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To: ftth who wrote (456)8/6/1999 2:46:00 PM
From: ahhaha  Read Replies (1) of 626
 
You take your raw RF input and embed a clock sampled frequency onto it into an appropriately accommodating portion of the unutilized lambda spectrum. This becomes a channel. Remember my breakdown of Palmer's original device where the dressed DFB laser beam has been mixed with a clock frequency before refracted in the external modulator onto the main beam? That process assigns a unique home address or header address without modifying the form of the RF input in order to be compatible with other dissimilar RF inputs already on the beam. Palmer refraction enables this to be done to great density without disrupting the signals already on the beam. The sampling frequency is used aa a destination determinant.

Say within a given lambda you have 1000 channels each occupying some sub band of the spectrum. If there is 10 gig feed, then you have 10 meg channels or there may be several 100 meg channels and less 10 megs, maybe a few 1 megs, etc. How this is organized depends on the demand and its QoS. There are other factors determining the disposition of this organization.

It is like a freeway with changing lane size. You can have wildly different vehicles in the lanes. Lane size changes when there is no traffic on it and other vehicles want to use it. If lots of narrow lanes are empty, the new traffic can aggregate the old narrow lanes into one fat lane. The different vehicles go to destinations which are set up to unload their payloads. those destinations already exist, but the existing highway connecting them has rigid lanes and doesn't accept a wide variety of vehicles. You have to be an auto or bus to get on it. No trucks are currently allowed and thus what we have now is not very cost effective.

The answer to your question is 5 degree of freedom Fourier transform space, but frequency space will do.
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