Editing Progskeet 1.0 / 1.1

= Progskeet Support =
[http://www.progskeet.com/mibbit.php Live Support]

= ProgSkeet Tutorials =

==Set Up==
=== Hardware part ===
We begin by correctly soldering the jumpers on ProgSkeet. R7, R8, R9 and R11 have to be soldered.

Before (in this case R7 and R8 already have a [0] bridge):

[[File:Progskeet Setup - Before.jpg]]
 
After (solderbridge added on R9 and R11 to enable 3.3V):

[[File:Progskeet Setup - After.jpg]]

=== Software part === 
Once this is done, connect to USB and  install the drivers downloaded from the official website.

 if you use old Winskeet (WinSkeet40000_111004 or older), you need the driver ´libusb0´
 If you use new Winskeet (Winskeet111120 and newer), you select ´WinUSB´ with ZADIG.EXE

Open WinSkeet. 


Proceed by clicking “Yes”.
 
[[File:Winskeet - Warning message.png]]

[[File:Winskeet - Opening screen.png]]


Go to “Tools” tab.

[[File:Winskeet - Tools TAB.png]]


Press “Test Shorts”.

[[File:Winskeet - Test for Shorts.png]]

[[File:Winskeet - No Shorts Found.png]]

If this fails, please refer to the “Troubleshooting” section.

==Programming the Bitstream==
Which bitstream to use:
{| class="wikitable sortable"
|-
! Type !! solder !! solderless
|-
| NAND || default || SL 111126
|-
| NOR || S 111006 || SL 111106
|-
|}

=== Bitstreams ===
* [https://web.archive.org/web/*/http://ps3devwiki.com/files/flash/Tools/Progskeet/Bitstreams/ProgSkeet_Bitstreams_111106.rar ProgSkeet_Bitstreams_111106.rar (1.63 MB)] (NOR solderless and NOR+NAND soldered) [http://www.mediafire.com/?o66ls0yo8o1ybr8 Mirror]
* [https://web.archive.org/web/*/http://ps3devwiki.com/files/flash/Tools/Progskeet/Bitstreams/ProgSkeet_Bitstreams_111126.rar ProgSkeet_Bitstreams_111126.rar (1.63 MB)] (NAND solderless only) [http://www.mediafire.com/?h3dc7ohc2b2xon8 Mirror]

==== Changelog ====
===== 111126 =====
* Fixed Solderless NAND

===== 111006 =====
* Added solderless bitstreams
* Added solder bistream for dev version of ProgSkeet (green pcb)
* Added pullups on RDY, OE and WE. Resistors probably aren't necessary anymore.

===== default / never updated =====
 Supports NOR soldered + NAND soldered
 does not have anything of the above fixes

===Updating Progskeet with Injectus in short===
* connect injectus to progskeet with very short wires (see [[:File:Injectus_jtag_pinout.jpg]] [[:File:Injectus-jtag-bottompads.png]])
* power injectus with usb
* power progskeet with its own usb too (do NOT power the progskeet with the injectus!)
* run injectus programmer software
** click tools
** open infectus (at bottom of pulldown)
** load dat file
** click program
Note: can be done when already connected to console flash.

=== Infectus Programmer ===
[https://web.archive.org/web/*/http://ps3devwiki.com/files/flash/Tools/Infectus/InfectusProgrammer-0.0.3.9.zip InfectusProgrammer-0.0.3.9.zip]

=== Longer Picture guide ===

Browse to the directory where you have extracted Infectus Programmer 3.9.9.0 

[[File:Browse for Infectus Programmer.png]]

Open “InfectusProgrammer_3.9.9.0.exe”

[[File:Infectus Programmer1.png]]

[[File:Infectus Programmer2.png]]

[[File:Infectus Programmer3.png]]

 
In the Actel Panel, click “Load DAT”. 

[[File:Infectus Programmer - Actel Panel.png]]

This will spawn the following window. 

[[File:Browse for DAT folder.png]]

Proceed by selecting the file for programming.

[[File:Select correct board file.png]]

[[File:Infectus Programmer - Updating DONE.png]]

See also : [[Hardware_flashing#Updating_Progskeet_with_Injectus|Update Progskeet with Injectus]]

==Connecting the NAND clip(s)==
First, make sure you disconnect ProgSkeet from your computer.

=== Connect Flatcable ===
Then, proceed by plugging in the correct 50 pin flat cable.

[[File:Connect NAND clips - connect 50pin flatcable.jpg]]

Caution: Make sure it’s the one with both blue endings on one side. Not one end shiny and the other blue.

