![]() The card supplies 5V power to the RasPi via the 40pin gpio header. The 12V power supply will provide power to the HT and theSvxlink card. I have another option in mind, but that’ll be a last ditch effort. I have found an HDMI display that “should” fit in the opening without too much issue. The display I was going to use for the APRS node will not work, it requires programming and specific I/O configuring. The enclosure already has an opening for a display. I have since scrapped the APRS project and am going to use the enclosure for the interface. The software contains a web interface for changing the parameters. I am going to use the Raspberry Pi 3, as it has the processing power to run the software and control the svxlink card. It also controls the functions on the svxlink card. The Raspberry Pi runs the software SVXLink, which performs all the audio handling. There is the capability of connecting it directly to my repeater, if we can get internet access at the site. I plan on coupling it with a UHF HT for a temporary echolink interface. It is a raspberry Pi powered repeater controller / echolink interface. ![]() I have purchased, and am waiting on an svxlink card.
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