Category Archives: News

The end of cheap non-compliant VHF/UHF two-way radios?

Many thanks to SWLing Post contributor, Dave Zantow (N9EWO), who references this thread on RadioReference.com regarding the following FCC Enforcement Advisory:

The Enforcement Bureau (Bureau) of the Federal Communications Commission (FCC) has observed that a growing number of conventional retailers and websites advertise and sell low-cost, two-way VHF/UHF radios that do not comply with the FCC’s rules. Such devices are used primarily for short-distance, two-way voice communications and are frequently imported into the United States. These radios must be authorized by the FCC prior to being imported, advertised, sold, or operated in the United States.

Many of these radios violate one or more FCC technical requirements. For example, some can be modified to transmit on public safety and other land mobile channels for which they are not authorized, while others are capable of prohibited wideband operations.

Such radios are illegal, and many have the potential to negatively affect public safety, aviation, and other operations by Federal, state, and local agencies, as well as private users. Because these devices must be, but have not been, authorized by the FCC, the devices may not be imported into the United States, retailers may not advertise or sell them, and no one may use them. Rather, these devices may only be imported, advertised, sold, or used only if the FCC first has approved them under its equipment authorization process (or unless the devices operate exclusively on frequencies reserved for amateur licensees or they are intended for use exclusively by the federal government). Moreover, with only very limited exceptions, after being authorized, the devices may not be modified. Anyone importing, advertising or selling such noncompliant devices should stop immediately, and anyone owning such devices should not use them. Violators may be subject to substantial monetary penalties.

What Should You Know?

The Bureau has noted an increase in the manufacturing, importation, advertising, and sale of two-way VHF/UHF radios that are not authorized in accordance with the Commission’s rules. Generally, electronic devices that intentionally emit radio waves are required to be certified by the FCC or an authorized third-party certification entity (Telecommunications Certification Body) prior to importation, advertising, sale, or use. Two-way VHF/UHF radios require FCC certification to show compliance with our rules, unless they qualify for a limited exception (see Amateur Radio Exception, below, and Federal government exception at footnote 4).

This certification requirement ensures that equipment complies with technical requirements to avoid causing interference to federal government operations, private licensed operations, and other authorized operations or equipment. Equipment that does not comply with the technical requirements cannot be certified and thus cannot be imported, advertised, sold, or used.

Amateur Radio Exception. There is one exception to this certification requirement: if a device is capable of operating only on frequencies that the FCC has allocated for use by Amateur Radio Service licensees, it does not require FCC equipment authorization,8 and an amateur licensee may use his or her license to operate such radios. However, many two-way radios that purport to operate on amateur frequencies also operate on frequencies that extend beyond the designated amateur frequency bands. If a two-way VHF/UHF radio is capable of operating outside of the amateur frequency bands, it cannot be imported, advertised, sold, or operated within the United States without an FCC equipment certification.

Even if a two-way VHF/UHF radio operates solely within the amateur frequencies, the operator is required to have an amateur license to operate the device and must otherwise comply with all applicable rules. The Bureau will take very seriously any reports of failures of two-way radio operators to comply with all relevant rules and requirements when using devices in the amateur bands.

What Happens If Manufacturers, Retailers, or Operators Do Not Comply with the FCC’s Rules?

Violators of the Commission’s marketing rules may be subject to the penalties authorized by the Communications Act, including, but not limited to, substantial monetary fines (up to $19,639 per day of marketing violations and up to $147,290 for an ongoing violation).

What Should You Do?

The FCC rules governing two-way VHF/UHF radios are designed to minimize interference to all authorized spectrum users, including important government and public safety operations. Manufacturers, importers, retailers, and radio operators should take the time to learn the FCC rules governing equipment authorization and comply with them. When manufacturing, importing, advertising or selling two-way radios and accessories that either are electronic or have electronic components, manufacturers, importers and marketers should ensure that such devices or components are properly certified and labeled as FCCcompliant and cannot be easily modified to operate outside its grant of certification. Prior to purchase or operation, individuals should ensure that a device is either labeled as FCC-compliant or operates solely within amateur frequencies.

Need more information? For additional information regarding equipment marketing and amateur radio rules, please visit the FCC website at https://www.fcc.gov/engineering-technology/laboratory-division/general/equipmentauthorization and https://www.fcc.gov/wireless/bureau-divisions/mobility-division/amateur-radio-service, respectively. Media inquiries should be directed to Will Wiquist at (202) 418-0509 or [email protected].

To file a complaint, visit https://consumercomplaints.fcc.gov or call 1-888-CALL-FCC.

Click here to download the full advisory including footnotes (PDF).

I can’t imagine how many of these non-compliant HTs are floating around on the market. I’m guessing this could also affect the sale of used non-compliant radios–? I’m sure there are a number of amateur radio retailers that have a vast inventory of non-compliant radios that they can no longer sell, without potentially facing serious fines by the FCC.

