My uniden scanners do very well on DMR systems both the P2 and HP models handle DMR. There is a fee to.upgrade the radio to do DMR but it's well worth it in my opinion.
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What do they do D-Star, AllStar, P25, DMR, and NXDN? My question is not intended to be sarcastic. As an amateur radio operator with an extra class license it amazes me how many people use hotspots in their cars to access repeaters using various software approaches on Raspberry pies and whatnot. You can still hear them through the repeaters as if they were actually transmitting but my overall point is that it would be nice if somebody would declare a standard and stick to it. Even on HF there are now several types of digital voice.
In my mind DMR (MotoTrbo) shows the most potential. When properly set up and used with regional or global on Channel 1 and local on Channel 2 users just pick a talk group and carry on. If it's an international group they're talking around the world. The same can be done with Dstar but Dstar repeaters tend to have less sensitivity (1uV out of the box) but may be upgraded and very useful. But the vocoder used is 10 years old now. DMR uses the AMBE+2 vocoder but ETSI doesn't specify the vocoder. This may potentially be an issue to some users I suspect. The main point of the newer technology is that they use 6.25khz channels.
The question is do you really need to decode DMR? Not many public safety agencies are using it. They use either P25 or NXDN. NXDN is already supported by Icom and Kenwood in the commercial world and I'm really surprised that they did not port it over to amateur. It has excellent audio quality.
At the end you're going to have to decide what scanner to get and whether or not it's going to be upgradable because standards have not really been established yet. The biggest downfall to all of these is that they require either the public internet or private VPNs to interconnect sites.
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