Shortwave listening and everything radio including reviews, broadcasting, ham radio, field operation, DXing, maker kits, travel, emergency gear, events, and more
Many thanks to SWLing Post contributor, Aaron Hyde, who reports that Sangean has a new travel radio on the market: the Sangean ATS-405.
Aaron writes:
“While looking around the internet today, I came across a new DSP shortwave radio called the Sangean ATS 405. The 405 looks a lot like its 404 predecessor except that it includes 3 bandwidths, 148 memories, a squelch control and comes along with some other interesting features.”
The ATS-405 came as very much a (welcome) surprise to me as Sangean hasn’t introduced a new shortwave radio in years. This radio is obviously based on a DSP chip and has three selectable bandwidths–I hope its AGC circuit is well suited for weak DX. I am a little disappointed the ATS-405 doesn’t have a tuning wheel. Still, I hope this will be a winner.
The ATS-405 owner’s manual (download here) lists the following features:
Full shortwave 14 meter bands
Five tuning methods-direct frequency access, auto scan, manual tuning, memory recall and rotary tuning
ATS (Auto Tuning System)-auto scan and preset stations
Shortwave meter band selection
148 station presets
2 alarm timers by buzzer and radio
Real time clock
Adjustable sleep timer
Tone control (Music/Normal/News)
1 kHz fine tuning
Squelch function adjusts the receiving threshold and eliminate weak transmissions
Easy to read LCD display with backlight
Eco-friendly recharging function with LED indicator
Stereo/mono switch
I will plan to purchase an ATS-405 in the near future and review it in due time. Please comment with your impressions if you’ve purchased one!
The Sangean ATS-405 is available from the following sellers from $89.00 to 95.00 US:
Since this is the first event of its kind, we’ve been working closely with PARI staff to put the DXpedition together. And come together, it has.
I’m pleased to announce that we’ve now received the official go-ahead: we’re clear to launch the (first-ever!) 2015 SWLing Post DXpedition, which will take place Friday, October 9, through Sunday, October 11. Come join us!
PARI will soon post the official registration form on their website; of course, I’ll post an update when this form is ready.
As I mentioned last year, PARI has agreed to handle all of the event’s arrangements, and will even provide a limited number of basic shared dormitory rooms to the first registrants who request them. An event fee will pay for facilities and PARI staff (see below); modest profits, should there be any, will benefit PARI’s worthy science education mission.
We are fortunate to be sharing the beautiful PARI campus with with a larger party of amateur astronomers, aka, a “star party,” taking place the same weekend; the DXpedition will benefit from this in terms of expanded facilities access. An additional benefit is that we can share our passion for radio with members of the star party, while learning a little about astronomy from their members. And for those of us who enjoy both, all the better.
Costs
The costs associated with the event are as follows:
Registration fee: $100
Lodging: On campus, the fee is $50 per night, per person, in a shared dormitory room; or $20 per night, per tent or travel trailer (no hook ups, though electricity is available). Want to come along, but not interested in roughing it? You’ll find numerous comfortable hotels and inns within a 30-40 minute drive of PARI’s mountain campus.
Meals: Catered meals will be provided for a modest charge to be determined (PARI is working with local food services to arrange our meals currently). Of course, you can always bring your own food and prepare it on-site, as well. The campus has a lunchroom with a microwave.
The PARI campus and accommodation
PARI was formerly a NASA tracking station, and following that, a Department of Defense monitoring facility. Because of the remote nature of the campus, basic on-site dormitories were built; scientists use these throughout the year as they conduct their research, and the shared rooms are available upon request.
Typical PARI dorm room (click to enlarge)
The dormitories are conveniently located in the heart of the 200-acre campus, and sleep about four to each room. These are simple facilities, and no private rooms are offered. Bathrooms (with showers) are shared, and separate buildings house men and women; thus the dormitories may not be the best option if you plan to bring a spouse, a large family, or young children.
Of course, if you enjoy camping and/or star-gazing, you can pitch a tent (just $20/night), or park your travel trailer on campus (also just $20/night). Note that this is not a travel park, thus hook-ups for travel trailers are not supplied, although power is available.
For those who prefer not to camp or stay in a shared room, the nearby mountain town of Brevard, NC (approximately 35 minutes from PARI by car) is a charming small town offering numerous hotels, bed-and-breakfasts, and other comfortable private accommodations. PARI often recommends the Hampton Inn in Brevard, NC. Hotels.com and AirBnB offer alternatives.
