Shipments of the IC-705 for international markets will follow the release of the Japan domestic model.
Timing of availability depends on the schedule of type approvals in each region.
For the latest information about the availability in your country, please contact to your authorized dealer in your country.
Icom Inc. is continuing to effect delivery of the IC-705 in the soonest time possible under the current circumstances caused by COVID-19.
We thank you for your patience.
Many thanks to SWLing Post contributor, Mario, who notes this first appearance of the LNR Precision LD-11 transceiver on eBay.
I must say, I’ve been using the LD-11 for the past couple of months and have been pleased–it’s a fun little radio with the added bonus of broadcast band reception (see my previous post). I’ve used it in no less than four NPOTA activations.
Mario and I do not know this eBay seller, but it appears the seller is in decent standing with eBay. In the past 12 months, the seller has had one negative review that appears to have been in error (the comment in questions was very positive, but marked as negative by a new eBay user). Do your research if you consider bidding.
A couple weeks ago, LNR Precision sent me their new LD-11 Digital Direct Conversion QRP transceiver on loan for review.
The LD-11 is basically a small, tabletop SDR transceiver. It’s like a miniature, simplified version of the Icom IC-7300 I’ve also been evaluating.
The LD-11 is an all-mode and all-band transceiver–meaning, it includes SSB, CW, CW-R, Digi, AM and FM modes on all amateur radio bands (160 – 10 meters).
Though the LD-11 isn’t advertised as having a general coverage receiver, it will indeed tune the entire HF band.
You do this by entering the LD-11’s administration mode. LNR describes this in the LD-11 product manual, but suggests you contact them for help the first time you do this. In the admin panel, you’ll find functions that allow you to set the band edges on each amateur radio band.
For a preliminary test of broadcast reception, I moved the lower band edge of the 30 meter ham radio band to 8.2 MHz.
After saving the settings and re-starting the LD-11 in normal operation mode, I could then tune the entire 31 meter broadcast band on the LD-11.
Hypothetically, you could either widen each amateur radio band to include adjacent broadcast bands, or you could simply set one of the ham bands to include the entire HF spectrum. To make it easier to navigate and tune through the bands, I’m choosing the former method over the latter.
Since the LD-11 has a proper AM mode, broadcasts sound great–especially via headphones!
Proper AM filters for broadcast reception!
Better yet? The AM filter width can be widened to an impressive 9.6 kHz! Woo hoo!
The LD-11 has four filter slots: F1, F2, F3 and F4.
The F1-F3 slots can be set to a fixed user-defined widths (common widths are default).
F4 can be altered to any available filter width without having to enter the admin mode of the transceiver. Simply press the “F” (blue function button) and the FILTER button simultaneously and use the encoder/tuning knob to specify the filter width in .1 kHz steps. Pressing the F and FILTER button simultaneously again, will save your filter width for the F4 position.
I’ve been using the F4 filter position for widths between about 8.2 and 9.6 kHz in AM.
It’s still early days with the LD-11, but I’m enjoying this little transceiver immensely. It reminds me of one of my favorite QRP transceivers of yesteryear: the Index Labs QRP Plus (though the LD-11 is much smaller, more versatile and has a much better front end than the QRP Plus!).
LNR Precision sold out all of their first run LD-11 units within moments of having announced availability. I’m willing to bet they’ll bring a few LD-11s to the upcoming Dayton Hamvention, though.
PortableSDR creator, Michael R Colton, describes his project on Hackaday:
“The PSDR is a completely stand-alone (no computer needed), compact, Portable Software Defined Transceiver (hence the name, sorta). Originally designed for backpacking use by Ham Radio operators. It includes complete coverage up to about 30Mhz (plus 144Mhz), it has a 168Mhz ARM processor, color display, and an innovative interface.
Vector Network Analysis (which includes antenna analysis) and GPS functions are included.
The entire design is Open Source. The electronics are designed and laid out to be easy to understand and tinker with. In addition to source code, schematics, board layout and parts lists, articles and videos describing the theory of the design are being created.”
He includes this video of his working prototype:
I will certainly follow this project with interest. I love the fact that PortableSDR has such a small form factor, yet still manages to include room for a battery, display and CW paddles.