There are a great many other features available, just browse through the help file. It can also improve radio signal quality before the signal is sent to a radio modem or TNC (Terminal Node Controller)Ī logbook feature is incorporated so that radio contacts and transmissions may be recorded (something practically mandatory for ham radio operators and often practiced by short wave listeners as well). It is specifically intended for processing audio signals from short wave, amateur (ham) radios, or any other radio to “clean up” or improve the listening quality of radio signals. This freeware software performs DSP (Digital Signal Processing) on audio signals received from an input line on your computer’s sound card. If you need a copy of this program, please go to the link shown below in the section on internet links. This program was written by Makoto Mori, JE3HHT, and we express our thanks for permission to use this software. Zakanaka uses the encoding/decoding engine of the MMTTY program to operate RTTY.
Zakanaka exchanges information with Logger, resulting in It can decode three signals simultaneously, and gives radio amateurs information that they can use to help themselves and other amateur radio operators to improve their equipment, adjustments, and operating procedures. Zakanaka includes new and powerful software tools. This changed Zakanaka from a PSK31 program to a PSK31 and RTTY program During November 2000, K4CY added RTTY capability to Zakanaka by incorporating the RTTY engine of MMTTY, which was written by Makoto Mori, JE3HHT, into Zakanaka. Was originally intended to decode PSK31, RTTY, and CW. Bob is also the author of Logger, a logging program with a PSK31 decoding and terminal module that runs under Windows 95/98, Windows 2000, and Windows NT Zakanaka, a digital mode decoding and terminal program written by Bob Furzer, K4CY.
Latest available free Ham Radio Deluxe build is the 5.24.38 Download Ham Radio Deluxe 5 Since HRD Software LLC announced to dismiss the file hosting of the free version of Ham-Radio-Deluxe 5.x, I’ve decided to host these files for your and mine convenience. Originally developped by Simon Brown HB9DRV, GD4ELI and distributed as a freeware, source code has been sold to HRDSoftware LLC that developed latest versions and release the new commercial version 6.
DM780 is in any case an excellent CW decoder as well, and can operate in many other modes, like olivia, packtor, packet, SSTV and many many ham radio digital modes. HRD permitted to many hams to open their windows to the digital modes, in particular to PSK31 and RTTY. Ham Radio Deluxe, a software suite for ham radio operators, become quickly popular among the amateur radio community thanks to the powerfullness of it’s features.īorn mainly as a radio-control tool with the CAT commands interface, it has been joined by a complete log-book tool, and a complete multimode decoding/encoding system named Digital Master 780, and many other accessories like rotor control, mapping tools and interfaces to many ham-gadgets and tools. The ICNIRPcalc is a MS windows application of aprox 900Kb, I’ve tested under Windows XP (running on a virtual machine under my MacOS) and is Multilingual too, having an English German and French translated interface. You can directly downoload the software from here or by visiting the IARU Page where the software is hosted under the EMC section. I’ve enjoyed playing with varing Output Power, coax cable and band and noticing the changes in EIRP or Ant. The software is free to use, and is based on a german version, that is much older but suited for German antenna safety regulation, that looks like to be very strict.
You can choose by many popular antennas, and I found even my GAP Titan DX antenna… but if you cant find it, you can always create your own antenna, from the File Menu you can choose “Construct your own antenna” and you will be able to put your custom values. DL9KCE released a new version of his ICNIRPcalc software that allows you to calculate safety distances for many know amateur radio antennas with respect to ICNIRP limits.Ĭalculations are done by considering many depending factors, like your Antenna characteristics, Band, Gain, Power Output, Coax Line, additional attenuation and many more.īy variating any of these values a different Safety Distance is calculated.