Receivers, antennas, and other radio equipment
DXpedition participants should bring their own receivers, antennas, and accessories. If you wish to bring an SDR or tabletop receiver, there are quite a few places on campus where you’ll have access to power. At least one main listening post will be set up under cover, as well, for our participants.
Feel free to bring any type of receiver you like. A few potential participants have noted that they plan to bring a portable receiver only, and that’s absolutely fine–this is your DXpedition, your chance to sit back and listen to your radio without distraction, so any radio you choose to bring is the right one.
Of course, a few SDRs, tabletops, and portable receivers will be available for participants to try out, so if you can’t bring your own receiver, please let me know in advance; I’ll try to reserve a time slot for you to use one of the available rigs.
Since this is the first time the SWLing Post and PARI have sponsored a DXpedition, we’re certainly trail-blazing here. My sincere hope is that this event will lead to future DXpeditions…not to mention, real friendships among our readers and fellow SWLers.
Looking forward to the DXpedition–we’ll see you at PARI in October!
I’ve had the Panasonic RF-2200 for just one week, but I’ve thoroughly enjoyed getting to know this classic solid-state portable. Without a doubt I’ve been very pleased with the RF-2200, and I only have good things to say about the eBay seller, volodymyry123 from whom I bought it. Eventually I’ll take the time to calibrate the analog dial, which is about 100 kHz off-frequency. (I’m obviously in no rush, but if readers with these rigs have suggestions for doing so, feel free to comment.)
The RF-2200 is surely one of the largest, heaviest portables in my collection…still, it begs to be taken outdoors!
Last week, I drove with some friends to the highest point in eastern North America, Mount Mitchell State Park. As I left for our drive, picnic supplies and backpacks in tow, I took a glance at the RF-2200 in my office–and couldn’t resist taking it along.
During our mountain picnic, I turned the RF-2200 on; immediately I heard Radio Exterior de España‘s interval signal on 17,715 kHz. It was loud and clear, at times pegging S9 on the signal meter.
I also tuned to the medium wave band and was instantly amazed by all of the signals it drew in. I was able to hear one of my favorites, WAIZ, on 630 kHz–the signal was very stable and sounded local, although the transmitter was easily 60 miles away.
In general, medium wave performance on the RF-2200 has been nothing short of incredible. But this shouldn’t come as much of a surprise. Indeed, just prior to purchasing the RF-2200, I consulted my buddy, Jeff McMahon (the fellow behind The Herculodge); here’s what he says about the ‘2200:
“I borrowed my friends’ RF-2200 for a month in 2008 and I loved it. It picked up stations effortlessly and had a magisterial quality about it, especially the AM sound. It reminded me of why I fell in love with radios.”
But why is it that when I look at the RF-2200, I feel like I should be taking it to the field? Perhaps it’s the staunch, beefy look of the chassis, or the controls that could easily be worked even with winter gloves? Or perhaps it’s that woven carry strap?
Or perhaps the RF-2200 offers something I miss in the age of compact portables with digital displays: a radio with presence, one that lends itself to pure listening discovery. The RF-2200 demands your attention, and does so with a clear, deep voice…
Yep, the RF-2200 is a true field companion. But don’t take my word for it: find one, take it along, and see–or rather, hear–for yourself.
SWLing Post reader, Murray, recently took the Tecsun PL-380 with him on a trip to view the solar eclipse and then to Morocco for an extended excursion. He writes:
We flew out of Billund Denmark for the [solar] eclipse flight. A couple of days after the eclipse we flew to Cassablanca Morocco, where we were to join our 2 week excursion.
Here is a shot of the radio [above] at our camp in the dunes south of Erfoud in south central Morocco. In total we spent 2 1/2 weeks in Morocco and the desert was the nicest Radio quiet location I have been in. No interference what so ever! And lots of stations. It was great. The battery consumption of the PL-380 was very good. Nice unit.
Many thanks for sharing your thoughts on the PL-380, Murray! It must have been bliss listening to the shortwaves in such an RFI-free area.
Last August and part of September, I traveled through the US with the CommRadio CR-1 and a couple of portable antennas: the Par Electronics EF-SWL and NASA PA-30. I had the opportunity to try both in the field, and took notes as I used them. Following is a short review of the Par Electronics EF-SWL.
The EF-SWL ready to deploy with my Spec.-Ops. Brand “All Purpose Bag.”
