Setting up a remote, electrically independent, low power EchoLink relay: Unterschied zwischen den Versionen

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Important News:  
 
Important News:  
 
* My focus has shifted away from the Linksys, turning towards the [[ASUS WL-500GP]] model. Reason: It has two USB ports instead of one.
 
* My focus has shifted away from the Linksys, turning towards the [[ASUS WL-500GP]] model. Reason: It has two USB ports instead of one.
* Yet another change: I am no longer going to use the ASUS router for Echolink control, because there are these new INTEL ATOM CPUs out there now. I am going to give them a try. And the TRX will not be a Bosch KF-166, but a Kenwood [[TS-7625]]. It's cheap, it's robust, it's well to repair and it's efficient. And it has a lot of power reserves (25 watts).
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* Yet another change: I am no longer going to use the ASUS router for Echolink control, because there are these new INTEL ATOM CPUs out there now. I am going to give them a try. And the TRX will not be a Bosch KF-166, but a [[Kenwood TR-7625]]. It's cheap, it's robust, it's well to repair and it's efficient. And it has a lot of power reserves (25 watts).

Version vom 8. Juli 2009, 03:07 Uhr

This is actually a quite big project. It involves several sub-projects and precursors.

Important News:

  • My focus has shifted away from the Linksys, turning towards the ASUS WL-500GP model. Reason: It has two USB ports instead of one.
  • Yet another change: I am no longer going to use the ASUS router for Echolink control, because there are these new INTEL ATOM CPUs out there now. I am going to give them a try. And the TRX will not be a Bosch KF-166, but a Kenwood TR-7625. It's cheap, it's robust, it's well to repair and it's efficient. And it has a lot of power reserves (25 watts).