Tuesday, December 30, 2025

PLAYSTATION 4 PRO / SLIM - EASY FUTURE DISSASEMBLY - REPLACE FAN, DISC DRIVE, LED PCB AND MIDDLE PART.

IDEA:
Do this so that if in the future you need to replace the fan or disc drive you don't need to fully disassemble the PS4 Pro (all models) and PS4 Slim (20xx models ONLY) meaning the motherboard, top and bottom chassis parts will remain together. Therefore you will not need to re-paste the APU or install new thermal pads onto the RAM or APU VRM chips.

PLAYSTATION 4 PRO

Preparation:
With the PS4 Pro fully disassembled.
  1. Install all four screws that secure the fan into the main plastic housing. Circled in GREEN.
  2. Enlarge the two holes in the metal heatsink side chassis part that secure the chassis to the fan and plastic housing. Enlarge them using a drill by using a 0.5mm larger drill at a time till you get to either 5 or 6mm and there is clearance around the fan screw heads. Circled in RED.
  3. Apply some metal paint to the drill hole edges to prevent rusting.
  4. Then continue to reassemble the PS4 Pro as you normally would.
PS4 Pro fan.

CUH-70xx

CUH-71xx / CUH-72xx

FUTURE DISASEMBLY AND REASSEMBLY

Disassembly:

Next time when you need to replace the fan or disc drive disassemble the PS4 Pro as normal except after removing the power supply and the hard drive:
  1. Unplug all of the ribbon and Wi-Fi cables connected to the motherboard.
  2. Remove the large torque screws holding the metal chassis parts and motherboard to the main plastic housing. Don't remove the small Phillips head screws that secure the two metal chassis parts to the the motherboard.
  3. Hold the motherboard in place turn the PS4 so that it is sitting in the horizontal orientation.
  4. While lifting the rear of the PS4 main housing upward pull on the highlighted area in the following picture gently away from the PS4 to release the rear Optical port from it's hole.
  5. The PS4 motherboard and metal chassis will now be separated from the rest of the ps4.
Rear port pull-on area in.

Reassembly:
  1. Lay the PS4 Pro upside down.
  2. Align the motherboard front with the plastic locating lug on the main housing and position the rear ports resting on the plastic housing port surrounds above their respected holes.
  3. Now put your finger between the AUX port and the optical port plastic and pull away from the PS4 to allow the motherboard to clear the plastic around the Optical port and fall into place.
Motherboard locating lug.

Rear port pull-on area in. Notice the rear ports are currently sitting on top.

EASILY CHANGABLE ON BUTTON / EJECT BUTTON / LED BOARD.

Do this so that if in the future you need to replace the On button, eject button or LED pcb you don't need to fully disassemble the PS4 Pro meaning the motherboard, top and bottom chassis parts will remain together.

Preparation:

With all of the major internals removed from the plastic housing take note of the location of the screws that secure the PS4 middle sandwich part of the the housing that covers the power/eject buttons and LED pcb. Circled in RED, BLUE and YELLOW.

  1. Remove all 5 circled screws.
  2. Pull the middle part of the housing sandwich on the fan area side toward the front of the PS4 with some gentle outward force away from the PS4. It should come away from the PS4. Watch the power button side of the to make sure the the plastic does not catch on the power button / led light bar protruding plastic.
  3. Take the middle part of the housing and where the YELLOW screws went through with a 3mm drill, drill down through that hole to put a matching 3mm hole in the tab on the other sides of the middle sandwich part.
  4. Now put the middle part back into the PS4 in the reverse order and re-installed only with the RED screw and YELLOW screws. The YELLOW screws you secure from the other side inside of the power supply bay. Do not install the BLUE circled screws as access to them will be blocked by the PS4 motherboard and chassis.



REMOVAL:

To remove the centre plastic part you only need to remove the power supply, the two YELLOW screws and the single RED screw to be able to replace the On/Off/Eject buttons or the LED pcb.