Par Electronics EF-SWL
At the Dayton Hamvention last year, I had the pleasure of speaking with representatives of the North Carolina-based LNR Precision Inc. LNR is a mom-and-pop company with a focus on providing antennas, keys, and transceivers for the ham radio and shortwave listener markets. Indeed I have several SWL friends who use on a daily basis an antenna this company manufactures and retails: the Par Electronics EF-SWL. LNR asked if I would consider reviewing their antenna, and since I was planning a road trip with radios in tow–the perfect opportunity to test such an antenna–I agreed.
The Par Electronics EF-SWL is an end-fed shortwave antenna designed for 1-30 MHz reception. It’s a receive only-antenna–perfect for the SWL. The radiator is 45 feet of #14 black polyethylene coated Flex-Weave wire. When I first used the EF-SWL, I noted the quality of its construction: no doubt it can withstand many deployments in all weather conditions–and it’s manufactured here in the US.
With a 45′ radiator, the EF-SWL needs a little space, but offers more gain than the other portable antenna I packed, the NASA PA-30 (look for its review in the near future). I put the EF-SWL to use in New Mexico where several large trees were readily available. I hooked the EF-SWL up to the CommRadio CR-1 and simply hung the end of the radiator as high as I could in a nearby tree. Though not a picture-perfect installation, it nonetheless certainly did the trick! I didn’t bother with a ground connection as I wasn’t in an area with much radio noise (RFI).
In the past, when setting up portable ham radio and shortwave listening, I’ve typically built my own antenna either for the specific meter band I hoped to use, or brought along a portable antenna tuner. It was quite nice having an antenna designed to be resonant on the broadcast bands.
Though I didn’t do this, I did noticed that the EF-SWL’s radiator is attached via a stainless stud–Par Electronics did this so you can remove the radiator and replace it with a different wire length. With the stock 45′ radiator, I still find the EF-SWL quite portable, especially when compared with most of the portable amateur radio antennas I use, which tend to take a dipole or delta loop configuration.
After returning from my trip, I decided to hook up the EF-SWL at my home base for longer-term evaluation. These past months I’ve had it on the air as an auxiliary antenna, and I’ve been impressed with its performance. In truth, it’s not in an optimal location hanging off the corner of my house, but I think this may actually represent with some accuracy the installation most SWLs will likewise be able to provide–in other words, placement that must factor in antenna restrictions or limited space. Of course, for any permanent installation, you will need to ground the EF-SWL for lower noise reception.
And yet, even in these suboptimal conditions, the antenna performs remarkably well.
As with any exterior antenna, of course, take precautions against lightening if you live in an area with thunder storms. If nothing else, at least disconnect the antenna when not in use.
Moving forward, I will plan to relocate the EF-SWL to a more ideal permanent location and most likely purchase another to keep in my antenna bag. I hope to use this antenna in a DXpedition I’ve planned later this year.
While electronics manufacturer C. Crane offers a number of unique AM/FM radios, including some of the best portable medium wave receivers on the market, they’ve traditionally only had two models of shortwave radio––namely, the CCRadio-SW, and the CCRadio-SWP. Earlier this year, however, C.Crane announced a new portable that would join their product line: the CC Skywave.
Admittedly, I was eager to give this little radio a go: C. Crane touts the Skywave as an exceptional travel radio, for which I’m always on the hunt. Last week, I had my opportunity when C. Crane sent me the new CC Skywave sample for review. I instantly got to work scrutinizing their newest offering…and here’s what I’ve discovered.
First impressions
The form factor of the Skywave is very similar to C.Crane’s CCRadio-SWP pocket radio; in fact, its smooth plastic body even feels the same. While this radio doesn’t have the rubberized coating that have become popular on radio exteriors in recent years, supposedly to provide an easy-to-grip surface, I’m pleased that C.Crane does not use this, as these coatings can eventually deteriorate over time and with heat exposure, becoming somewhat tacky or sticky to the touch.
The Skywave’s backlit LCD display is small, but readily viewable from several angles. All of the buttons on the front of the Skywave have a tactile response, again, similar to the CCRadio-SWP. The buttons require slightly more pressure to activate than Tecsun and Degen models; I prefer this, especially for a travel radio: should I forget to activate the key lock, it’s much less likely that the radio will accidentally turn on during transit.
