My last post indicated I was simplifying things. But I quickly realized, the result was way too much stuff on my desk. And six, count them, six microphones on my desk. I had to work from home a day or so last week. And the desk was way too crowded with the extra laptop. So today I did another reorganization.
I have ditched my WiRES-X node. Because I think WiRES-X doesn’t give enough benefit to make it worthwhile. I could easily run a WiRES-X node. I have the gear sitting right here. I see no point in it. I will still use YSF reflectors however.
And I have ditched the TGIF DMR network. The TGIF DMR network does not play nicely with the openSPOT. And neither SharkRF or TGIF want to fix it. They both understand the problem. And either one of them could fix it if they wanted to. Because of this… if I wanted to use the TGIF network I would have to use a DMR radio and a Raspberry Pi hotspot. And yes, I have several DMR radios and several Raspberry Pi hotspots. But it’s not worth the extra clutter on the desk when I have so many other ways to communicate. The other DMR networks I use work fine with my openSPOT and my C4FM radio.
Oh yeah… and I ditched my VoIP phone that I had setup with ham only VoIP services. It might have been a neat idea. But it in reality it ends up being a little creepy unless you have friends that also have it.
With my FTM-500DR I can talk through my six openSPOT4 Pro hotspots, my two Allstar nodes, or my attic antenna. I figure that should be enough. At the moment I’m thinking this is better than a desk full of radios.
I got a wild hair this time. I pulled out several radios from their boxes. And I put away a bunch of hotspots and such. Then I proceeded to reduce things down to one thing “per mode”. I will have:
One way to do C4FM. My WiRES-X node.
One way to do D-Star. My ICOM IC-4100A in terminal mode.
One way to do DMR. Only one hotspot, running DMRGateway. Monitoring multiple talk groups and networks on one frequency.
One way to do Allstar. One node instead of two.
One FM frequency on my base antenna. 146.52
This setup essentially means, no more spinning the frequency/memory selector knob on any of my VHF/UHF radios. All the radios will be parked on their single frequency. Each radio will have one mode. And each mode will only have one frequency. Gone are the days of having fifteen nodes and hotspots all going at once. I no longer have to decide between WiRES-X and YSF reflectors. C4FM will always be WiRES-X. And no more crossmoding. Each mode is native.
What I had going here was some serious scope creep. If I stick to this setup… I might have some gear to sell.
After deciding to simplify my shack a bit more… I concluded that I could get by with only two radios on my desk. They would be my FTDX-10 and one of my FTM-200DRs. Soon after that, I was thinking… if I’m only going to have one FTM-200DR on my desk… a shiny new FTM-500DR would be even better in that role. While it is lacking various features I might like to have, it’s probably the best VHF/UHF radio on the market. And if I sell my two extra FTM-200DRs, that makes the net cost quite reasonable. Boom!
So, I clicked the BUY button on the Yaesu FTM-500DR and associated RT Systems programming software. I have sold my two spare FTM-200DRs. I still have a third FTM-200DR acting as my WiRES-X node radio.
This change simplifies my shack. I now only have two radios on my desk. The other change I made to help simplify things, was to discontinue the use of my six Pi-Star hotspots. I figure that six openSPOT4 Pros give me enough to listen to. I don’t need the additional six hotspots. Having twelve hotspots, a WiRES-X node, and two Allstar nodes was a little overwhelming.
I do waffle back and forth between simpler vs better. But depending on how you look at it, they may be the same thing.
The new Yaesu FTM-500DR is all the rage among Yaesu fans. You have people buying them and posting pictures of the box when it arrives. Of course, for ham radio operators… any new gear put out by their favorite company is tempting. To be honest, getting new gear is half the fun of ham radio. But think I will be passing this time around. This is highly unusual for me.
After recently switching from ICOM over to Yaesu I realize (and already knew of course) that Yaesu has its own problems. The new FTM-500DR carries on a trend of new Yaesu radios that lack the features that are present in their competitor’s products… or even their own previous products for that matter.
Currently available Yaesu C4FM mobile radios are missing the following features:
The memory bank issue is self-explanatory and has been beat to death on social media. Without memory banks you literally cannot scan more than one set of memories on the radio. As a dual-receive radio… my first move would be to set a bank of memories to scan on receiver A and a different bank of memories to scan on receiver B. No can do with Yaesu mobile radios.
Scan restart time
The scan restart time feature is not as well-known. Say you’re scanning a set of memories. And the scan stops on a frequency… you’re listening to a conversation… and the signal drops. Well… if you are able to set the scan restart time, you can have the radio wait for up to 10 seconds after the signal drops before it restarts scanning. This way… you’re way less likely to get jerked out of a conversation that you wanted to listen to. Without that feature… as soon as someone unkeys… boom… you are gone… back to scanning… completely missing the reply someone may have had to what was said.
