@cbscpe, and just for completeness: on a different thread,
akohlbecker said :
I did have some trouble initially with FTDI drivers, but putting the FTD2XX.DLL file found in this archive https://ftdichip.com/wp-content/uploads/2022/02/CDM-v2.12.36.4-for-ARM64-Signed-Distributable.zip inside the ...

Got feedback from Alan. He has had no success so far and in the meantime recommends to continue to use an intel based Windows. In other words, next thing on my agenda is Project Bureau and openocd.

@cbscpe
I'm stuck with ATMISP not starting, it says FTD2xx.dll missing.
Did you get past that hurdle? I'm assuming that it's looking for the USB driver, but I'm not sure where you should pick it up from - unless it's the "standard" FTD232 driver? I have so many things running under wine on my ...

No I had no success. I also tried to manually install the FTDI drivers for Windows on ARM. Now the JTAG programmer ATDH1150USB is recognized and the drivers are loaded, but ATMISP still exits with the message FTD2xx.dll missing. I have contacted microchip support and they will look into the issue ...

I'm stuck with ATMISP not starting, it says FTD2xx.dll missing. There is no such thing for Windows 11 on ARM, I'm running Windows in Parallels on a MacBook Air M3. Anyone here that has ATMIPS V7.3 running on Windows 11 on ARM?

It has been a rather long time I have been on 6502.org, mainly because my current projects are now mostly based on the DCJ11 (a PDP-11 Processor on a single device). I'm using ATF150x's a lot, and I'm in the same boat, that my only computer will be an ARM based Mac. I knew that under the hood ...

Even though you got the files, I know that there has been avrasm2 for macOS in Version 2.05 of the full XC8 compiler installation package for MPLAB X. I am actually using it for all my AVR development. I know that they removed the macOS version after 2.10 form the package, I have no idea why. I ...

I use Windows 10 under Parallels for macos or use a Windows 10 Laptop.

Each Macro Cell has five product terms. Each PT can be combined with other PTs and then routed to any function of the OMC. E.g you can route the result of the equation to the .ck or the .oe function of the OMC. However whenever you do so you use one of the five PTs and therefore you have less PTs ...

Very nice project, I like the small chip count. Would you mind sharing the CPDL design file? I have some 7134 and many ATF15xx laying around. My VGA controller also uses a DP-RAM but instead of a CPLD I used a AVR microcontroller. The MCU provided a character ROM in Flash and also included a PS/2 ...

Believe me, that was a good investment. The Atmel Programmer is very reliable and you don't have to convert the JED to SVF files. Having less manual steps saves you a lot of time and avoids problems due forgotten steps or incorrectly selected files. It also comes in a nice Case. I even consider ...

I have spare ones. Just drop me PM with your postal address so I can send two of them to you (it's a give away)

Peter

I have built a break-out board for the ATF1504

IMG_4156.jpeg

And use a ATDH1150USB-K ISP Cable to program it in circuit.

I have also one of these

PLCC_Adapter__84_4a0067d10344b.jpg

But it is very time-consuming to connect all 84-pins.

In most cases a ATF1504 is enough to test new things ...

Depends on the floppy controller. On an Amiga computer the computer always just read and wrote complete tracks. Mfm en and decoding took place in software.

You know that most CF Cards can be put into a 8 bit mode? I also built a CF Card adapter for the Apple II which was ProDOS compatible. If you want I can look if I find the source code.