As always, I attempted first to see how many radio features and functions I could uncover without first consulting the owner’s manual. In the past, C.Crane products have been some of the most intuitive on the market. Fortunately, the Skywave did not disappoint: first, I was able to set both the clock and alarm within moments; both essential in a travel radio.
Once the radio is on, it will display either the time or frequency on the main display. While the Skywave defaults to a time display, I discovered that the lock button toggles the display between time and frequency for ten seconds. (Note: After reading through the manual later, I learned that you can actually change the default display mode to either time or frequency–very nice touch!)
I then turned on the radio and found the memory allocation to be very straightforward: tune to the desired station, then press and hold a number button two seconds to save. Press a button quickly to recall. Memory remembers bandwidth, stereo, or mono (if FM), and any voice or music audio filters utilized–very handy!
Speaking of bandwidth, the Skywave has five on shortwave, medium wave, and air bands: 6, 4, 3, 2, and 1 kHz. By pressing the bandwidth button, you can cycle through these from widest to narrowest. The bandwidth defaults to 3 kHz, but the default can be changed by holding down the bandwidth button for five seconds (with radio powered off).
To enter a frequency in AM/FM/SW, you simply press the FREQ button, then key in frequency. To scan through the band, simply press and hold one of the up/down arrow buttons. Worth noting: the Skywave’s scan function is one of the fastest I’ve seen in a portable.
On the topic of scanning, and since this is a travel radio, I would have liked C.Crane to include an ETM function like that found in the Tecsun PL-310ET and PL-380. It’s quite a handy function for auto-populating temporary memories from a simple band scan. I assume this is not an option on the DSP chip powering the Skywave.
Owner’s manual
Once I had my fun trying to discover as many functions on the Skywave without the manual’s aid, I finally opened it and discovered a few more functions.
One feature I’ve already come to love in the Skywave: the ability to change the tuning speed, and thus frequency step-spacing on the tuning knob (option of 5 or 1 kHz steps), just by pressing the knob itself. I much prefer this to using a front-panel tuning step button because it’s so easy to operate in low-light settings (lounging in bed, for example).
Another unique feature of the Skywave is a switchable audio filter for voice or music. With the filter set to “voice,” the audio is enhanced for human voice intelligibility. When set to “music,” it widens the audio filter, thus optimizing audio fidelity. Toggling the audio filter settings between voice and music is very easy, but not intuitive; indeed, it’s almost a hidden feature you can discover via the owner’s manual. Simply press the “1” and “2” simultaneously while listening to a broadcast to toggle the filter.
I should note that the C.Crane owner’s manual is one of the most straightforward and simple I’ve seen in ages. You can tell that, at least in the English version that came with mine, this manual was written by a native English speaker. It made for simple, clear instruction without head-scratching over obscure terms. Even the least technically-inclined user will understand these instructions, no problem.
AM – Medium Wave
After asking SWLing Post readers what they would like me to include in this review, a number of you responded that you wanted me to give the AM broadcast band reception a proper review.
My foray into medium wave listening with the Skywave started off on the right foot. The very first night with the Skywave, I tuned it to 740 kHz, my favorite, albeit challenging to reach, AM station here in the North America–CFZM “Zoomer Radio” While those living in the midwestern and northeastern US can receive Zoomer radio easily enough at night, it is often a tough catch here in the southeast in the evening hours. After nightfall it competes with clear channel stations that also occupy 740 kHz. With a portable radio, the lock on Zoomer is never terribly strong and is very prone to fading.
But after tuning the Skywave to Zoomer, I received CFZM so well it sounded like a local station–in fact, I couldn’t believe it until a station ID confirmed that I was receiving it. Even more surprising was that I received it away from home, in an area plagued with RFI noise where I typically have to carefully turn a radio to null out the noise in an effort to enhance the desired broadcast. But the Skywave somehow mitigated this noise better than my other portables. Even when I turned the radio in the direction of the offending electrical noise, it wasn’t as bad as on other portables. Truly, the reception was remarkable.
With Zoomer firmly locked in, I hopped into bed, turned the volume to a comfortable level, and listened for at least half an hour before falling asleep. I was pleasantly surprised the following morning, some eight hours later, when I woke to the Skywave playing CFZM at the same level. Phenomenal! Perhaps conditions were exceptionally favorable that night; nonetheless, the Skywave couldn’t have impressed me more.
