Only clean connections achieve the values guaranteed by standards and manufacturers. It is therefore vital that installers possess sound knowledge of the correct way to install and clean these components. This white paper contains information on the currently applicable standards and discusses the relevance of properly cleaned fiber optic connectors.
R&M, the Swiss provider of network cabling systems, has launched a new variant of the LC fibre-optic connector, designed to enable high-density in the rack. Called LC-QR – the QR stands for quick release – the new connector has a simple push-pull mechanism to release the connector.
Conventional LC connectors are unlocked via a clip on the back of the plug. This mechanism restricts packing density in the patch panels because a gap must be maintained between the plugs so that the clip remains accessible for unlocking.
This paper discusses challenges to today’s data center physical networks and the drivers behind these challenges, as well as how quality of connectivity influences application performance. A number of rigorous tests are described and a concrete infrastructure solution proposed.
R&M has introduced a new line of small-form high speed copper assemblies. Data centres increasingly need higher speeds, design flexibility and a cost-effective migration path. A new family of Small form-factor pluggable plus transceiver (SFP+) Direct Attach Copper Cables (DAC), also known as Twinax cables, has been designed to meet these requirements.
To exploit machine learning and artificial intelligence, optical transmission systems require greater automation, finds Andy Extance
Roshene McCool and Matthew Guinan advise how operators can meet the connectivity distribution and densification challenge
John D'Ambrosia explains how various Ethernet standards developed in IEEE 802.3 over the past decade are enabling a myriad of products to find their way into deployment throughout the Ethernet eco-system
Mathieu Bergont and Francois Couny look at the challenges that come with PIC testing and measurement
Geoff Bennett outlines three myths surrounding optical capacity, and how they can be dispelled