Temporary skip / nuisance delete
I’ve actually never seen this feature on a Yaesu radio. But it immediately became one of my favorite features after I bought my first ICOM radio. And my Anytone radios also have it. What do you do if you’re scanning your memories… and there is some annoying net on one of them that you don’t want to listen to? Without this feature you would either have to manually set the memory to skip (and remember to unset it later)… or simply stop scanning. With the temporary skip feature, the radio will temporarily skip that memory while scanning. This is great because you don’t have to remember to “unskip” the memory later. It will automatically be included back into future scans.
Yaesu radios are “OK”. But they could be way better if they would listen to their customers. Due to the aforementioned missing features… instead of buying an FTM-500DR… I simply bought another FTM-200DR.
So now I have two FTM-200DRs on my desk and a third one I use for my WiRES-X node. Of the two on my desk, one is hooked to my attic antenna. The other is connected to a dummy load for use with my hotspots and nodes. Two FTM-200DRs on my desk actually give me more functionality than an FTM-500DR and at a lower price.
With two FTM-200DRs… I can scan two different sets of memories. Something you can’t do on an FTM-500DR. And in my case, having two FTM-200DRs gives me the distinct advantage of being able to run one of them on a dummy load for use with my local nodes/hotspots.
I got a wild hair a couple of days ago. I decided to switch all of my ham radio gear over from ICOM to Yaesu. There are various reasons for this. I’ve listed these in order of importance, 1 being the highest.
The ICOM IC-9700 has a really annoying problem. In order to sound good (or anywhere close), the mic gain for DV mode must be set much lower than the mic gain for FM mode. Switching modes requires adjusting the mic gain. Every time. ICOM knows about this and no solution is forthcoming.
I came to terms with the fact that D-Star is the worst sounding digital voice mode. Yaesu’s C4FM is probably the best. Even though I crossmode quite a bit, using the better mode on the radio I’m using makes sense to me.
I’ve been wanting to try the Yaesu FT-710.
The ICOM ID-52A is a great handheld. But it was sitting around not getting used most of the time. I’ll always prefer operating on a base rig.
Two of my ICOM radios were fairly expensive. Both the IC-9700 and ID-52A are the highest-priced radios in their class. Although some might argue there is nothing else in their class. Let’s just say they were both way more radio than I needed. And getting the money out of them was appealing.
The ICOM IC-9700 and ICOM IC-7300 are twin brothers. If I was going to sell my IC-7300 to buy a Yaesu HF rig… that’s one less reason to keep the IC-9700.
Long story short…
Yaesu M-70 microphone
Yaesu FTM-200DR x 2
I initially bought the FT-710 and tried it for about a week. Then I took it back to HRO and swapped it for a Yaesu FTDX-10.
The FTM-200DR is the perfect VHF/UHF radio for me. I have zero need or desire to have the dual-receive feature. I’ve had the FTM-300DR and FTM-400DR before. I prefer the FTM-200. It does exactly what I want it to do. My plan is to use one FTM-200 on my desk. And the other will serve as a node radio for my WiRES-X node (along with the HRI-200 I already had).
I’ve always heard good things about the Yaesu FT-70DR handheld, so I figured I’d try it. I’ve had the FT-2DR, FT-3DR, and FT-5DR. Those radios were all considerable overkill for what I need in a handheld.
I sold most of my gear on the QRZ.com for-sale forum. If you list something for the right price there it will sell within minutes. My IC-9700 and IC-7300 didn’t last an hour.
I have waffled back and forth on my hotspot strategy. I initially wanted to monitor multiple digital voice reflectors (or talk groups, or whatever). So I thought having a radio for each mode and multiple home-built Pi-Star hotspots was the way to go.
Then I discovered the idea of cross-mode operation. Pi-Star was never very good at that. But with the openSPOT3, cross-mode operation became quite viable. So I bought one. I eventually accumulated four of these. This allowed me to monitor various modes all at once… just by putting my radio on scan… and all with one radio.
But the Pi-Star still had attraction. There is some really fun software written by Tom Early (N7TAE) that one can use as an alternative to Pi-Star. Of course this software will not run on the openSPOT.
When the openSPOT4 came out… I sold all my openSPOT3 devices. My intent was to go back to different radios for different modes. And I did this for awhile.
For my Raspberry Pi hotspots… I went with the Pi 400. Because all the other Raspberry Pi were impossible to get. The Pi 400 is essentially a Raspberry Pi 4 built into a keyboard. I simply zip-tied six of these units together into pairs because I used them headless with no need to access the keyboards. Then… I had six ZUMspot-USB devices. One of these plugged into each of the six Pi 400 units and I had six Raspberry Pi hotspots ready to rock. This was a happy solution for a while.
