Re: Jitter standards

Because it is VERY easy to run lightpipe fairly short distances and get
so much jitter that the receiver produces errors or will not lock up.
You cannot run fifty foot lightpipe cables with any degree of reliability
into most receivers, because the jitter gets so bad the receiver cannot
extract a clock.

50 foot is way beyond what lightpipe is capable of anyway.


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Relevant Pages

  • Re: Jitter standards
    ... so much jitter that the receiver produces errors or will not lock up. ... You cannot run fifty foot lightpipe cables with any degree of reliability ... C'est suisse, et tres, tres precis." ...
    (rec.audio.pro)
  • Re: Jitter standards
    ... distances and get so much jitter that the receiver ... fifty foot lightpipe cables with any degree of ... reliability into most receivers, because the jitter ... gets so bad the receiver cannot extract a clock. ...
    (rec.audio.pro)
  • Re: Old Escapement Radio System
    ... battery and perhaps a 6 volt lantern type battery... ... I don't know what the receiver used. ... And this contributed to the reliability some. ... I could tell by the rudder response time when I ...
    (rec.models.rc.air)
  • Re: Optical jitter (was Grounding)
    ... translate to jitter of a few ps/m. ... My receiver bw is only about 200 ... so it takes more like hundreds of meters of fiber to start ...
    (sci.electronics.design)
  • Re: Jitter standards
    ... produces errors or will not lock up. ... which are supposed to be susceptible to this sort of thing. ... reliability into most receivers, because the jitter ... gets so bad the receiver cannot extract a clock. ...
    (rec.audio.pro)