A side note–on the previous day, I’d inserted two generic alkaline AA batteries in the Skywave; after a total of ten hours playing at medium volume, the battery indicator still showed full capacity.
Medium wave audio samples
While time won’t allow a full audio sampling of the medium wave band for comparison, I did record the following comparison between the Skywave and the Tecsun PL-310ET (which I regard as one of the more capable sub-$100 ultra-compact portables on the market).
Since SWLing Post readers specifically asked to hear how the Skywave handles choppy nighttime medium wave DX conditions, I tuned to two frequencies with overlapping broadcasts, one of which was slightly dominant: 950 kHz and 990 kHz. I set the AM bandwidth to 3 kHz on both radios and made the recordings within one minute of each other. The CC Skywave’s audio filter was set to “voice.”
In the following recordings, listen for Radio Reloj (Cuba)–it’s buried deep in the noise. You might detect the ticking and “R” “R” in Morse code. These recordings were taken within one minute of each other.
To my ear, the Skywave was clearer and the commentator’s voice seemed to pop out of the noise better.
I’ve spent a great deal of time listening to the Skywave on the medium wave band this week and I feel comfortable recommending it for the medium wave DXer.
FM
While I’ve spent comparatively less time (thus far) evaluating the Skywave’s FM band, I can say that the Skywave receives my “benchmark” FM stations with ease. Sensitivity also seems to be on par with my other DSP based portables (meaning, excellent sensitivity).
Shortwave
Of course, being a shortwave enthusiast, I’ve spent the bulk of my listening time since receiving the Skywave on the shortwave bands. And during this time, alas, shortwave radio band conditions have been challenging for any radio. Yet I’m happy to note that this little radio does not disappoint: it has excellent sensitivity and selectivity for a radio of its size. When I compared the Skywave with the Tecsun PL-310ET, in almost every situation, they are nearly equal in performance.
Shortwave audio samples
Below I’ve included audio samples of the Skywave on 9580 kHz (Radio Australia). Under normal conditions, Radio Australia would be a blowtorch signal here in North America, but this particular morning, propagation was quite poor. In the audio, you’ll hear both radios attempting to cope with pronounced fading, with their AGC circuits reacting to the quick rise and fall of signal strength. Both radios were set to a 3kHz bandwidth and the Skywave’s audio filter set to “voice” to help mitigate noise.
Note that Radio Australia was broadcasting music, which can be more difficult to evaluate, but the vocals were prominent enough I felt it made for a good comparison.
This morning, I also recorded WWV on 15 MHz. Again, propagation conditions were poor across the bands, so even WWV (normally very stable) was affected by quick fading (QSB). For kicks, I decided to add the benchmark Tecsun PL-660 to this comparison. If you recall, it received some of the highest marks for sensitivity in our weak signal shoot out. The Tecsun PL-310ET and CC Skywave were set to 3 kHz bandwidth and the Tecsun PL-660 to it’s narrow bandwidth (which I felt was most equivalent).
The good news is that the Skywave is certainly a sensitive and selective portable. While evaluating shortwave performance over the past week, I’ve been pleasantly surprised by how well this little radio receives.
NOAA Weather radio
Those of us living or traveling in North America will appreciate the Skywave’s built-in NOAA weather radio functionality. Since I have at least a dozen self-powered radios and desktops that have built-in NOAA weather reception, I typically don’t give the band much thought. I figured NOAA reception would be a mediocre add-on with the Skyview. I was wrong.
Not only does the Skywave have NOAA weather radio, but it also has weather alerts. What’s so great about that? Imagine that you’re travelling to a rural area and weather is looking ominous; in this case, you can simply set the Skywave to the strongest NOAA channel and activate the weather alert (choose options for 4, 8, or 16 hours). If severe weather is reported for your geographic area, the Skywave will alert you.
I’m very pleased with the NOAA weather radio reception, as well. The Skywave receives NOAA stations even better than one of my dedicated weather radios.
AIR band
C.Crane included the Air band for travelers, as a means to listen to air traffic control while in an airport or awaiting a flight’s arrival. I have several portables with the AIR band, but most lack an autoscan ability (Grundig G3, G6), and performance on these tends to be mediocre at best.
I’ve traveled to three different cities over the past week and used the Skywave to tune to the local air-traffic control tower. After a bit of scanning, it eventually found the frequency, and reception was quite good. I have not yet used the AIR band in an airport (notorious for RFI) nor in a large metro area, so I can’t comment about performance under those conditions.