PLAYSTATION 4 SLIM - 20xx MODELS ONLY

Preparation:
With the PS4 Slim fully disassembled.
  1. Install all four screws that secure the fan into the main plastic housing. Circled in GREEN 
  2. Enlarge the two holes in the metal heatsink side chassis part that secures the chassis to the fan and plastic housing. Enlarge them using a drill by using a 0.5mm larger drill at a time till you get to either 5mm or 6mm and there is clearance around the fan screw heads. Circled in RED.
  3. Partially screw the two metal chassis parts together outside if the PS4 plastic housing.
  4. With a 3mm drill, drill down though the two holes in the heatsink side chassis part HDD bay area through into the RAM chassis part. Circled in YELLOW.
  5. Clean up any burs on the drill holes.
  6. Apply some metal paint to the drilled hole edges to prevent rusting.
  7. Continue to reassemble the PS4 as you normally would BUT DO NOT re-install the screws circled in BLUE. The 2 screws in the HDD bay area put them into their place then use a thin screw driver to screw them in through the holes we drilled earlier. Circled in YELLOW.
PS4 Slim fan screws.

PS4 Slim screws chassis.

PS4 Slim chassis HDD area.

RAM chassis side drill holes.

FUTURE DISASEMBLY AND REASSEMBLY

Disassembly:

Next time when you need to replace the fan or disc drive disassemble the PS4 Slim as normal except after removing the power supply and the hard drive:
  1. Unplug all of the ribbon and Wi-Fi cables connected to the motherboard.
  2. Remove silver Phillips head screws holding the metal chassis parts and motherboard to the main plastic housing. Including the 2 in the HDD Bay area using the Holes we drilled previously. Don't remove the small black Phillips head screws that secure the two metal chassis parts to the the motherboard. There are also 4 small silver screws that don't need to be removed, two on the HDD bay and another two near the rear ports on the RAM chassis.
  3. The PS4 motherboard and metal chassis will now be separated from the rest of the ps4.
End...

Sunday, November 30, 2025

PLAYSTATION RIBBON CABLES - PS1 / PS2 / PS3 / PS4 / PS5

 If you cannot find the exact length get longer just to be safe.



PS1

Controller / Memory Card Ports

SCPH-10xx / PU-8
Pin Count: 10
Orientation: Forward
Pitch: 1mm
Length: 90mm

PU-18 / PU-20
Pin Count: 10
Orientation: Forward
Pitch: 1mm
Length: 75mm

PU-22
Pin Count: 10
Orientation: Forward
Pitch: 1mm
Length: 150mm

PS2

Network Adapter

SCPH-10350 / SCPH-10281 - OFFICIAL
Pin Count: 50
Orientation: Forward
Pitch: 0.5mm
Length: 30mm

3RD PARTY SATA OR SATA UPGRADE BOARD
Pin Count: 50
Orientation: Reverse
Pitch: 0.5mm
Length: 30mm

Motherboard To Daughter-board

SCPH-300xx - Motherboard GH-006 / GH-007 that connects to GD-013 daughter-board
Pin Count: 40
Orientation: Reverse
Pitch: 0.5mm
Length: 65mm

Motherboard To Disc Drive PCB

SCPH-300xx - Motherboard GH-004 / GH-005 that connects to GM-041 Disc Drive PCB #1
Pin Count: 40
Orientation: ...
Pitch: 0.5mm
Length: ...mm

SCPH-300xx - Motherboard GH-004 / GH-005 that connects to GM-041 Disc Drive PCB #2
Pin Count: 30
Orientation: ...
Pitch: 0.5mm
Length: ...mm

SCPH-300xx - Motherboard GH-006 / GH-007 that connects to GM-043 Disc Drive PCB
Pin Count: 54
Orientation: Reverse
Pitch: 0.5mm
Length: 120mm

Controller / Memory Card:

SCPH-300xx - Motherboard GH-004 / GH-005
Pin Count: 36
Orientation: 
Pitch: 0.5mm
Length: mm

SCPH-300xx - Motherboard GH-006 / GH-007
Pin Count: 36
Orientation: Forward
Pitch: 0.5mm
Length: 114mm

