I have uploaded a photo of my new Yaesu FT-991 setup in my fifth wheel trailer. The Laptop is positioned in the tablet mode with an external wireless mouse and keyboard. The rig is connected to the laptop using the rig USB port for CAT and sound card using a USB A/B cable. PC CW/PTT/FSK are via a small circuit board installed in the external keyer. The circuit board is connected to a DB-9 male connector which is mounted on the back of the external keyer. The DB9 connects to the PC through a USB to serial converter thus providing DTR, RTS and TxD for CW, PTT and FSK respectively. A Mini Din 4 is also connected to the circuit board to feed CW/PTT and FSK to the RTTY/DATA port on the rig.
The photo shows the rig using WSJT-X and JT Alert with DX Labs functions minimized. This setup works with both DX Labs using Win Warbler and N1MM. Both use MMTTY as an embedded application.
As you can see from the photo the cables are combined in wire looms and thus the setup is uncluttered and provides a lot of desktop space.
The entire setup including the power supply (not shown) can be stored in a Go Box for storage. The stored items include only the rig, two cable sets, the power supply, the external keyer and the paddles. An external tuner is available with cables that also connect to the rig and is powered by the rig. An additional cable is available to connect the rig to the battery in the trailer if AC is not available.
Where wireless internet is not available but cell service is I can attach my iPhone as a personal hot spot but that requires a USB hub unless I forego the wireless mouse and keyboard and use the keypad and PC keyboard. (Not very efficient IMHO)
I am looking forward to using this setup for Field Day and Salmon Run.
This research paper forecasts that the sun will enter solar minimum somewhere in the last half of 2017, with the sunspots of the next cycle appearing near the end of 2019.
Read more at: http://phys.org/news/2014-09-clues-solar.html#jCp
Updating the experience with this new radio:
I installed the LP-PAN SDR and the E-MU 0204 soundcard to create a panadapter with NaP3 software. Setup went pretty well with some small problems with getting the sound card output to work properly. These are fed to a high end ATI Radion PCI-E GPU with two digital outputs for the two Dell widescreen monitors.
This setup is installed over the top of the microHAM router which is used for SO2R with the IC-765 as the second rig. The router permits a second CAT setup so both the Router and NaP3 can talk to the rig. Whether I am using DXLabs with spot collector or N1MM. I also set up DX Monitor on the second rig so that I can click on spots there to tune that rig to that frequency. DXLabs and N1MM work through CAT 1 in the router and NaP3 and Dx Monitor work theoufh CAT 2 in the router. N1MM spots can be called up from the bandmap.
I used it in the CQWWCW test and it helped to locate decent signals on 10 meters during the poor conditions on that band.
For DX purposes in the split mode listening though the soundcard is a plus. VFO A can be ported to one ear and VFO B ported to the other, just like when operating SO2R with the run in one ear and the S&P in the other. This helps you to tune the TX VFO (VFO B) to the frequency of the responding station while watching for it on the pnadapter screen.
So far so good including narrowing the IF bandwidth to 50 Hz without any ringing. A fun setup 73 Bill W7VP
You can watch a video of the Texas balloon flight on Dec 30th, 2011: http://www.youtube.com/watch?v=2eiL1Xx9Ckg.
Matt KF7OCC and a casual group of friends launched a balloon carrying APRS tracking and two video cameras to 103,000 feet from College Station, TX. Well done!
They have been talking of launching another balloon from eastern Washington during this spring or summer.
You can watch the APRS track of a Texas balloon launch here: aprs.fi/?call=kf7occ-11
Matt KF7OCC Monson of the Redmond club implemented the APRS tracking system. Nice job!
Using a wireless communications device while driving.
*** CHANGE IN 2010 *** (SEE 6345-S.SL) ***
(1) Except as provided in subsection (2) of this section, a person operating a moving motor vehicle while holding a wireless communications device to his or her ear is guilty of a traffic infraction.
(2) Subsection (1) of this section does not apply to a person operating:
(a) An authorized emergency vehicle, or a tow truck responding to a disabled vehicle;
(b) A moving motor vehicle using a wireless communications device in hands-free mode;
(c) A moving motor vehicle using a hand-held wireless communications device to:
(i) Report illegal activity;
(ii) Summon medical or other emergency help;
(iii) Prevent injury to a person or property;
(d) A moving motor vehicle while using a hearing aid.
(3) Subsection (1) of this section does not restrict the operation of an amateur radio station by a person who holds a valid amateur radio operator license issued by the federal communications commission.
Fellow radio enthusiasts,
I’ve also started a member page which is intended to hold member-only info and is not publicly accessible. You’ll have to enter a password that we’ll send around via the reflector.
Lastly, I’ve added a plugin to this web site that allows club members to login to this web site using their existing Windows-, Google-, Yahoo-, Open- or Facebook ID. See an article in the member pages for more details.
Here is the index page for the free MIT physics lectures I mentioned at this morning’s meeting. There are other courses available.