Then… SharkRF went and had a sale. Their prices were very reasonable. That’s when I decided two things.
It was time to divest myself of my Yaesu equipment.
It was time to go back to the openSPOT.
So I sold all four of my Yaesu radios and bought six of the openSPOT4 Pro devices.
So once again I’m able to do all the digital voice modes with one radio. And I can park on six different things at once. Add in two Allstar nodes and that makes eight.
Update 3/27/2023: In addition to my six openSPOT4 Pro… I am now running my six Raspberry Pi hotspots as well. I use the six openSPOT4 Pro to cross mode to DMR and YSF from D-Star. And I use the six Raspberry Pi hotspots to run native D-Star. If you count my two Allstar nodes… this makes 14 different local nodes I am typically scanning at any given time. Still a Yaesu-free shack.
I’ve had an ICOM IC-7300 for a few months. I knew it was only a matter of time before I would also end up with its VHF/UHF twin the ICOM IC-9700. These radios make a nice looking pair. Add a couple of matching speakers and walla.
I’ve done something new with these radios. I bought a Heil iCM mic for each of them. In theory this should result in very good transmit audio.
With this new addition to my shack, maybe now I can get a break from GAS (gear aquisition syndrome) for a little while.
I will admit that the IC-9700 is overkill for me. I don’t do satellite work. But I do have a horizontally-polarized dual-band antenna for it. This would of course be better if there was actually some SSB activity on VHF/UHF in my area. But there generally isn’t.
We have been thinking about being more prepared for awhile now. Simple things like having some extra toilet paper and non-perishable food on hand.
But we recently took a big step. We contracted with an electrician to wire the power panel of our house for use with a generator. This allows the generator to basically power everything in the house with no need to run extension cords and such.
There were two key components to the project. First… we had to add a circuit for the generator “inlet”. This included a beefy new circuit breaker and wiring that went from the power panel to the back patio. The second component was an interlock kit. This ensures that you can never feed power from the generator back into the power grid. The interlock kit is simply a sliding metal plate. It’s notched in such a way that it physically prevents the main power breaker from being on at the same time the breaker for the generator is on. Nice and simple.
A fair portion of the cost for this project was running the circuit for the generator all the way to the back patio. On the back patio there is an “inlet” for the generator to plug into.
We did spring for a “tri-fuel” type generator. This generator can run off regular gasoline, propane, or natural gas. There happens to be a natural gas outlet right out on the back patio next to where we placed the generator inlet. That should work nicely in most cases. In the case where the natural gas supply is disrupted, we can always fall back to using propane.
For the curious… the electrician work, wiring, etc… cost about three times as much as the new generator. But this “manual” solution is still only a fraction of the cost of those next-level systems that automatically switch over whenever the power goes out.
I am currently attempting something called a “dopamine detox”. I have just read a booklet by that name. As part of this detox, I am attempting to avoid the activities that provide “over stimulation”. One goal was to identify these before starting. Turns out there are a lot of them. And when I think back about my habits over the course of my life, I can conclude that I have been pursuing these activities that provide over stimulation for quite a long time.
And regularly practicing these over stimulating activities, reduces one’s sensitivity to stimulation. Just like any drug addiction. And reducing one’s sensitivity to stimulation causes regular daily activities to no longer be fulfilling or enjoyable to the extent that they should be.
So right now… I am motivated. Not to pursue these over stimulating things… but to avoid them. And avoiding them is far better. Because as I do this I will essentially reset my level of sensitivity to stimulation. And my normal daily activities will be more fulfilling and enjoyable. This is the purpose of the detox.
I think this will become more than a short term “detox” goal. I think it may be a long term lifestyle choice. Because… as I continue to avoid these over stimulating things… the pleasure that regular life gives will be restored to a more natural level.
This article describes a certain model of faulty circuit breakers that will incorrectly trip when faced with the RF from a ham radio transmission. These are AFCI breakers. Kind of a special thing. They trip when they sense an arc. Well, turns out this article was written within months of when our home was built. And the circuit breakers they were talking about are the same exact ones that we have!
So, problem solved. The manufacturer will be sending us $345 worth of replacement circuit breakers under warranty. Yay! I just have to pay an electrician to replace them.
But after they are replaced, I should be able to use my HF radio without being concerned about popping breakers.
Well almost. My neighbors undoubtedly all have the same circuit breakers because our houses were all built by the same builder around the same time frame. I’m really hoping that they won’t be suffering from tripping breakers when I play radio.