Chinese transceiver supplier, Broadex Technologies has acquired the UK and Europe operations of Kaiam.
Advanced data centre optical transceiver manufacturer, Kaiam’s UK and Europe operations have gone into administration.
Advanced data centre optical transceiver manufacturer, Kaiam has initiated a strategic transceiver reserve program, intended to protect US and European data centres from the effects of a US-China trade war.
Kaiam Corporation’s enhanced series of 100G ‘CWDM4+’ transceivers is now available. The company says that the transceivers offer higher performance than the CWDM4 standard and are optimised as well as tested for added reliability.
Kaiam, a developer of high-performance datacom optical transceivers, has launched LightScale2, an upgraded optical integration platform enabling ‘unprecedented’ performance and scalability. The company is currently sampling CWDM4 100G QSFP28s modules based on this architecture.
Optical subsystems developer Kaiam has announced availability of its 100Gb/s QSFP28 transceiver. The uncooled CWDM transceiver is aimed at optical modules based on the CWDM4 and CLR4 multi-source agreements (MSA) for low-cost data centre applications.
Both the transceiver and 4x25Gb/s transmitter and receiver optical sub-assemblies (TOSA/ROSAs) are now sampling to select customers with volume production expected later in the year.
Cabling infrastructure will be vital in the deployment of 5G networks, meaning that the wireless will still depend on wires, says Jean-Jacques Sage
Jeremy Wastie takes a look at the challenges associated with procurement, and explains why connectivity in the UK does not have to be a postcode lottery
Power over Ethernet (PoE) could help service providers adapt to the opportunity provided by IoT in order to remain competitive, argues Ankit Agarwal
Network core flexibility will become just as important as capacity for future networks, and coherent solutions could be key to accommodating changing traffic flows, argues Eugene Park
Scott Modha takes a look at how the right technique goes a long way, and network operators could benefit from simplified microduct network deployments
