RGO ONE

RGO ONE Noise Blanker (noise receiver) demonstration. Input noise pulse spikes are simulated by Siglent arbitrary waveform generator. Frequency 14MHzPulse signal duration 80 periods (sinusoids)Silence duration 100 mili secondsInput amplitude 0dbm (>600mV) In other words injecting at receiver input very

New firmware is ready – 2.39b. Here are key points: Better CW performance in QSK and delay mode. Straight key/PC/DTR keying improved. New menu entry added – MENU 41. Adjustable TX (prequel) time from 6-18msec. QSK and non QSK amplifiers

We will upload in the next days new firmware which helps improving CW keying in QSK/delay mode. Erratic (rogue symbols) behavior completely resolved. Also new menu entry is added MENU 41 – TX delay (prequel) time adjustable from 6 to

We now have in stock very nice titanium color panel for RGO ONE transceiver.

Few RGO ONE units are available from current production lot here: They are fully assembled and aligned with all options built in: ATU, BPF160/60m and 2.8kHz 8-pole filter replacement 5th production serie status:We started next 5th production lot radios and

Many thanks to Steve N4LQ who recently posted videos describing in depth some of the RGO ONE features in CW mode. QSK test results.

A new version of the firmware is ready to download here Improvements are in the front panel microprocessor and includes the following: Start up issue completely resolved. On some bands and frequency segments RGO ONE can not initialize properly LO

Block diagram with all boards and interconnections inbetween is ready BLOCK DIAGRAM preview BLOCK DIAGRAM in PDF

3rd production lot is depleted. Please fill in preorders for upcoming 4th production lot here: https://docs.google.com/forms/d/e/1FAIpQLSfBFLsgv9OAIjpQE64ziLtZ44DHl73DTupcbjGaa9yN7c5_Tw/viewform?vc=0&c=0&w=1&flr=0

Needed parts:1. SMD resistor 5% case 0805 value 100kohm2. Firmware update to version 2.20A for front panel and main board processors Some users complained of interferences caused by strong local broadcast station on LW/MW. We designed 7th order Chebishev high