Blog

Dec 1st, 2018

The Path to Next Generation Ethernet: 25G or 40G?

The path to the next generation of network configuration has lately manifested itself not as a straight line, but as a wavy journey sensitive to debate over competing strategies for moving forward.

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Sep 19th, 2018

Reimagining SDN with Next-Gen White Box Technology

Since 2011, software-defined networking (SDN) has revolutionized how data centers, service providers and other enterprises manage and control their networks. By separating decisions about where traffic goes on the network from how it is forwarded, network administrators can control traffic directly from a centralized console without manually reconfiguring individual switches or routers. As a result, SDN can provide flexible and scalable network architectures for companies needing to adapt to the changing demands of modern applications.

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Sep 14th, 2018

Coherent CFP2 DCO: The Latest Breakthrough for Long-Haul DWDM Applications

We’re living through a data explosion and a web-scale era, where network capacity is an increasingly elusive and expensive find. The industry needs more high quality, cost-effective optical connections than ever before.

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Sep 4th, 2018

Deploying Tunable Transceivers: Advantages, Challenges and Solutions

Tunable transceivers represent a new technology that allows on-site wavelength adjustment, transcending the fixed-wavelength limitation of traditional static transceivers.

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TN100-XS

Aug 5th, 2018

4 Limitations of Optical Fiber and How to Overcome Them

Fiber is the method of choice for reliable delivery of high-bandwidth data. Nevertheless, there are limitations, which any fiber deployment must take into consideration.

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Jun 29th, 2018

5G and Its Impact on Optical Networks

Fifth-generation wireless communication, better known as 5G, is on its way.

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Jun 1st, 2018

Next Up for Optical Transceivers: 400G

The next generation of optical transceivers is on its way.

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May 3rd, 2018

The Ins and Outs of Transimpedance Amplifiers

At its most basic level, an optical communication system uses a transmitter to encode a message into an optical signal; a channel, to carry that signal to a destination; and a receiver, to turn the signal back into its original, readable form.

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Apr 5th, 2018

CDR Technology and Its Effects on Integrity Loss

Transferring data from one point to another inherently runs the risk of integrity loss; it's the nature of the beast. Especially in the realm of high-speed communications, numerous factors — signal noise, static spikes and more — can present obstacles to data transmission.

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Clock Data Recovery; CDR

Mar 13th, 2018

Precision Optical Transceivers Engineer Wins $750,000 in Team Effort at DARPA Spectrum Collaboration Challenge

The Defense Advanced Research Projects Agency (DARPA), an organization focused on breakthrough technologies for national security, recently announced first round winners of the Spectrum Collaboration Challenge (SC2).

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