Re: This disconnect will begin to end soon

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

Dear Agoracom Family,

I want to thank all of you for your patience with us over the past 48 hours and apologize for what was admittedly a botched launch of our new site.

As you can see, we have reverted back to the previous version of the site while we address multiple forum functionality flaws that inexplicably made their way into the launch.

To this end:

1.We have identified 8 fundamental but easily fixable flaws that will be corrected in the coming week, so that you can continue to use the forums exactly as you've been accustomed to.

2.Additionally we will also be implementing a couple of design improvements to "tighten up" the look and feel of the forums.

Have a great Sunday, especially those of you like me that are celebrating Orthodox Easter ... As well as those of you who are also like me and mourning another Maple Leafs Game 7 exit ... Ugggh!

Sincerely,

George et al

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Re: This disconnect will begin to end soon

in response to

Re: This disconnect will begin to end soon

tannersfriend

posted on Apr 29, 2021 12:37PM

December 17, 2020 - Dr. Venkatesan

Our customers look at what we’re doing and they say “these guys are working on a different, unique, differentiated, easy-to-understand approach to how photonic devices are assembled and packaged.”

But the burden of proof has always been on us to demonstrate across a couple of different applications. And we are slowly getting through these major system-level burdens of proof. For example, “can you do a DML?” Well now we say we can. “Could you do a CW laser with good coupling efficiency?” I think a week ago we presented that we could do that.

So, we’re slowly getting past these critical burden of proof requirements we had on us. Not at the component level… we had done that a year ago. But now at an assembled, system level. You know there are these hurdles you’ve got to get through. And so these things that we are releasing now are significant advances to our capability because critical burdens of proof at a system level are now getting solved.