Inside Intel? Current situation: Unlike conventional modulator materials such as InP, Lithium Niobate, silicon photonics and GaAs, the polymer material system is naturally fast. The polymers provide low loss and further good optical quality to enable fast optical signaling on-board and board-board via optical backplanes. Currently, commercial high speed optical modulators are made of electro-optic polymers that will be capable of 100 Gbaud or 100 Gbps and beyond. Technical data showing 130 GHz corresponding to 150 Gbaud) indicates that even higher speeds should be possible in the future. Polymers are perfectly suited for adiabatic coupling which is the main enabler for silicon photonics – WDM systems.

this is info investors already know from LWLG presentations >>> Technical data showing 130 GHz corresponding to 150 Gbaud) indicates that even higher speeds should be possible in the future


IPSR Roadmap - Page 22

https://www.photondelta.eu/assets/files/summary-ipsr-pr.pdf


LWLG has proven Femtosecond response time with their materials which mathematically supports standalone device speeds in excess of 1 Tb (or 1,000Gbs/sec), currently in devices Dr Lebby has reported transmission speeds of 130Ghz or excess of 150Gbs/sec, this is about 3x the TOP speed of all the Legacy technologies!

And as Dr Lebby has told investors at the recent Investor Summit that in addition to much greater speeds, LWLG offers MUCH MUCH LOWER POWER!

...we haven't gone public in sales as of yet... but when you have something that can go twice the speed of the competition and at much much much lower power...

https://www.youtube.com/watch?v=Mn4oICQpVTQ


Don't forget, by 2030 Datacenters will consume over 20% of World power usage!

Today Datacenters consume about 5% of world power!