: Significant work has been done to ensure compatibility with the WSJT-X DXpedition protocol, including automatic frequency control on special DX segments. JTDX 2.2.160 vs. WSJT-X: Why Switch?
: Operators can toggle between standard S-meter units and dBm, with improved tooltips for easier rig monitoring during high-duty cycles.
Here’s a draft blog post tailored for an amateur radio or digital modes audience. You can adjust the tone to be more technical or more conversational as needed.
: The software features an "AutoSeq" logic that can prioritize stations by distance, Signal-to-Noise Ratio (SNR), or whether they are a new grid square or DXCC entity.
Cold winter nights and high-power amplifiers can cause transmitter drift on 160m. JTDX v2.2.160 refines the AFC algorithm, keeping the decoder locked onto drifting signals longer. This means fewer “ghost” decodes and more completed QSOs with stations using older tube gear or temperature-sensitive oscillators.
: Significant work has been done to ensure compatibility with the WSJT-X DXpedition protocol, including automatic frequency control on special DX segments. JTDX 2.2.160 vs. WSJT-X: Why Switch?
: Operators can toggle between standard S-meter units and dBm, with improved tooltips for easier rig monitoring during high-duty cycles.
Here’s a draft blog post tailored for an amateur radio or digital modes audience. You can adjust the tone to be more technical or more conversational as needed.
: The software features an "AutoSeq" logic that can prioritize stations by distance, Signal-to-Noise Ratio (SNR), or whether they are a new grid square or DXCC entity.
Cold winter nights and high-power amplifiers can cause transmitter drift on 160m. JTDX v2.2.160 refines the AFC algorithm, keeping the decoder locked onto drifting signals longer. This means fewer “ghost” decodes and more completed QSOs with stations using older tube gear or temperature-sensitive oscillators.