I tested my good old [[http://www.ucapps.de/mbhp_jdm.html|JDM Burner]] with [[http://www.winpic800.com/index.php?lang=en|Winpic800]] because the actual [[http://www.ucapps.de/mbhp_burner.html|PIC Burner]] doesnt work with some Computers :( \\

**Result :** \\
Winpic800 burns **the most** PICs what needed for the Midibox Projects \\
  * PIC 16F877, 16F88, 18F452 & 18F4620 :) **not the 18F4685 (with JDM !!!)** \\ \\ \\

For 16F877, 18F452 & 18F4620 no changes are needed on the JDM \\ \\

__only for burning the 16F88 it needs a little changing on the JDM like is descibed here ->__ 
[[http://www.ucapps.de/mbhp/mbhp_burner_16f88_adapter.pdf|Solder an 18-Pin Socket into JDM]]\\ \\


__
**Winpic800 Handling**__ \\ \\

Download [[http://www.winpic800.com/descargas/WinPic800.zip|here]] and install...

No changes on the program-options are needed (maybe your language ;D ), then select your PIC u like to burn \\ \\

{{http://farm1.static.flickr.com/178/405570793_1792a2e308_o.jpg}} \\ \\
 load the .hex file and click "**Program all**" :) \\ \\
The whole burning process takes 2-4 seconds (amazed 8-D)... thats it \\ \\
Enjoy :) \\ \\

__**Addendum :**__

One little problem with WinPic800: The ID it burns into the PIC appears to have each pair of bytes swapped around!

Of course you only notice this if you're burning something other than all zeros!

I discovered this while burning the bootloader 1.2 with the right bits for IIC MIDI... it would still transmit the upload request on the TX pin! So I uploaded MIOS and the change_id app and then changed the bits for IIC MIDI, and read it back with WinPic800.

Here's what I've learned so far:

An ID in WinPic800:

0000 | 0000 | xx00 | yy00

xx = IIC MIDI ID
yy = MIOS Device ID

So, where ICProg has its bytes arranged as "aabbccddeeffgghh",
in WinPic800 this is "bbaaddccffeehhgg".