What really separates the Skywave apart from my other shortwave portable with the AIR band is that it actually has an adjustable squelch mode. Nice touch!
CC Buds Earphones
Unlike Tecsun portables which typically ship with batteries, an external antenna wire, chargers, travel cases, and the like, the CC Skywave comes with very few included accessories––just a carry case, an owner’s manual, and earphones.
Most of the headphones/earphones that accompany a shortwave radio package are of the cheapest quality. I’m happy to note that the Skywave’s included earphones are the best I’ve ever received as an included accessory with a shortwave radio.
The CC Buds Earphones are in-ear style (which I prefer, for sound isolation) with soft silicone earpieces. They are tuned to a frequency response which favors voice, an enhanced mid-range. For SWLing and MW DXing, I believe they’re nearly ideal. Indeed, I’m planning to use these with my Elecraft KX3 next time I’m operating QRP––I’m sure that SSB will sound great.
Since these are tuned for the spoken word, however, I wouldn’t necessarily favor the CC Buds Earphones over my Sony in-ear buds for music listening.
Summary
Every radio has pros and cons, and I jot down my reactions as I evaluate a new radio so as not to forget any details. The following is my list:
Pros:
Overall great sensitivity and selectivity for a portable in this price class
Considerate design, well-tailored for the traveler:
Compact size
Air band
NOAA weather radio
Easy to set clock and alarm
Simple controls
Lightweight
Operates on 2 AA batteries
Charges from Mini USB (see con)
Wide HF frequency range (2.3 up to 26.1 MHz) compared to the PL-380/PL-310 (2.3 up to 21.95 MHz)
AIR band is truly functional: includes both scanning and squelch
NOAA Weather radio reception excellent
Includes soft silicone earphones (in-ear type) actually worthy of AM/SW listening
Auto scanning with the up/down buttons is very rapid
Integrated charging circuit
Uses common micro USB port for power/charging
Tuning speed easily changed by pressing tuning knob
Volume control is fully variable (free wheel, analog style), not in pre-determined digital steps
Selectable audio filters for music and voice
Cons:
Internal speaker audio is somewhat tinny (use of the voice audio filter helps)
No external antenna jack
No SSB mode (in this price class of $90 US, SSB is an included mode on some models)
Only one clock; no provision for dual local/UTC time
Mutes between frequency changes
Whip antenna is short––only 16” fully extended. While the Skywave seems to perform brilliantly with this short antenna (see pro), I can’t help but wonder if more length might boost some bands.
While no inconvenience to me, the Skywave does not come with an adaptor or USB cord for powering/charging. (Should you need it, C.Crane sells a proper noise-free regulated power supply separately ($15 US); however, most buyers will already have these cords and any USB port on your PC or USB-based phone charger will suffice. Also note that listening to virtually any radio while charging will inject noise into the receiver, resulting in sub-par reception.)
Can overload on shortwave and AIR bands if located near a strong radio station (see this comment)
Conclusion
The CC Skywave is nearly identical in size to the late and great Grundig G6.
C. Crane has few shortwave radios in their product line, and all perform rather well for their price point; I know, as I have owned all of them and even purchased as gifts in the past.
Fortunately, it’s clear that C. Crane noticed the shortcomings of the AR1733 and has modified the Skywave’s design and firmware accordingly, which may account for the delayed roll-out of the CC Skywave. Obviously, the Skywave’s ACG circuit has been tweaked to cope with medium wave and shortwave listening, since a poor ACG circuit is one of the shortcomings of the AR1733. But, if so, wow…what a tweak.
Because all in all, the CC Skywave is a excellent little radio. Indeed, in terms of the ultra-compact portable market (models like I included in a recent shoot-out), I think it’s one of the best surprise performers I’ve seen in the past couple of years.
After just one week with it, I’ve already decided to take the CC Skywave along on my travels to see how it performs over time. It will replace my PL-310ET and PL-380 for my one bag domestic and international travelling. The CC Skywave is also especially well-suited for the “go”-bags and “bug-out” bags used in evacuations and other emergencies. Indeed, with AM/FM/SW/AIR plus functional NOAA radio, this little radio packs a lot––in short, the Skywave packs enough to get packed in my bag.
Many thanks to SWLing Post contributor, Guy Atkins, who shares the following video demonstrating how the Elad FDM-S2 can be controlled with the $99 HP Stream 7 Windows 8.1 tablet PC: