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: couple questions answered
answers are below from the Tech team. I had to blot out some of his answers as they were not for public consumption.
> Guys, POET Seams to be falling way behind. Whats going on?
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> GCS and IQE foundries to make OneChip’s photonic integrated circuits
Pure optical circuit dones in Indium Phosphide. Their process is much simpler than POET, and can only be used for long wave IR optical applications (can't do electronics at all). As such, it's not a comparable technology to POET, and is likely to stay in a very large feature size process forever 500 nm +.
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> Hmmm based on this. POET looks to be a little slow out of the gate. Why do we need 100nm if these guys are going to go to market with 980nm?????
We're reducing the feature size for digital electronics applications, which is by far the largest market opportunity in the near to medium term. Purely optical applications can be fully addressed with 500 nm minimum feature sizes, as they are today. >
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Warm Regards,
Christopher Chu

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