The layout of MacLogger DX on my Mac

I recently tweeted that I had dropped Ham Radio Deluxe in favour for MacLoggerDX. Amongst the re-tweets and comments i received, Danny (PA3DM) did mention that HRD is not just a logbook, but a full suite of digital modes, rotor and a rig control system. This I completely agree with, and my time using HRD was always a great experience and I would recommend the software to anyone.

My issue with HRD is this. I use a Mac. I transitioned from PC to Mac around 3 years ago, and have been using a Virtual PC to do my PC based tasks (including my day job) and this is the issue. HRD over a Virtual Machine, using RS-232 connectors is unpredictable, slow and frankly unusable. Its not the fault of HRD, nor is it the fault of the Virtual Machine, The RS-232 – USB connectors. It’s a combination of all the elements tethered together that makes the experience unusable.

So the solution ? well its not a solution to be fair. It’s a compromise. Its not HRD, its not an all in one solution, its a log book that can use the radios VFO,  the rotor and DX cluster all together. That is basically what I used HRD for. And on the odd occasion I did venture into digital modes. 
I will complete a review of MacLoggerDX in future posts, but for now I thought I would explain my rationale of making the switch.  So far, so good.

Dan Trudgian, MØTGN, is a regular contributor to AmateurRadio.com and writes from Wiltshire, England. He's a radio nut, IT guru, general good guy and an all round good egg. Contact him him here.

The layout of MacLogger DX on my Mac

I recently tweeted that I had dropped Ham Radio Deluxe in favour for MacLoggerDX. Amongst the re-tweets and comments i received, Danny (PA3DM) did mention that HRD is not just a logbook, but a full suite of digital modes, rotor and a rig control system. This I completely agree with, and my time using HRD was always a great experience and I would recommend the software to anyone.

My issue with HRD is this. I use a Mac. I transitioned from PC to Mac around 3 years ago, and have been using a Virtual PC to do my PC based tasks (including my day job) and this is the issue. HRD over a Virtual Machine, using RS-232 connectors is unpredictable, slow and frankly unusable. Its not the fault of HRD, nor is it the fault of the Virtual Machine, The RS-232 – USB connectors. It’s a combination of all the elements tethered together that makes the experience unusable.

So the solution ? well its not a solution to be fair. It’s a compromise. Its not HRD, its not an all in one solution, its a log book that can use the radios VFO,  the rotor and DX cluster all together. That is basically what I used HRD for. And on the odd occasion I did venture into digital modes. 
I will complete a review of MacLoggerDX in future posts, but for now I thought I would explain my rationale of making the switch.  So far, so good.

Dan Trudgian, MØTGN, is a regular contributor to AmateurRadio.com and writes from Wiltshire, England. He's a radio nut, IT guru, general good guy and an all round good egg. Contact him him here.

Dan Trudgian, MØTGN, is a regular contributor to AmateurRadio.com and writes from Wiltshire, England. He's a radio nut, IT guru, general good guy and an all round good egg. Contact him him here.

Dan Trudgian, MØTGN, is a regular contributor to AmateurRadio.com and writes from Wiltshire, England. He's a radio nut, IT guru, general good guy and an all round good egg. Contact him him here.

Amateur Radio Weekly is curated by Cale Mooth K4HCK. Sign up free to receive ham radio's most relevant news, projects, technology and events by e-mail each week at http://www.hamweekly.com.

Two of the big names in radio programming are CHIRP and RT Systems. But which one should you choose?

CHIRP is free, open source software that’s used with a third-party programming cable. RT Systems makes commercial programming kits which include both  software and a radio-specific cable.

CHIRP supports a large number of radios including:

• Anytone
  AT-5888UV
• Baofeng/Pofung
  F-11, UV-3R, UV-5R and variants, UV-6, UV-82/82L/82X, GT-5, UV-82C, UV-B5/B6, BF-666S/777S/888S, GT-1, BF-F8HP
• Icom
  IC-80AD, IC-2820H, ID-800H, ID-880H, IC-208H, IC-2200H, IC-91/92AD, IC-V/U82, ID-RPx000V/RP2x, IC-2100H, IC-2720H, IC-T70, IC-T7H, IC-T8A, IC-Q7A, IC-W32A, IC-746, IC-7200, IC-7000, ID-31A, ID-51A
• Kenwood
  TH-D7A/G, TH-D72, TH-F6A, TH-F7E, TH-G71A, TH-K2, TK-7102/8102/7108/8108, TM-271A, TM-281A, TM-D700, TM-D710, TM-G707, TM-V7A, TM-V71A
• Yaesu
  FT-1D, FT-60R, FT-90R, FT-817/ND, FT-857/D, FT-897, FT-1802M, FT-2800M, FT-1900R/2900M, FT-7800R/7900R, FT-8800R, FT-8900R, FTM-350R, VX-170, VX-2R, VX-3R, VX-5R, VX-6R, VX-7R, VX-8R
• Wouxun
  KG-UVD1P, KG-UV2D, KG-UV3D, KG-UV6D, KG-UV6X, KG-UV8D

