Network connectivity has never been more critical to an organization’s operations than it is today. From boardrooms to courtrooms and from learning centers to data centers, connectivity requirements related to remote working, data streaming, building management and other applications are essential for business continuity. This multi-day online learning opportunity provides the in-depth information ICT professionals need to address today’s challenges and embrace tomorrow’s opportunities.
In this article we look at what optical transceivers are, what they are used for and the different types of transceiver formats.
Total shipments of 100 Gigabit Ethernet (GbE) data center switch ports increased more than 20% during the full year of 2020, according to a recent report from Crehan Research Inc.
This robust increase, combined with a continuing decline in 10GbE shipments, resulted in 100GbE surpassing 10GbE to become the most widely deployed data center Ethernet switch connection speed, finds the researcher.
To address the soaring energy consumption for Ethernet, data centers and 5G, HyperLight has designed an integrated electro-optic modulator capable of achieving sub-volt modulators with a 3-dB bandwidth > 100 GHz, a previously impossible voltage-bandwidth achievement. The broadband electro-optic PIC could lead to orders of magnitude energy consumption reduction for next generation optical networking.
Multicore fibers (MCFs), which have multiple cores aligned in one cylindrical cladding, are a promising optical fiber design that dramatically enhances the number of optical channels per cross-sectional area. The Mosquito method is one way to fabricate single-mode polymer optical waveguides with multiple cores while maintaining an identical mode-field diameter among them. The technique forms circular cores in polymer waveguides using a commercially available microdispenser and multi-axis syringe scanning robot.
In August 2019, this was the question the University of Notre Dame faced. The university needed to upgrade their fiber backbone to support cameras, remote kits and other related gear required to create the sports broadcasts for a fast-approaching launch on ESPN’s ACC Network. A few of Notre Dame’s athletic venues had previously been upgraded, primarily football and basketball. Several of the other collegiate sports venues and setups would be addressed in this project including baseball, lacrosse, soccer, softball, swimming, track and field, and volleyball.
This article explores several of the key products and actions the University of Notre Dame implemented in their recent fiber-optic network upgrade and expansion to address the coming demands. The university faced three primary concerns: space, quality, and costs.
The data center network environment continues to evolve toward greater transmission rates. Operators and technology developers are working together to deal with the complexities this evolution can present, as the articles in this edition of On Topic make clear.
New applications, the enormous demands placed on the internet in the age of COVID 19, and moving from the enterprise space to the hyper-local edge installation all demand a rethinking of what the data center should look like. While the core components remain the same, this webinar will address how we must rethink how we specify and install enclosures, power, climate control and related accessories.
AFL has received five new U.S. patents over the past quarter for technology and developments in the area of connectivity and fiber-optic cable. Four patents were received for connectivity, two of which coincide with AFL’s ASCEND high-density platform.
The introduction of 400 Gbits/sec and now 800 Gbits/sec has created greater efficiencies to provide low-latency network access with significantly increased bandwidth, critical for hyperscale and cloud-scale organizations. The resulting new transceiver and connector options along with fiber constructions help to deliver data where you need it, when you need it, cost-effectively. These changes have architectural and on-site implications that involve network, cable infrastructure, installation and testing. This panel presentation and discussion will address these technology trends from different perspectives across the data center ecosystem.
