Previous to this, I was using a couple of raspberry pi VoIP nodes to do IRLP, AllStarLink, and echolink. I was using a handheld transceiver to utilize this. Well, I unplugged that stuff and decided I would try some new things.
Here is a list of my new capabilities:
- I now have a regular VHF/UHF dual-band dual-receive mobile rig as part of my shack. This is an improvement.
- I now have HF. And a very capable radio at that. Unfortunately I am stuck with a definite compromise for an antenna in that I will be using something small, portable, and temporary. I will set it up outside when I want to use it. And take it down when I am not. I have very little choice about this due to neighborhood restrictions. Although the antenna situation may evolve into something better if I get creative.
- I've added D-Star capability. I built a little D-Star hotspot using a raspberry pi with a DVAP. And I obtained a new handheld transceiver that has D-Star capability.
- I have also added WiRES-X capability. To do this right I went ahead and ordered the official WiRES-X interface box and a node radio. One downside is, this forces me to run Windows on my desktop computer system. This will be a big change. I'm not that happy about this aspect. Luckily I already had my Mac setup to dual boot. So it's doable.
- HF is a mode that uses radio frequencies to potentially communicate with other hams around the world. Signals bounce off the ionosphere.
- VHF/UHF is pretty much local only. It’s a line-of-sight mode that uses repeater systems located at high elevations to communicate with others.
- D-Star and WiRES-X are digital modes that are directly supported by radio manufacturers. These modes use UHF/VHF as described above. In addition, they use the internet to link repeaters (or private nodes) together. This facilitates long distance communications where one can talk to individuals and groups of users around the world. There are typically radios and repeaters on each end of the connection, with internet in between.