server. There trans…

Twin-Field QKD allows secure quantum key distribution over 500 km of optical fibre

QKD can be used to distribute the secret digital keys important for protecting our personal data, such as bank statement…

Optical wireless transmission is a future-oriented technology for fixed and mobile wireless optical communication over c…

The MEMS based VOA and ultimate tap-photodetector are optical passive components in transceivers to equalize the optical…

The experiments, involving researchers from the UCL Optical Networks Group, used nine broadband amplifiers spaced at 70…

II-VI’s ultra-low profile etalon-based tunable optical filter features a wide 90 GHz passband that improves the signal f…

Will support high-speed transmissions and large-capacity of optical fiber communication

In response to the demand for increasing data capacity, Mitsubishi Electric's new laser-diode TOSA offers 400Gbps transm…

AirGuide Photonics will replace this conventional glass core with air, or a vacuum, to produce hollow-core

Graphene Flagship researchers based at AMO in Aachen, Germany have demonstrated ultrafast graphene photodetectors with a…

Breakthrough research from The University of Texas at Arlington and The University of Vermont could lead to a dramatic r…

A Queen Mary University of London (QMUL) spin out company has received investment to commercialise a new material technology which would both drastically cut energy use and increase the speed of optical communications.

Chromosol, founded by Professor William Gillin, will develop technology to allow the manipulation of light directly on s…

The 200G FR4 consists of four 50G PAM4 channels at both the electrical and optical interfaces, employing efficient DSP-b…

In order not to be limited to stationary application scenarios when using Li-Fi technology, Fraunhofer IPMS specialists…

NICT paves the way for next generation, highly efficient and green data-center networks

In this work, NICT developed a high-speed 7-core-joint optical switching system that can switch all the cores of a 7-cor…

Higher Symbol Rate Components Increase OSNR and Reach for Coherent Transport

64 Gbaud components double the symbol rate over standard 100G (32 Gbaud) coherent systems. Higher symbol rates increas…