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CB radio manufacturer Cedar Electronics (Cobra) struggles with new tariffs

(Source: The Washington Post via Jeff McMahan)

CHICAGO — Cedar Electronics has been selling CB radios to American truckers since the 1960s, helping connect the workers who keep the U.S. economy rolling. But these days Cedar’s business isn’t exactly trucking along.

The Chicago-headquartered company is racing around Asia looking for other countries to host its manufacturing, after the radios Cedar makes in China and brings to the United States were hit with one of the Trump administration’s 25 percent tariffs this summer, making them more expensive to import.

The White House’s decision to extend its tariff campaign to an even broader range of Chinese imports starting Monday is putting similar pressure on more U.S. companies to uproot their Chinese manufacturing, and to consider layoffs, price hikes and investment cuts.

[…]Cedar Electronics’ predecessor company was the first to introduce CB radios to the market decades ago. “We like to joke it was the first social media device,” Karnes said. The radios, made famous by movies like “Smokey and the Bandit,” are still used by many truckers, despite the advent of cellphones.

Steven Fields, a trucker based in Kansas City, Mo., said he uses a CB to warn other drivers about bad weather and accidents. “Being prepared can make a big difference between a miserable trip and a safe trip,” he said.

About 15 years ago, Cedar moved its manufacturing to China to save money on parts and labor, Karnes said.

Cedar imports almost all of its Cobra-brand CBs to North America, where it holds almost 80 percent of the market. The radios are mostly sold at large truck stops, for $99 to $199, depending on the model.

When Cedar learned its CBs would be included on the initial tariff list targeting $50 billion in imports, it applied for an exemption and imported additional inventory by costly airfreight to have stock on hand before the tariffs took effect. That gave the company enough CBs to meet demand through September without having to raise prices, Karnes said.

Click here to read the full story and comment at The Washington Post.

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N6QW introduces the Sudden QRP SSB Transceiver

The Elecraft KX3 continues to impress

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I’ve owned my Elecraft KX3 for five years, and this little rig continues to amaze me.

In 2013, I gave the KX3 one of the most favorable reviews I’ve ever published–and it continues to hold its own. That’s why last year I recommended the KX3 to my buddy and newly minted ham radio operator, Sébastien (VA2SLW), who had already been eyeing the KX3 as his first HF transceiver.

A few weeks ago, Sébastien bit the bullet and is now the proud owner of a KX3 with built-in ATU. He purchased the KX3 with plans to do a lot of field operations including SOTA (Summits On The Air) and also use the KX3 at home.

Wednesday, I popped by Sébastien’s flat to help sort through some low-profile antenna options. I had suggested that he not invest in a factory made antenna just yet, but instead explore what he’s able to do with a simple wire antenna directly connected to the KX3 with a BNC Male to Stackable Binding Posts adapter. I’ve had excellent luck using this simple arrangement this in the past with the KX3, KX2 and even the KX1.

I did a quick QRM/RFI survey of his flat and balcony with my CC Skywave SSB. While there were the typical radio noises indoors, his balcony was pleasantly RFI quiet. At 14:00 local, I was able to receive the Voice of Greece (9,420 kHz), Radio Guinée (9,650 kHz) and WWV (both 10,000 and 15,000 kHz) with little difficulty. His building has incredibly thick concrete walls–I assume this does a fine job of keeping the RFI indoors. Lucky guy!

We popped by a wonderfully-stocked electronics shop in Québec City (Électromike–which I highly recommend) picked up some banana plugs and about 100′ of jacketed wire. We took these items back to the flat and cut a 35′ length of wire for the radiator and about 28′ for the ground. We added the banana plugs to the ends of each wire.

Sébastien temporarily attached one end of the antenna wire to the top of the fire escape and we simply deployed the ground wire off the side of the balcony. Neither of these wires interfere with his neighbors and neither are close to electric lines.

I had planned to cut both the radiator and ground until we found the “sweet spot”: where the ATU could find matches on 40, 30, 20 and 17 meters (at least).

Much to my amazement, the KX3 ATU got 1:1 matches on all of those bands save 80M where it still could achieve a 2.8:1 ratio. I couldn’t believe it!

Frankly, Elecraft ATUs are nothing short of amazing.

Even the ATU in my little KX2 once tuned a 20 meter hex beam to 40 meters and found a 1:1 match to boot. In contrast, the Icom IC-7300 sitting next to the KX2 wasn’t able to match that hex beam even though we performed a persistent ATU search. Not surprising as I wouldn’t expect a 40 meter match on a 20 meter antenna, but the Elecraft ATU did it with relative ease.

Sébastian did a quick scan of the ham radio bands where we heard a number of EU stations. I also took the opportunity to point out how well the KX3 operates as a broadcast receiver with the AM filter wide open and using headphones in the “delay” audio effects mode. The Voice of Greece sounded like a local station–absolutely gorgeous signal.

It was getting late in the day, so I couldn’t hang around to call CQ with Séb, but I left knowing that he is going to have a blast playing radio at home and, especially, in the field. Next, he plans to build a simple mag loop antenna, get a BioEnno LiFePo battery and eventually add other Elecraft accessories to his station. I’d say he’s off to a great start!

