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

Free
Message: Re: Past Years
29
Apr 25, 2018 05:34PM
2
Apr 25, 2018 06:38PM
18
Apr 25, 2018 06:57PM
5
Apr 25, 2018 07:07PM
1
Apr 25, 2018 07:47PM
1
Apr 25, 2018 09:36PM
1
Apr 27, 2018 01:51AM
10
Apr 27, 2018 07:45AM
18
Apr 27, 2018 08:08AM
12
Apr 27, 2018 08:36AM
5
Apr 27, 2018 09:11AM
7
Apr 27, 2018 09:29AM
4
Apr 27, 2018 09:37AM
6
Apr 27, 2018 09:40AM
14
Apr 27, 2018 09:57AM
3
Apr 27, 2018 10:07AM
3
Apr 27, 2018 11:03AM

Vertical integration...yes in the physical sense as well. Technically speaking the optical interposer addresses both vertical and lateral implementation. 

1. A photonic integrated circuit (PIC) grown by epitaxy on a substrate, the PIC comprising:

at least one active element formed over a first portion of the substrate, wherein the substrate and the at least one active element are formed using a III-V compound semiconductor material;

a III-V compound semiconductor waveguide formed over a second portion of the substrate, wherein the III-V compound semiconductor waveguide is formed from a III-V compound semiconductor structure, and wherein the III-V compound semiconductor structure is formed by etching the substrate; and

a dielectric waveguide, formed over a third etched portion of the substrate, such that the dielectric waveguide is in optical contact with the at least one active element by way of the III-V compound semiconductor waveguide, and abuts the III-V compound semiconductor waveguide.

 

 

8. The PIC of claim 1, wherein the PIC comprises an alloy of at least one of InGaAsP, AlGaAs, and InGaAlAs.

 

Share
New Message
Please login to post a reply