Stand alone avr ISP micro programmer

[firepower]

supports FAT16 and FAT32 file systems
-can read, write, verify flash and eeprom memory
-can read, write, verify fusebits and lockbits
-write and read to BIN, HEX, and TXT files
-can set default values of fusebits, erase memories

https://youtu.be/tg67HWwBRlY

http://mdiy.pl/uprog-maly-szybki-przenosny-programator-avr-z-sd/?lang=en

Plans and firmware available at link at end of article.

[codeboy2k]

nice! Thanks for sharing.

I need one, so I think I'm going to build the Nokia 5110 display version that was posted by another user, as I already have a display waiting for a purpose.

[firepower]

Can you also post link about other version here too.

[codeboy2k]

Can you also post link about other version here too.

User Russell on your comments section of your own blog posted a schematic for the ATmega328P DIP version with 5110 display, both of which I have on hand,

http://mdiy.pl/uprog-maly-szybki-przenosny-programator-avr-z-sd/?lang=en/comment-page-4/#comment-50647

[firepower]

Sorry it's not my blog, I just found this on YouTube and thought it was cool, and shared it here, thanks for letting me know where to find other version. 

[codeboy2k]

oh, I thought it was your blog and your project

[firepower]

Lol, only learnt how to use a make file and flash using ISP today, lol.

[eneuro]

supports FAT16 and FAT32 file systems

It doesn't support bootloader 1 wire optical interface, so it is useless in many real applications, where MPU comes flashed with tiny boot loader and only 1 wire is needed to reflash MPU with latest software update.

It is only gadget maybe good for mainstream "Beduino" - I meant Arduino fans 
For me it is useless-I use DIY AVR programmer in DAPA mode connected to LPT port of 128MB RAM DELL laptop    and.. it is fine to quickly flash AVR MPU with tiny boot loader-then use 1 wire to upgrade MPU software in circuit when needed 
Messing with 6-10 pins on PCB just to reflash MPU... it is hopeless 

[Psi]

It would be awesome if
- It supported all the common bootloaders out there
- Could do high voltage parallel programming (for when you disable the reset pin)
- Had a 1mhz clock output (for when you stuff up the clock fuse bits)

3 would be simple, 1 would require a bit of coding and 2 would need extra hardware and probably make it larger

[firepower]

It is fully open source,  instead of complaining, add the modifications to hardware and software.
He designed and achieved his design goals and produced and shared his knowledge with the community.

It does have clock output.
It burn whatever bootloader or firmware you copy to the SDcard.