I've been trying out the jcd 201m base microphone wired for yaesu ft 710 lately to see in the event that it really holds its own against more expensive table mics. If you've spent any time with the FT-710, you already know it's a killer SDR-based rig with a lot associated with punch, but the particular stock hand mic (the SSM-75E) will be a bit associated with a mixed bag. It's fine for mobile use or quick contacts, yet for a property shack, there's just something about having an appropriate base station microphone that makes the whole experience feel even more professional.
Finding a microphone that's actually pre-wired for the FT-710's specific 8-pin modular jack can become a bit of a headache. The lot of the older JCD versions were setup for the classic 8-pin round connectors seen on the FT-1000 or older Kenwood rigs. Getting the version that is definitely plug-and-play for the particular modular jack upon the FT-710 saves a lot associated with soldering and "which pin is which" guesswork.
Precisely why This Specific Combination Works So Properly
The Yaesu FT-710 has some of the best audio running in the price course, but it's extremely sensitive to the quality from the input signal. Once you catch up the jcd 201m base microphone wired for yaesu ft 710 , you're moving from the small electret element held in your own hand to a much more stable, shielded environment.
One thing I discovered right away is that the JCD 201M offers a little bit of heft to it. It doesn't slide around your own desk once you achieve for the PTT (Push-To-Talk) button. The wiring with this particular version is made to pull the necessary voltage directly from the particular radio's mic jack to power the internal pre-amp. This is a large plus because it means you don't have to fool around with 9V batteries inside the microphone base that constantly seem to pass away right in the particular middle of an unusual DX pileup.
Unboxing and First Impressions
The very first thing you'll notice when you pull the JCD 201M out of the particular box is it looks like a traditional bit of radio equipment. It's got that will "old school" vibe but with modern parts inside. The gooseneck is stiff more than enough to stay exactly exactly where you put this, which is some thing I usually struggle along with on cheaper common mics.
The base features a large PTT bar and a locking switch. In the event that you're someone that likes to ragchew for an hour on 40 metres, that lock change will likely be your greatest friend. The tactile click of the buttons feels solid—not soft like some of the spending budget mics I've tried in the past. It feels like this was built simply by someone who in fact spends time at the rear of a transceiver.
Getting the Wiring Right for the particular FT 710
The "wired for" part of the jcd 201m base microphone wired for yaesu ft 710 is usually the most important detail here. Yaesu's 8-pin modular (RJ-45 style) pinout will be different from what you'd find upon an Icom or a Kenwood. On the particular FT-710, you have got pins for Microphone, Ground, PTT, and +5V or +8V DC.
If the wiring is off by even one pin, you risk either getting no audio, constant humming, or even in the worst-case scenario, shorting away the 5V train on your radio's control board. Given that this version arrives pre-terminated with the particular correct modular plug, you can literally simply click it in to the front from the FT-710 and you're ready to go. No adapters, simply no soldering irons, plus no stress about whether you're going to blow a fuse in your shiny new SDR.
Dialing in the Audio Settings
Once you've obtained the jcd 201m base microphone wired for yaesu ft 710 connected in, don't simply start shouting into it. The FT-710 has a fairly complex "Mic EQ" menu that you'll want to tweak. Because the JCD 201M offers its own inner pre-amp and get control (usually a little slider or button on the base or back of the base), a person have two stages of gain to control.
I discovered that setting the particular mic's internal gain to about 50% after which adjusting the particular FT-710's "Mic Gain" with the multi-dial has been the sweet spot. You want your ALC (Automatic Degree Control) meter to remain right in the middle of the particular bracketed zone. If you crank the gain on the microphone too high, you'll present plenty of background noise—the sound of your own shack's fans or even your computer—which is usually exactly what you don't want.
The strength of the Parametric EQ
The FT-710 features a three-band parametric equalizer for the transmitter. When making use of the JCD 201M, I noticed that this mic has a naturally bright response. It captures the particular highs very nicely, which is great for "punching through" the noise upon SSB. However, if you want that "broadcast" audio, you might want to use the EQ to increase the lows close to 200Hz and somewhat dip the mids.
Actual Performance for the Atmosphere
I required this setup onto the air for a few hrs of testing. Upon the local 2-meter repeaters (using the FT-710's multi-band capabilities), the reports were excellent. People mentioned the audio has been "crisp" and "full-bodied. " But the real test was on 20 meters during a period of mediocre propagation.
I was working a station in the southern part of Europe, and the particular operator specifically left a comment that my audio was very easy to copy despite the QSB (fading). That's the hallmark of a good base mic such as the JCD 201M—it emphasizes the frequencies that carry the many intelligence within the individual voice without including unnecessary distortion.
The compressor change on the microphone base is furthermore worth mentioning. It gives you a good extra bit of "oomph" when you need it. I usually retain it off for local talks to keep the audio natural, but if I'm trying in order to reach a station that's barely above the noise floor, I flip that compressor on plus let the JCD 201M do its magic.
Assessment with the Stock SSM-75E
It's almost unfair in order to compare a desk mic to a hands mic, consider that's what many people are improving from, it's worthy of a look. The SSM-75E that comes with the FT-710 is actually a decent hand microphone, but it's quite prone to handling noise. If you shift your own grip while talking, the person on the particular other end hears a loud "thump. "
With the jcd 201m base microphone wired for yaesu ft 710 , that will problem disappears. Both hands are free to tune the radio, log contacts, or drink coffee while you're talking. Also, the frequency response associated with the JCD 201M is much broader. The hand mic tends to tone a little "pinched" or even "nasal" in comparison.
Is the JCD 201M Worth It?
If you're the serious operator which spends greater than a good hour a time within the radio, a good upgrade like this is almost essential. The jcd 201m base microphone wired for yaesu ft 710 provides a professional feel and superior audio quality for a small fraction of the price of the high-end Yaesu branded desk mics like the M-1 or M-100.
While those high end mics are incredible, they could cost almost half as much as the radio itself. The JCD 201M hits that perfect "sweet spot" of performance versus price. It looks great around the desk, it's created to last, and most significantly, it sounds wonderful to the person on the other finish of the cable.
Final Ideas within the Setup
Making a station is all about balance. You have a high-performance radio such as the FT-710, therefore it only makes sense to feed it having a high-quality audio signal. The jcd 201m base microphone wired for yaesu ft 710 bridges that gap perfectly. It's a single of those upgrades where you'll wonder why you waited so long to perform it.
Just remember to take the particular time to arranged your levels correctly. Every voice differs, and every shack has different ambience. But once a person have this mic dialed in, you may be confident that your signal is a single of the cleanest and many professional-sounding types around the band. It's a solid investment for any Yaesu proprietor who wants to take their particular HF experience in order to the next degree.