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Hi Mike, Although I have no experience with the sBITX, I agree with the advice from Mark and Evan. Both Mark and Evan were very helpful to me, when I ran into difficulties in the process of upgrading

Are there any thoughts of running the SBitX on the new Raspberry Pi version 5 with 8GB of RAM and if this will help with any of the legacy issues.

Right there, because it contains the hardware data. The same should be used on 64-bit. -- Gyula HA3HZ

The wm8731 goes on the Pi HW I2C bus.? The SI5351 goes on the bitbang i2c bus.? They use different pens for sda and scl. Make sure you have it wired properly for the schematic. Have you tried

Just to verify, I past this in the /home/pi/sbitx/data folder, after the 64-bit boots up? -- '72 Aaron K5ATG ( http://k5atg.com )

Put it aside in an accessible place, because when you start the 64-bit system, you will only find the 32-bit data there. You will use this when copying, you will copy the data from this to the 64-bit,

Ok I'm going to start from scratch and make a better record of everything that I do because I'm messed up. I need to get on the same page as everyone. When you ask this: You only need to copy over to

Hi Mike, As Mark has stated, there has not been much interest in the uBiTx since the introduction of the sBitx.? To add computing power (and I/O) to a uBitx, the best option may be the attached blog

Si5351 needs a 25 mhz reference. The gps will produce a 10 mhz reference. If you pass the 10 mhz through a d flip flip, you will get a 5 mhz output, rich in odd harmonics. Feed that to a band pass

Thanks, indeed also a very nice project. However, I would also like to understand where the project with GPS is limited in frequency :-) The project with the clock module demonstrates it is indeed

Hubert, you can also find information on the forum because some people have built similar ones. The keyword in the search can be Homebrew sbitx or whatever you are looking for. The RPi must

Hi Dean, thanks for your answer, I built everything. I hooked everything together. I loaded JJs image. I triple checked the wiring, When I start with ./sbitx I have I2cbb errors I will focus on SI5351

The Gerber’s are on GitHub, ?but you would need to get your own boards made and know how to source and solder surface mount. You would also have to compile and install my 2.0 beta of CEC… And

Aaron, if you have installed the "sBitx 64 bit v3.1 - BTS" image (sb64p2) which you NEED as the base install, then the sBitx program is already installed.? You only need to copy over to the new

See here is an example that the most important part of ham radio are the people. I couldn't get Balena Etcher to work but I have always had problems with it. I used the RPI Imager and it booted up to

For me it wasn’t an ejection issue. Etcher would never finish writing and verifying the USB stick. Instead it would end abruptly with an error message. I used your articles and they were excellent.

I spent a lot of time writing articles on the wiki for people to follow. Please check https://github.com/drexjj/sbitx/wiki#upgrading-the-internal-sd-card--pi-overview Please take some time to read

That is the same problem I was having. I went back to GitHub and downloaded the file again. I extracted it to my desktop and then ran etcher to burn the USB stick again. That solved my problem and

I can't get past Etcher. Everything seems to be working just fine at putting the sb64p2.img on my SD card then at the very end this pops up. I've tried 2 different cards and got the same results on

Got it install correctly! For those who need to know, this is what success looks like on the Terminal session, the final lines: Brought to you by the sBitx 64 bit project team - W9JES, W2JON, N1QM,