$LWLG (Industry related) just released ISPR Roadma
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Posted On: 10/15/2019 10:54:02 AM
$LWLG (Industry related) just released ISPR Roadmap, The Integrated Photonics Systems Roadmap – International 2020 overview, a joint initiative of AIM academy and PhotonDelta, has been released on 10-10-2019. The objective of the IPSR-I is to establish and sustain a trust based global network of Industrial and R&D partners, who are working together on defining and creating future Photonic Integrated Circuit (PIC) and Systems Technology and Systems Requirements. They jointly enable faster technology and application developments in this emerging business, guided by an up-to-date technology and application roadmap for future developments.
The IPSR-I is the result of the efforts of more than 250 experts from all over the world, working in the field of integrated photonic technologies and their applications. It gives an overview of the current status of technologies and of applications in which integrated photonic components are used. Above all it describes the trends, expectations and needs for technology and application development in the near (0-5 years), intermediate (5-10 years) and far (10-20 years) future.
https://www.photondelta.eu/news/ipsr-i-ready/
Polymers are listed as 1 of 4 Main Platforms right in the Introduction on Page 5 and Polymers are all over this report including Dr Lebby's Purple Brick Wall on Page 8
Here's the link to the PDF file
https://www.photondelta.eu/assets/files/summary-ipsr-pr.pdf
from Page 9 >>
Needs < 5 years
• Device speed increased (bandwidths EO
S21 of 80GHz in PIC platform)
• Drive voltage at 1V so that drivers can be eliminated
• Telcordia qualification for modulators
• Hybrid integration with InP lasers
Needs 5-10 years
• Device speed increased (bandwidths EO S21 to
120GHz+ in PIC platform (for 150Gbps NRZ data rate))
• Drive voltage less than 1V so that drivers can be
eliminated (direct drive from CMOS ICs)
Needs > 10 years
• Device speed increased (bandwidths EO S21 to
150GHz+ in PIC platform (for 180Gbps NRZ data rate)
• Drive voltage less than 1V so that drivers can be
eliminated (direct drive from CMOS ICs)
• Telcordia qualification for polymer modulators
The less than 5 years has LWLG witten ALL OVER IT!
BONUS >> See Page 17!
Polymer attributes a CLEAR WINNER versus the other platforms!
- proto
The IPSR-I is the result of the efforts of more than 250 experts from all over the world, working in the field of integrated photonic technologies and their applications. It gives an overview of the current status of technologies and of applications in which integrated photonic components are used. Above all it describes the trends, expectations and needs for technology and application development in the near (0-5 years), intermediate (5-10 years) and far (10-20 years) future.
https://www.photondelta.eu/news/ipsr-i-ready/
Polymers are listed as 1 of 4 Main Platforms right in the Introduction on Page 5 and Polymers are all over this report including Dr Lebby's Purple Brick Wall on Page 8
Here's the link to the PDF file
https://www.photondelta.eu/assets/files/summary-ipsr-pr.pdf
from Page 9 >>
Needs < 5 years
• Device speed increased (bandwidths EO
S21 of 80GHz in PIC platform)
• Drive voltage at 1V so that drivers can be eliminated
• Telcordia qualification for modulators
• Hybrid integration with InP lasers
Needs 5-10 years
• Device speed increased (bandwidths EO S21 to
120GHz+ in PIC platform (for 150Gbps NRZ data rate))
• Drive voltage less than 1V so that drivers can be
eliminated (direct drive from CMOS ICs)
Needs > 10 years
• Device speed increased (bandwidths EO S21 to
150GHz+ in PIC platform (for 180Gbps NRZ data rate)
• Drive voltage less than 1V so that drivers can be
eliminated (direct drive from CMOS ICs)
• Telcordia qualification for polymer modulators
The less than 5 years has LWLG witten ALL OVER IT!
BONUS >> See Page 17!
Polymer attributes a CLEAR WINNER versus the other platforms!
- proto
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