Now don't flame me guys.... Reading all these questions about what build goes with what Nextion size and what options are supposed to be activated reminds me of Abbot and Costello - Who's on First. rO

I agree with Vic that the standard selection should be the CW offset option. I can not see why anyone would not use CW this way. But I am open to be convinced. rOn

#calibration #ubitx-help

This is a post I made last year: Found this video explaining CW Zero-beating. So based on this explanation the following is illustrated for 7.040.000: Dial displays 07.040.000, you transmit on 07.040.

#calibration #ubitx-help

I placed an order for one unit on Feb 7 and still have not received it. rOn

I had already suggested directly to Farhan earlier this morning about using the highest EEPROM byte to designate the version number. However now that I have thought about it the, EEPROM is in the nano

There are pros and cons to the "built-in" solution: PRO: One set of software. CON: Users could get confused. "My ubitx doesn't work right" Well what version board have you selected? Separate software

Old versions don't work?

Couple issues as to why I did not go with the Nextion: 1. Single-source for the editor. Only tool available. 2. You can change colors, size of buttons, etc; but you can not add anything unless CEC sof

If the sketch is all .ino files do you need a declaration.

I believe CEC "split" has been incorrectly coded since day one. rOn

#ft8 #ubitx

Checkout www.w0eb.com

The only way to solve the CW issue is to get rid of the voltage divider! r0n

Is this audio issue just for SSB or CW too?

Those issues were solved a week after version 1 was released! rOn

You might be thinking of the JackAl video.

What version did you load. rOn

Well maybe no one is paying attention but our software has CAT control, S-meter display, Pass Band Tuning, and we build "memory manager" into the software so, you do not need a pc to change things. We

Did you watch the video? rOn

Found this video explaining CW Zero-beating. So based on this explanation the following is illustrated for 7.040.000: Dial displays 07.040.000, you transmit on 07.040.000, and the receive is offset by

A small point but not all firmware uses the different voltage across resistors. rOn