This just in from the land of polar bears and Moosehead Lager. The government of Canada recently announced that they will end their shortwave-based time signal broadcast service on 22 June of this year.
The service, which uses the callsign CHU, has operated in one form or another since the 1930s. CHU is the Canadian equivalent of the US's WWV & WWVH time signal services that operate from both Colorado and Hawaii.
Canada's National Research Council, the government agency that runs the time signal service, states the shut-down is necessary because the analog signal is no longer needed in the era of the internet and things like GPS and network time protocol (NTP) servers. I also understand there's an issue with the age of the transmitters used at both of the transmission sites. It's a cost-cutting measure.
To be fair, the US's terrestrial time signal services have been a target of government cost cutters in the past, as recently as the first Trump administration. Federal bean counters argue that nobody tunes in to listen to the 'beep, beep, beep' of the signal anymore. The push-back was always pretty immediate, from sources as varied as the US Department of Defense, the ham radio community, maritime services and the scientific community, which uses the signal to test things like minute changes in the atmospheric layers during severe storms or eclipses. As a result, the US National Institute of Science & Technology has done a lot to modernize the WWV & WWVH signals to deliver more than just audio beeps. There's a digital component to the signal that is used by automated systems for time synchronization, and the the NIST will add short voice broadcasts that provide information about ongoing experiments involving the time signal, announce system maintenance activities, coordinate government exercises, and more. The service also acts as something of an old-school 'dead hand' alert - if one or both stations suddenly go off the air, various federal agencies are instructed to come up on their own radio frequencies for information and instructions. Very Doctor Strangelove-ish 😄. So, I think the US-based time signal service is safe, for now.
Back to Canada. Oh, Canada, is this headlong rush to internet-based services a wise move? Remember, Canada shut down their broadcast weather alert system back in March, claiming the internet was the solution to all things, and the old weather alert service (similar to our NOAA Weather Radio) was redundant and unnecessary. Plus, it was, as federal bureaucrats love to say, 'too expensive to maintain'. Since something like 80% of the Canadian population lives within just a few miles of the US/Canada border and can receive NOAA weather radio broadcasts, I expect a lot of Canadian weather geeks are buying NOAA weather radios and programming in the nearest US county SAME codes to help maintain situational awareness. Canada seems headed down the path of many countries in shutting down older terrestrial transmission services in favor of that new solution to all problems - 'the cloud'. While this makes sense for small countries like Belgium or Costa Rica, for countries with vast territories, terrestrial broadcast services still make a lot of sense. Think of countries like the US, Canada, Australia (which is a land mass as large as the US lower 48), Russia, China, and even the small island nations that are dotted across thousands of square miles of the Pacific Ocean. Many of these countries have fragile infrastructure and isolated population centers scattered across their territories. For them, old-fashioned terrestrial broadcast services still make a lot of sense, in large part because all that's needed to receive the signal is an inexpensive battery powered radio.
Sadly, the internet and the web services delivery paradigm has caught the eye of cost-cutting bureaucrats across the developed world. Why keep a cranky, expensive radio transmitter running when you can just 'go to the cloud' with the same service?
So, goodbye to the Canadian time service. You served faithfully for almost 100 years. Here's hoping nobody south of the border looks at your example and says, "Hey, that a good idea".
I've owned several of the Midland-produced weather radios with SAME functionality - the ones where you can program in your county code, and you'll receive over-the-air alerts specific to your area. None of these radios worked particularly well. I'm not saying they didn't work, I'm saying they didn't receive very well. I live in an area that sits between two NWS weather radio broadcast towers. Neither of the two stations comes in very strong to my location. This is as much a factor of my physical location (on the side of a hill), and the two broadcast stations in relation to my location. Still, I can normally receive one or both of the signals reasonably well with a general coverage receiver with a built-in antenna.
As general weather radio broadcast receivers, these Midland radios are poor performers. Considering their purpose in life - to receive NWS signals and trigger alerts - they just don't do their job very well. Several folks I've brought this issue up to say, "Brian, just fiddle with it a bit. Move it to a new location, hook up a better antenna, get a new power supply..." To all that I say, bullshit. Here's why - a weather alert radio is a piece of life-safety equipment, like a fire extinguisher or a defibrillator. You expect it to work right out of the box, no fiddling or tweaking necessary.
I know radios, and I'm willing to experiment a bit to get these Midlands working as they should, but even I've had little success. Plus, think of Midland's target market for these radios - the average consumer who lives in tornado alley. They want a radio they can trust to wake them in the dead of night and tell them to get to shelter. They want to put it on a table, plug it in, pull up the antenna, power it on, and feel safe. In my experience, unless you live right next to an NWS broadcast tower, you are likely not going to get what you expect out of these radios - they are at best middling receivers.
The Midland's a piece of s**t, a lousy receiver. And it's not just this particular radio. I've found the whole range of Midland receivers to be underwhelming. The Sangean weather radio is a far better receiver. What's the difference between the two? The Sangean will receive weather channels 5 & 7 with no problem. The signal is a bit scratchy, but otherwise clear and strong. The Midland, in the same location (upstairs bathroom), is deaf to any NWS frequency