hyperjae.blogg.se - Jt65 ham radio deluxe

JT65 HAM RADIO DELUXE SERIAL
JT65 HAM RADIO DELUXE SOFTWARE

The 73 message can be changed to use a limited amount of custom text but that’s it.

TU GUY CU 73 (He sends 73 – this is optional).

TU73 4OVR4 5W (I confirm the QSO and tell him about my setup).

AB1OC JI1CPN RRR (JI1CPN confirms the we have a good QSO).

JI1CPN AB1OC R-10 (I give JI1CPN his signal report).

AB1OC JI1CPN -12 (JT65HF measures my signal strength for JI1CPN and uses it in his report back to me).

JI1CPN AB1OC FN42 (I respond to the CQ with my call sign and grid square).

CQ JI1CPN PM95 (PM95 is JI1CPN’s grid square, giving his approximate location).

The typical sequence (this example has me answering a CQ call from JI1CPN): JT65HF can be used to make QSOs on the HF bands at very lower power over long distances using marginal antennas. JT65 QSOs are very simple and only provide the minimum of information exchange to confirm a QSO. This is packaged as part of the JT65HF software from J. One of these adaptations uses the JT65A variant of the WSJT protocols on the HF bands.

JT65 HAM RADIO DELUXE SOFTWARE

Joe Taylor’s software is open source and his WSJT family of protocols have been adapted to many applications including their use on the HF bands as well as for Reverse Beacon applications (a.k.a. To understand how the WSJT protocols accomplish this, you can read Joe’s contribution on EME and WSJT that is part of the 2010 ARRL Handbook here. To help you understand this, using the JT65 protocol to make a contact can provide the equivalent of upgrading the two CW stations using 100W rigs on both ends of a QSO to include a 1 KW amplifier.

These paths can have 250 dB of loss or more! The JT65 protocol provides about a 10 dB advantage over CW in terms of signal to noise margin on a given path. For example, JT65B which is used for EME communications on the 2m band enables communications from the earth to the moon and back using the moon as a (very-poor) reflector. These protocols were originally developed for Earth-Moon-Earth (EME) or Moon-bounce (via the JT65 variations), Meteor Scatter (via the FSK441 and JT6M variations), Tropo and other very-weak signal communications applications.Īll of the WSJT family of protocols and their associated software applications make use of some very sophisticated signal processing techniques to enable communications in extremely weak signal environments. It has it’s own internal logging.Many of our readers have probably heard about Joe Taylor’s (K1JT) WSJT family of protocols. Probably the easiest way to use WSJT-X FT8 is to use it as a stand alone program. See my article and video: N3FJP ACLog, WSJT-X, JTAlert A Powerful Combination I have been using two cables since I got the Icom 7300 and it works very well. We will be completeing #1 in the video below.

JT65 HAM RADIO DELUXE SERIAL

Use a virtual serial port emulator (splitter) to split the COM port so HRD Rig Control and WSJT-X can control the radio. The USB cable is used for Rig control in WSJT-X. Same as #2, but close HRD rig control leaving HRD Logbook open. WSJT-X uses Ham Radio Deluxe as the Rig in it’s settings. Get HRD up and running with the USB cable and using it for rig control in HRD.

The USB cable for HRD rig control and the CI-V cable for WSJT-X rig control.

Using two cables (it works well with other logging programs as well).

Multiple ways to Integrate WSJT-X with Ham Radio Deluxe See my article Using the Icom 7300 with NEW Ham Radio Deluxe and WSJT-X. In this configuration I’m using QSO forwarding in HRD Logbook.