Use BV on chip selection and use software 1.29, but first you have to have it all connected properly.
1.30 works as well, but you get the access violation error like your 4th image, but it will still program properly after that (I think, tested erase and blank check OK)
Some of those errors indicate it's not connected properly, especially image #3 w/ 1.29 software, rest could be due to software version used.
Here's some posts on another forum where I tried to explain this, hopefully soon I will have time to make a proper guide with many images to make this easier on everyone!
https://www.win-raid.com/t3953f16-Insyde...l#msg61695 << Post #85
https://www.win-raid.com/t796f16-Guide-U...l#msg60679 << Post #218
https://www.win-raid.com/t3882f12-ga-z-x...l#msg60493 << Post #17 & Also see post #23 for my suggested method
And finally, many replies by me here, with lots of user images shown. So you can see his images, then see how I tell him to make corrections to get it all connected properly
https://www.win-raid.com/t3855f16-Proble...perly.html
Here's how the programmer will look once connected and detecting the chip properly, this is version 1.29
I tested again just now to be sure, this is using your exact chip W25Q64FVSIG (detect chip, then use BV instead - this I know from previous testing)
Here's how it will look once finished with a write
For backing up chip -
1. Close app and open app, to make sure buffer is clear
2. Detect chip, in this case for W25Q64FVSIG choose W26Q64BV
3. Hit Read
4. Hit Verify
5. If above verify ends with Chip and Buffer same, then hit Save
6. That is all until you are sure the file is valid as mentioned previously
On the write to chip, do like this, I find this best method.
1. Close app and open app, to make sure buffer is clear
2. On auto option, uncheck erase and blank check (Do these manually).
3. Click erase
4. Click blank check
5. Open BIOS file to write
6. Click auto (Which is now write, verify only)
7. If buffer and chip match then all is done!