'''Please pay attention to the marking of the first pin.'''<br />
'''Not paying attention to this could potentially cause bodily harm,'''<br />
'''damage to your ProgSkeet, damage to the device you are currently operating and your computer.'''

=== Connect subboard ===
Connect subboard
    
[[File:Connect NAND clips - connect Y-subboard.jpg]]

=== Connect NAND flatcable to subboard ===
Connect NAND flatcable to subboard

[[File:Connect NAND clips - connect NAND flatcable to Y-subboard.jpg]]

=== Connect Clip to NAND flatcable ===
Connect Clip to NAND flatcable

[[File:Connect NAND clips - connect clip to NAND flatcable.jpg]]

=== clip + NAND board ===
clip + NAND board (NAND board -> currently no specific use on PS3)

[[File:Connect NAND clips - clip + NAND board.jpg]]

=== NAND board ===
NAND board (NAND board -> currently no specific use on PS3)

[[File:Connect NAND clips - NAND board.jpg]]

=== Connect to PC ===
When done, connect to PC

[[File:Connect NAND clips - connect to PC.jpg]]

==Dumping NAND==
First, open Winskeet and go to the NAND tab. 

[[File:Winskeet - NAND TAB.png]]


Then, click NAND 1.

[[File:Winskeet - Select NAND1.png]]


Then click Auto.

[[File:Winskeet - Click Auto.png]]


If this shows an inconsistent value or doesn’t correspond to the identification code found in the corresponding datasheet (this is obvious when the manufacturer on the NAND flash does not correspond to the one shown under “Auto”).

In our case, the settings do not correspond to the specifications given by the datasheet. This happens with big block Hynix NAND flash. 
So we readjust them 

[[File:Winskeet - Readjust.png]]


and click “Dump”.

[[File:Winskeet - Click dump.png]]


Select destination for saving the dump.

[[File:Winskeet - Select Dump destination.png]]


At will, you can also select which range you want to choose using the “Custom Range” option.

[[File:Winskeet - Dump in progress.png]]

==Flashing the NAND flash==
Just like it was done with dumping, you set up the settings and click “Flash” and select the file you want to flash to your NAND flash.

[[File:Winskeet - Flashing.png]]

==Troubleshooting==

===NAND reads obviously false/inconsistent data===
'''Possible causes:'''
# NAND flash is not correctly connected to ProgSkeet/Clip.
# NAND flash has power supply pins unconnected or power supply to the NAND flash is missing.

'''Solutions:'''<br />
Set your digital multimeter to Volts, Direct Current (V, DC. V with straight line above dotted line) and measure the voltage between 3.3 and GND on the blue adapter pcb (this has to be done when the device is in operation, correctly connected to NAND flash and computer!).

[[File:Measure between 3.3V and GND points on Y-subboard.jpg]]

If this doesn’t measure 3.3V, this has to be supplied externally using wires.
Use “Auto” to read the identification code of the NAND flash in the programming software. If the result is 0000000000 or FFFFFFFFFF or inconsistent, the NAND flash is not correctly connected to ProgSkeet/Clip.

===Test shorts gives positives on shortcut detection===
Set your digital multimeter to “Ohm” or “Shortcut detection” and probe the pins listed in the messagebox against each other.
If you find no shorts, you have not correctly followed instructions which clearly state “<span style="color:red!important;">ONLY TEST PROGSKEET WHEN IT IS NOT CONNECTED TO ANYTHING BESIDE USB</span>”.

===Dumping either NOR or NAND freezes===
'''Possible causes:'''
# NAND/NOR is not correctly connected to ProgSkeet/Clip.
# External interferences

'''Solutions:'''
# Make sure all connections are correct and there are no shortcuts.
# Uncheck “verify” in the “common” tab and make several consecutive dumps. If those do not compare correctly, your connections are incorrectly soldered/attached.
# Increase cycle time in the common tab (maximum is 333ns).
# Shorten wire length.

==Soldering troubleshooting==
Please always make sure that you use sufficient amounts of flux and that you remove the old tin before trying to solder again.
After removing the old tin, reapply flux in decent amounts to make sure your soldering is good.
Another way to do this is melt a lot of tin over the pcb using you soldering iron in quick and swift movements without excessive pressure. Clean the tip of your soldering iron after every pass to ensure maximum reliability, as different mixtures of tin (Sn) cause oxidation, especially when mixing lead-free and leaded tin.
I recommend using 63 Sn/37 Pb tin for soldering, as lead-free and high contents of lead will lead to subpar soldering.

{{Hardware Flashers}}<noinclude>[[Category:Main]]</noinclude>