I was talking the headder on the charger PCB.Unity has 4 pins on the charging side of the radio, not 5. They use the same battery of a P7200.
I was talking the headder on the charger PCB.Unity has 4 pins on the charging side of the radio, not 5. They use the same battery of a P7200.
a picture would be useful for clearing this upI was talking the headder on the charger PCB.
They could kill it over the air but then it wouldn't work at all. This isn't that.
Im a little confused here, My guist was the XG-100P and P5400 both used the same battery.XG-100P has 4 pin batteries...... P5400 is not a Unity radio. Xg-100P and the XG-100M are Unity radios.
So Harris' OTAP has some sort of "kill" feature. Is it detailed in any of the available documents?
I don't see much change but did note someone has JTAG headers installed on the control board.I found the FCC's type acceptance document that has internal photos of the radios and boards. I'm sure some things have changed but still a useful file
I can say the XG-100 and XG-75 don't have that. Closest may be OTAP, but that would be an easy fix.Pretty much every manufacturer has some sort of kill or stun feature, but they only work if the radio is on a system with the feature, and is using a known radio ID. In the case of a trunked system, the radio also has to be affiliated to the system.
You could have some sort of global kill command on a conventional system, but for that to work without bad things happening you would have to ensure that every legitimate radio that might be on the channel is switched off, else you’ll kill radios you don’t want killed.
Maybe obliterate the codeplug, possibly the firmware, but a run through RPM will restore it. Moto, killed is dead.So Harris' OTAP has some sort of "kill" feature. Is it detailed in any of the available documents?
Yea, I can live with that.The P7100/700P/Jaguar and the XG-100P use similar batteries but the 100P battery is thicker, presumably has higher capacity, and makes the radio thicker when installed which can cause some cases not to fit, if you put the 100P type battery on a P7100 family radio.
I've run across a 100P battery but it was completely dead and would not charge so I am far from an authority on it. However it does fit on a P7100. It has four charging contacts.
The radios that are newer than the 7200 series portables (7300, 5300, XG-75P, etc) all share their own battery family.
Moto, killed is dead.
I bought a lot of 4, some were dead. 5 red blinks. Reinserted the battery a couple times and finally went into recondition, then charged normally. These were Li-Ion batteries and should never go to zero just sitting. Just looked at one, the radio started but shut down. time for a charge after 2 months.I've run across a 100P battery but it was completely dead and would not charge
Is this the latest radio or an earlier one?
Will it respond to a firmware write attempt? I assume not.
Redbeard,,They could kill it over the air but then it wouldn't work at all. This isn't that.
I found another thread about M7300 radios displaying Lost MRU. Member Apco25 mentioned that RS232 terminal commands could be sent that might overcome the problem. I wonder if the same can be achieved for the XG-100M?So, back on topic. Short story is, I have a radio with "Lost MRU" and attempted to reconnect via Putty. There seemed to be no response even though I banged in various commands. I had left Putty running and Lo & Behold, there appears to be a connection with a very slow response time. Here's a screen shot. (note: 7 Fatal Errors mentioned). Where the cursor is (green box at the bottom) each of the preceding boxes of three vertical dashes seems to be an undecipherable response from the radio. Thoughts on recovery? At least the radio is not bricked. Just seems to be in a slow speech mode.
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