SCPH-300xx - 550xx - Motherboard GH-010 to GH-029
Pin Count: 36
Orientation: Forward
Pitch: 0.5mm
Length: 60mm

Laser / Lens:

SCPH-300xx - 550xx - Motherboard GH-010 to GH-029
Pin Count: 30
Orientation: Forward
Pitch: 0.5mm
Length: 65mm

Power / Eject / LED Board:

SCPH-300xx - Motherboard GH-004 / GH-005
Pin Count: 7
Orientation: ...mm 
Pitch: 1mm
Length: ...mm

SCPH-300xx - From daughter-board of GH-006 / GH-007 Motherboards
Pin Count: 7
Orientation: Forward
Pitch: 1mm
Length: 400mm

SCPH-300xx R - SCPH-390xx / Motherboard GH-010 - GH-022
Pin Count: 7
Orientation: Forward
Pitch: 1mm
Length: 250mm

Version 6 - SCPH-300xx R - SCPH-390xx /
Pin Count: 7
Orientation: Reverse
Pitch: 1mm
Length: 250mm

NOTE: On version 6 motherboards the connector on the motherboard will have the pins on the side furthest away from the motherboard.


SCPH-500xx - SCPH-5500xx
Pin Count: 12
Orientation: Forward
Pitch: 0.5mm
Length: 80mm

SCPH-700xx - SCPH-770xx
Pin Count: 8
Orientation: Forward
Pitch: 0.5mm
Length: 40mm

SCPH-790xx
Pin Count: 8
Orientation: Forward
Pitch: 0.5mm
Length: 80mm

SCPH-900xx
Pin Count: 8
Orientation: Forward
Pitch: 0.5mm
Length: 50mm

PS3

Power / Eject / LED Board:

CECHAxx - CECHExx
Pin Count: 10
Orientation: Forward
Pitch: 0.5mm
Length: 35mm

CECH-20xx
Pin Count: 10
Orientation: Forward
Pitch: 0.5mm
Length: 84mm

CECH-21xx
Pin Count: 10
Orientation: 
Pitch: 0.5mm
Length: mm

CECH-25xx
Pin Count: 10
Orientation: Forward
Pitch: 0.5mm
Length: 90mm

CECH-30xx
Pin Count: 6
Orientation: Forward
Pitch: 0.5mm
Length: 100mm

CECH-40xx - 43xx
Pin Count: 6
Orientation: Reverse
Pitch: 0.5mm
Length: 95mm

Motherboard to Disc Drive PCB:

CECH-20xx
Pin Count: 24
Orientation: Reverse
Pitch: 0.5mm
Length: 140mm

CECH-21xx
Pin Count: 
Orientation: 
Pitch: 0.5mm
Length: mm

Laser:

CECH-20xx
Pin Count: 
Orientation: Reverse
Pitch: 0.5mm
Length: 60mm

CECH-43xx
Pin Count: 40
Orientation: Forward
Pitch: 0.5mm
Length: 190mm

Disc Spindle Motor:

CECH-43xx
Pin Count: 9
Orientation: Forward
Pitch: 1mm
Length: 62mm

Disk Detect Sensor

CECH-20xx
Pin Count: 8
Orientation: Forward
Pitch: 0.5mm
Length: 96mm

Disc Tray Eject Sensor:

CECH-43xx
Pin Count: 6
Orientation: Forward
Pitch: 0.5mm
Length: 95mm

PS4

ON / OFF / EJECT BUTTON PCB:

CUH-21xx / CUH-22xx
Pin Count: 8
Orientation: Forward
Pitch: 0.5mm
Length: 170mm

ON / OFF BUTTON PCB:

CUH-70xx / CUH-71xx / CUH-72xx
Pin Count: 6
Orientation: Forward
Pitch: 0.5mm
Length: 80mm

EJECT BUTTON PCB:

CUH-70xx / CUH-71xx / CUH-72xx
Pin Count: 6
Orientation: Forward
Pitch: 0.5mm
Length: 80mm