Want more info? Click here to read my review of the Elecraft KX3 and here to read my review of the Elecraft KX2.

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Are we entering the age of atomic radio?

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(Source: arstechnica via Scott Schad)

A new antenna using single atoms could usher in the age of atomic radio

The team tested their device by recording themselves singing “Mary Had a Little Lamb”

JENNIFER OUELLETTE

In the 1950s, atomic clocks revolutionized precision time-keeping. Now we may be on the verge of so-called “atomic radio,” thanks to the development of a new type of antenna capable of receiving signals across a much wider range of frequencies (more than four octaves) that is highly resistant to electromagnetic interference.

An antenna is typically a collection of metal rods that pick up passing radio waves and convert their energy into an electrical current, which is then amplified. One might argue that the good old-fashioned radio antenna has served us well since the dawn of the 20th century, so why do we need anything to replace it?

According to David Anderson of Rydberg Technologies, those antennae are wavelength-dependent, so their size depends on whatever wavelength of signal they are trying to measure (they need to be about half the size of whatever wavelength they are designed to receive). That means you need antennae of several different sizes to measure different radio frequencies.

Anderson is a co-author of a new paper posted to the arXiv describing a novel alternative to conventional antennae, based on vapor cells filled with a gas of so-called “Rydberg atoms.” That just means the atoms are in an especially excited state, well above their ground (lowest-energy) state. This makes them especially sensitive to passing electric fields, like the alternating fields of radio waves. All you need is a means of detecting those interactions to turn them into quantum sensors.[…]

Read the full article at arstechnica.

Click here to download the research paper: An atomic receiver for AM and FM radio communication (PDF).

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IEEE Spectrum: “Long-Running U.S. Federal Radio Stations, Beloved by Hams, in Danger of Shutdown”

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A WWV Time Code Generator

(Source: IEEE Spectrum Magazine)

Several public radio stations that have broadcast the time of day continuously for nearly 100 years are on the chopping block

By Julianne Pepitone

Starting in May 1920, the U.S. federal WWV radio stations have broadcast the official time without fail. For ham radio fans, hearing the friendly “National Institute of Standards and Technology Time!” announcement is a comforting old refrain. For others, it’s a service they’ve never heard of—yet in the background, it’s what keeps the clocks and appliances in their daily lives automatically ticking along on time.

But after 98 years, this constant companion could soon go off the air. The proposed 2019 U.S. presidential budget calls for a 34 percent cut in NIST funding; in response, the Institute compiled a budget-use plan that would eliminate the WWV stations.

At first blush it might sound like the natural end to a quaint public service from a bygone era. Do we really need radio-broadcast time signals in an era of Internet-connected devices and GPS?

Many would argue: Yes, we really do. More than 50 million devices in the United States—including wall clocks, wristwatches, and industrial appliances—keep time through the signal from NIST’s WWVB station, operating from a site near Fort Collins, Colo., where it reads the time directly from an atomic clock. These radio-equipped clocks are permanently tuned to WWVB’s low-frequency 60 kHz signal.

“WWVB is the pacemaker for the world around us, even if we don’t realize it,” says Thomas Witherspoon, editor of shortwave radio news site The SWLing Post. “It’s why factory workers and schools don’t need to drag out the stepladder every time we switch between Daylight and Standard Time. Without WWVB, these devices won’t magically update themselves.”[…]

Click here to read the full article including comments from WWVB’s Station Manager.

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Arcing can produce nasty broadband radio interference

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On this trip to Québec, indoor listening has been more productive than listening from our balcony.

I mentioned in a previous post that, this year, QRM levels here at the condo in Québec are higher on our balcony than they are inside the building.

I think I found the source.

A couple weeks ago, on my morning walk, I passed underneath some high voltage power lines about 1 km from the condo. I noticed the sound of arcing coming from a pole nearby. No doubt, something metal–a staple, a cable, a pin, etc.–is the culprit.

I pulled out my smart phone and made this short video. If you turn up the volume, you might hear the noise especially at the end of the clip.:

I took a portable radio back to the site later and heard the same broadband noise I heard from the condo.

Although we only rent this condo a couple months a year, I’ll try to report the noise to the Hydro Québec. I know that our utility company in the States must follow up with requests like this and do their best to eliminate unintentional sources of RFI. These issues can also be an indication of something in the system failing, so power companies can actually be quite grateful for the feedback.

If you have persistent broadband noise at home, check out some of the trouble shooting tutorials at K3RFI’s website for a little guidance.

Despite all of this noise, I’m pleased I can still receive a few of my favorite shortwave stations. And, of course, escape to the KiwiSDR network and hit the field from time to time!

No worries, though, I’ll be back at my home station soon and can once again enjoy a relatively RFI-free radio space!

Post readers: Have you ever been plagued with power line noise? What did you do about it? Any tips? Please comment!

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