Aiming to become the global leader in chip-scale photonic solutions by deploying Optical Interposer technology to enable the seamless integration of electronics and photonics for a broad range of vertical market applications

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Message: Re: nePOET has do for Photonics what Semiconductors did for Electronics.

Gerem: "I will say this one last time. Please tell me how does anyone...

 

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Suresh:

"And we have generated several industry firsts. We’ve

got the industry’s smallest complete transmit and receive optical engine. I’ve talked

about how it’s compatible with both 100G as well as 200G. We’ve demonstrated the

best laser coupling efficiency with wafer scale passive alignment in the industry, where

we’re demonstrating over 90% coupling efficiency. The best-in-class that I’ve seen is

about 40-60%, so we’re more than doubling the amount of light that comes out of the

laser and is effectively used through coupling. We’ve also demonstrated what we

believe is the industry’s best fiber to interposer coupling loss, again it’s 95% of the light

couples through, so the loss is less than 0.5dB. We’ve validated that we’re the

industry’s first flip chip directly modulated laser that meets the 100G as well as 200G

application requirements. We’ve got the first wafer scale assembly compatible

Multiplexers and DeMultiplexers for both CWDM4, which is 100G, as well as FR4, which

is 400G’s requirement. And we believe we are the industry’s first hybrid photonics

assembly platform that combines the benefits of passive optical filters, or PLCs (planar

lightwave circuits), RF interposers and micro optics. We’ve really transitioned and set

the company up for great success. Of course our focus over the course of 2021 is to

parlay all of these accomplishments, and these building blocks that have been

demonstrated, into products. We are actively working with customers in either custom or

semi-custom design of products for their applications, in addition to standard products

that we expect to deploy."

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