The RT Systems software supports a much larger array of radios:

• Alinco
  DJ-A10, DJ-A40, DJ-100, DJ-175, DJ-G7, DJ-G29, DJ-V17, DJ-V27, DJ-V47, DJ-V57, DR-03, DR-06, DR-135, DR-138, DR-235, DR-435, DR-635, DR-638, DX-SR8
• Anytone
  AT-398, AT-518UV, AT-588, AT-3208, AT-3318UV-A, AT-3318UV-C, AT-3318UV-D, AT-3318UV-E, AT-5189, AT-5888UV, ANILE-8R, NSTIG-8R, OBLTR-8R, TERMN-8R
• Baofeng/Pofung
  997-S, BF-F8, BF-F9, BF-388A, BF-530, BF-888, GT-1, GT-3, GT-5, UV-B5/B6, UV-5R, UV-E5, UV-8HX, UV-F11, UV-66, UV-82, UV-89, UV-920, UV-TEN4
• Icom
  IC-R2, IC-T2, IC-R6, IC-Q7, IC-T7, IC-T8, IC-V8, IC-R10, IC-R20, IC-W32, IC-T70, IC-80, IC-V80, IC-T81, IC-U82, IC-V82, IC-V85, IC-T90, IC-91, IC-92, IC-208, IC-746, IC-756 PRO, IC-2100, IC-2200, IC-2300, IC-2720, IC-2730, IC-2820, IC-7000, IC-7100, IC-7200, IC-7410, IC-V8000, IC-9100, ID-31, ID-51, ID-51+, ID-800, ID-880, ID-5100
• Kenwood
  TH-K2, TH-F6/F7, TH-D7G, TH-K20, TH-D72, TM-V7A, TM-V71, TM-271/281, TM-471, TM-D700, TM-G707, TM-D710, TM-D710G, TS-480, TS-590, TS-590G, TS-2000
• TYT
  TH-UVF1, TH-UV3R, TH-UV6R, TH-UV8R, TH-UVF9, TH-UVF9D, TH-UVF8000D, TH-9000,  TH-9800
• Wouxun
  KG-UV23, KG-UV1DP, KG-UV5D, KG-UV6, KG-UV8D, KG-UV899, KG-UV920P, KG-UV950P
• Yaesu
  FT-1D, FT-50, FT-60, FT-90, FT-250, FT-270, FT-277, FT-450, FT-817/D, FT-847, FT-857/897/D, FT-950, FT-991, FT-1500, FT-1802, FT-1807, FT-1900, FT-1907, FT-2600, FT-2800, FT-2900, FT-3000, FT-7100, FT-7800, FT-7900, FT-8000, FT-8100, FT-8500, FT-8800, FT-8900, FT-DX3000, FT-DX1200, FTM-350, FTM-400, VR-160, VR-500, VX-1, VX-2, VX-3, VX-5, VX-6, VX-7, VX-8/D, VX-8G, VX-110/150, VX-120/170, VX-127/177

Both CHIRP and RT Systems support several other less popular radios not listed above.

Here are my questions:

Have you used CHIRP or RT Systems programming software? What are your thoughts?

If you’ve used both, is it worth spending $49 on the RT Systems programming kit if your radio is supported by CHIRP?

Leave your answer as a comment!

Matt Thomas, W1MST, is the managing editor of AmateurRadio.com. Contact him at [email protected].

courtesy: http://www.nrlmry.navy.mil/

In a QSO yesterday with Mike, VE7SKA, on Saltspring Island, he alerted me to what appears to be a possible tropo path forming between here and KL7. Mike is, as far as I know, the only VE7 to have heard the KH6HME 2m tropo beacon (on several occasions) and even had a partial two-way with KH6HME in the 1995 duct to the PNW.

Like our unprecedented early hot and stable weather pattern over the West coast, this path is fairly rare and has never really been explored ... this one appears to be forming a stable path towards Alaska. The predicted conditions can be viewed on Bill Hepburn's World Wide Tropospheric Ducting Prediction page. Select the Eastern North Pacific from the 'Region' drop-down menu and see the map for Saturday.

Perhaps there are some KL7s near the water, or not too far inland and with a clear shot towards the southeast, that would be interested in running some possible tropo tests over the next few days if the path shapes up as predicted in the Bill Hepburn maps for the weekend. Not ever having explored this possible path before might yield some interesting results ... and who knows how far south into Puget Sound a tropo signal from the north might reach? Maybe it's time to find out. Of course, any stations between here and northern KL7 (Prince Rupert?... Juneau? ... Ketchikan?) might also be interested in trying a possible 2m path.
Steve McDonald, VE7SL, is a regular contributor to AmateurRadio.com and writes from British Columbia, Canada. Contact him at [email protected].