Infinera

Pluggables, Embeddeds, and the Three Vectors of Coherent Evolution

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Silicon technology enhancements are enabling the evolution of coherent optical engines along three vectors. The first vector maximizes performance by leveraging the most advanced optical features, the second minimizes space and power, and a third integrates systems-level functions that were previously located in the shelf or card. 

Hand-in-hand

How will the next generation of optical networks provide the capacity to support unwavering increases in traffic, and does one solution really ‘fit all’? Keely Portway finds out

 

A tale of two platforms

Could indium phosphide photonic integration be key to the ongoing development of high-performance coherent optics?

The Advantages of Indium Phosphide Photonic Integration in High-performance Coherent Optics

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A wide range of cloud and video applications, together with the increased access speeds enabled by 5G, DAA, and next-generation PON, are driving the need for ever more optical bandwidth. To deliver this bandwidth, optical vendors are developing a broad range of coherent optical transceivers addressing different segments of the market, each with its own set of design considerations.

Keep it coherent

Full capacity? When it comes to 800G coherent, Keely Portway considers how to address capacity-reach

Maximizing the Capacity Reach of 800G Generation Coherent: Baud Rates, Features, and Modem SNR

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This white paper explains how an ultra-high baud rate, innovative features, and a high modem signal-to-noise ratio (SNR) enable Infinera’s 800G generation Infinite Capacity Engine (ICE6) optical engine to maximize wavelength capacity-reach – the maximum wavelength data rate that can be achieved for a given reach requirement.

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