Here are some of the nets I have found on the web that can be found on the Yaesu WiresX network. Which you can now connect to on the Steel City 444.45 Mhz UHF repeater. Just connect to the room number by pressing the pound symbol before and after the room number. For example #21080# then to disconnect press the star key *
Time EDT - Room # - Description
Tue 7:30 PM - 21379 - NW Texas Repeater Link Informal net
Tue 8:30 PM - 21659 - Nebraska Ragchew Net
Wed 8:30 PM - 40234 - San Antonio Digital Net (Tech and social)
Wed 9:00 PM - 40678 - Canadian Net
Fri 0030 UTC - 28418 - TGIF Room
Sat 9:00 PM - 21080 - America Link’s Round Table Rag Chew
Sat 9:00 PM - 21636 - Digital Amateur Radio Club Net
Sun 9:00 PM - 21733 - Oklahoma Link
Sun 9:00 PM - 43035 - SPRC Digital Net
We are currently testing our WireX connection to the Internet on our UHF repeater. WireX is a way to inter connection radio to other radios/repeater around the whole world. Each station or repeater has a User ID and a Room ID. By connecting to the User ID let one user connect to the station, whereas connecting to the Room ID let you connect to that person/club chat room where multiple users can have a voice chat with many other users.
The Steel City UHF repeater has a User ID of 33352 and its Room ID is 43352. You can find other station ID by clicking on the User List link below. This will list every other user id from around the world. Also listed there is their Room ID which lets you have a group chat via that station.
To connect to another station or room is first find their user ID or Room ID number it is an 5 digital number. For example the popular chat room America Link room ID is 21080 so using your mobile or HT on our UHF 444.45 Mhz repeater frequence you would DTMF the follow code #21080# which would let you connect to the room. At this point whatever you say to go though our repeater and come out to every other user that is also signed into the America Link chat room. When your done chatting with the other users you disconnect you just DTMF the “*” star key.
Some of you knew Bruce Cressler – W8AOK. He helped me built the 2nd edition of the SCARC website 20 years ago. He was made am honorary remote member for his efforts. Over the past year he battled health issues and recently ended up on the wrong side of the fight. He went SK a few months back. I was asked to speak at his memorial service this past weekend and felt very privileged to do so. Some of you met him when he’d come to town for a visit otherwise he spent time in Detroit and eventually from a 2500 foot hilltop in Helvetia, WV. Been there? I didn’t think so. The town’s population at last census was 59…FIFTY NINE..059. After his diagnosis he decided to get his Extra class. Who does this with an unknown amount of time left on this blue planet? He did. Education was his goal in life. He spent many a night on that mountain top collecting QSL cards from far off places and loved every minute of it. At his memorial I ended my tribute with DI DI DI DAH DI DAH.
Final testing is now taking place! Karl KA3VXJ and myself have been working hard on getting a computer to load the WireX software and getting it hooked up to the 440 machine. It is working so far in analog mode but you can now connect to other stations and rooms. Our first contact was with a guy in Portland, OR not to bad for UHF FM. We listen and got to ask some questions about WireX on the Saturday night net on the American Link room which is on Saturday nights at 9 pm.
So if you want to try it out the Steel City node number is: 33352 and like I said we are still working on getting some bugs worked out. Some of the items are, getting the digital side working.. And to find a permanent computer solution since we are running it on a trail license. We also need some help getting someone from outside our area to try to remotely connect to our node.
Hopefully Karl and myself can give a little demo this next social night.
ARRL is praising the work of US Representatives Joe Courtney (D-CT), Vicky Hartzler (R-MO), and Mike Rogers (R-AL) for their successful efforts in securing language in the National Defense Authorization Act (NDAA) for Fiscal Year 2019 that aids in the survival and growth of Amateur Radio by giving radio amateurs the right to install an outdoor antenna at their residences with the approval of their homeowners associations. This language — text from the proposed Amateur Radio Parity Act (HR 555) — formed the basis for the Courtney-Hartzler-Rogers Amendment to the NDAA.
The amendment, offered by the bipartisan trio and accepted by the House Armed Services Committee by voice vote, will ensure that Amateur Radio operators will continue to play a vital role in disaster communication, when called upon. Amateur Radio has long-standing relationships with the Department of Defense through both the Military Auxiliary Radio Service (MARS) as well as spectrum sharing.
The Armed Services Committee passed the NDAA by a 60-to-1 voice vote after a 14-hour markup that ran well into the night. The bill now awaits House floor action. The Senate will begin its markup of the NDAA during the week of May 21.
I want to start a series of post on our other less used ham bands, and to start the series out one of our most over looked bands the 220 Mhz 1.25 meter band. The band has access to every license class so any amateur radio operator can use this band. Here is an interesting video I found that talks about the 1.25 meter band. Take a moment and you might learn something new.
It’s a great band, with characteristics similar to 144-148 MHz, and has certain real advantages over the 2 Meter band.220 MHz is alive and well in areas where hams aren’t afraid to experiment and think outside the normal 2-Meter/70-CM realm. While there isn’t a ton of commercially available amateur equipment available these days for 220 MHz they can be found new and used. With a quality radio, you can drive around almost anywhere in CSQ mode and the noise floor is next to nothing. Radio amateurs will lose this band unless we make better use of it than we do at present. Amateurs in the US lost 220 to 222 MHz some years ago.
Amateurs are permitted to operate on five frequency channels, each having an effective bandwidth of 2.8 kHz. Amateurs may transmit with an effective radiated power of 100 W or less, relative to a half-wave dipole
These frequencies are available for use by stations having a control operator holding a General, Advanced or Amateur Extra class license. It is important to note that the frequencies shown above are suppressed carrier frequencies – the frequencies that appear in your transceiver’s tuning display when your transceiver is in the USB mode.
CW operation must take place at the center of your chosen channel. This means that your transmitting frequency must be 1.5 kHz above the suppressed carrier frequency as specified in the Report and Order (see Table 1). Operating at strict channel-center frequencies may come as a disappointment to many, but cooperating with the NTIA is key to expanded privileges in the future.
The channel center frequencies are:
5/08/2018ARRL has asked the FCC to avoid authorizing developmental technologies in two Amateur Radio bands above 95 GHz that some radio amateurs may not be unaware of. The ARRL commented on May 2 in response to a Notice of Proposed Rule Making and Order (NPRM&O) in ET Docket 18-21, released in February. The so-called “Spectrum Horizons” proceeding seeks to make the bands above 95 GHz “more readily accessible for new innovative services and technologies.” ARRL said that, while it agrees that “regulatory flexibility is justified” in the millimeter-wave bands above 95 GHz, due to the extensive frequency re-use possibilities, the FCC ought to make two primary Amateur/Amateur Radio Satellite bands in that part of the spectrum unavailable for deployment of unlicensed Part 15 or Part 5 Experimental Spectrum Horizons devices. Amateur Radio has primary allocation status in the bands 134 – 136 GHz and 248 – 250 GHz, both shared with the Radio Astronomy Service, which is secondary.
“The amateur allocations require protection against increases in the noise floor due to aggregate radio frequency devices,” ARRL said. “The bands are used ubiquitously and unpredictably, typically, but not always, at high elevations for research and development purposes and propagation studies, for terrestrial point-to-point, satellite, and Earth-Moon-Earth communications experimentation.”