Proprietary plastic (polymer) a tiny dab is applie
Post# of 872
(Total Views: 488)
Posted On: 04/21/2018 9:49:46 AM
Proprietary plastic (polymer) a tiny dab is applied to a device made of Silicon or Indium Phosphide (InP) with electrodes on each side. An InP laser shines through the waveguide which can also be made of Lightwave's polymer (eventually the entire device will be plastic) as the electrons with data are delivered from the data center to the electrodes LWLGs polymer flinch s and alters the lasers Lightwave then resets back to normal in a fempto second. (It is important to understand that it is capable of much higher speeds than the 50 gigabyte modulator they just produce). A photon only travels about the distance of a virus in a fempto second. Today's devices are made almost exactly the same way but the problem is that they cannot scale (Super Important) i.e. become smaller, run faster all while being produced cheaper. The industry tried this in the past but the plastics would break down (because of the heat). Lightwave's Material has been proven to be Very Robust. Oh just about as important as the speed, cost to produce and size is that it takes very little electricity to operate. You see electric usage causes heat and Datacenter consume vast amounts of electricity cooling.
So it's fast cheap tiny costs almost nothing to produce, what is not to like?
The best thing is you can still get it for a buck, some value this at $60 per share just for a single use in a single industry. There are many just think about it, google, facebook, medical, communications, amazon, military, space, aircraft, robotics, gaming, the list goes on and on.
Plastic, proprietary plastic, it doesn't get much cheaper than that. Today's silicon and InP devices sell for about 8 bucks per gig, Lightwave will be able to produce them out the door for less than a buck. That does not mean they will sell for a dollar, no they will price their devices just under market price because the industry needs hundreds of millions of these and they need them in the very near future. If this doesn't convince someone then they simply are not forward looking and should invest in things already in production. Does not make it wrong, different strokes for different folks, oops sausage n eggs are ready, gotta go, amazing I typed this on a small device with one finger that has games, a camera, a flashlight, my airline ticket, my vacation plans, hotel, oops wife has her hand her hip, no time to proof.
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I'll put this at the end, apparently is helps with the distribution $LWLG
So it's fast cheap tiny costs almost nothing to produce, what is not to like?
The best thing is you can still get it for a buck, some value this at $60 per share just for a single use in a single industry. There are many just think about it, google, facebook, medical, communications, amazon, military, space, aircraft, robotics, gaming, the list goes on and on.
Plastic, proprietary plastic, it doesn't get much cheaper than that. Today's silicon and InP devices sell for about 8 bucks per gig, Lightwave will be able to produce them out the door for less than a buck. That does not mean they will sell for a dollar, no they will price their devices just under market price because the industry needs hundreds of millions of these and they need them in the very near future. If this doesn't convince someone then they simply are not forward looking and should invest in things already in production. Does not make it wrong, different strokes for different folks, oops sausage n eggs are ready, gotta go, amazing I typed this on a small device with one finger that has games, a camera, a flashlight, my airline ticket, my vacation plans, hotel, oops wife has her hand her hip, no time to proof.
X
I'll put this at the end, apparently is helps with the distribution $LWLG
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