CUH-70xx / CUH-71xx / CUH-72xx
Pin Count: 6
Orientation: Forward
Pitch: 0.5mm
Length: 50mm

LED PCB:

CUH-70xx / CUH-71xx / CUH-72xx
Pin Count: 6
Orientation: Forward
Pitch: 0.5mm
Length: 70mm

DISC SPINLE MOTOR:

CUH-11xx
Pin Count: 9
Orientation: Forward
Pitch: 1.0mm
Length: 100mm

CUH- 20xx
Pin Count: 9
Orientation: Forward 
Pitch: 1.0mm
Length: 100mm

CUH- 21xx / CUH- 22xx
Pin Count: 9
Orientation: Reverse
Pitch: 1.0mm
Length: 100mm

CUH-70xx
Pin Count: 9
Orientation: Forward 
Pitch: 1.0mm
Length: 115mm

CUH-71xx / CUH-72xx
Pin Count: 9
Orientation: Reverse
Pitch: 1.0mm
Length: 110mm

DISC SENSOR PCB:

CUH-11xx
Pin Count: 8
Orientation: Forward
Pitch: 0.5mm
Length: 160mm

CUH- 20xx
Pin Count: 8
Orientation: Forward 
Pitch: 0.5mm
Length: 150mm

CUH- 21xx / CUH- 22xx
Pin Count: 8
Orientation: Reverse
Pitch: 0.5mm
Length: 150mm

CUH-CUH-70xx
Pin Count: 8
Orientation: Forward
Pitch: 0.5mm
Length: 185mm

CUH-71xx / CUH-72xx
Pin Count: 8
Orientation: Forward
Pitch: 0.5mm
Length: 185mm

LASER:

CUH-20xx
Pin Count: 40
Orientation: Forward
Pitch: 0.5mm
Length: ..mm

CUH-21xx / CUH-22xx
Pin Count: 40
Orientation: Forward
Pitch: 0.5mm
Length: ..mm

CUH-70xx
Pin Count: 40
Orientation: Forward
Pitch: 0.5mm
Length: ..mm

CUH-71xx / CUH-72xx
Pin Count: 40
Orientation: Reverse
Pitch: 0.5mm
Length: ..mm

PS5

ON / EJECT PCB TO MOTHERBOARD

CFI-10** (EDS-010) - CFI-11** (EDS-020)
Pin Count: 6
Orientation: Forward
Pitch: 0.5mm
Length: 35mm

LED PCB TO MOTHERBOARD

CFI-10** (EDL-010) - CFI-11** (EDL-020)
Pin Count: 6
Orientation: Forward
Pitch: 0.5mm
Length: 250mm

CFI-12** (EDL-030)
Pin Count: ...
Orientation: ...
Pitch: 0.5mm
Length: ...mm

Tuesday, December 5, 2023

ORIGINAL XBOX PC DVD DRIVE MOD - SD-616F / SD-616T / GDR-8163 / GDR-8164

I will be updating this...

This is a tutorial to show you how to perform the cleanest wire installation to allow the following PC DVD drive models to be connected to the original Xbox:

  1. Toshiba Samsung SD-616F or SD-616T
  2. LG GDR-8163 or GDR-8164
NOTE: For the rest of the conversion including firmware flashing, Xbox case drive modification and SD-616 drives Internal motor reverse. See the following links:

Links to be added...
  1. Toshiba Samsung SD-616F - ...
  2. Toshiba Samsung SD-616T - Here
  3. LG GDR-8163 or GDR-8164 - ...
DETAILS:
I figured out I can use the 4 pin analogue audio output pins on the rear of the drive to output the four signals required by the Xbox to properly communicate with the drive.

REQUIRED:
  1. Soldering Iron.
  2. Soldering Braid \ Wick.
  3. Small metal cutter \ snips - To cut the pins.
  4. 30awg Kynar Wire
  5. Xbox DVD drive cable - To solder to the connector pins.
  6. IDE power splitter cable - To power the disc and the hard drive at the same time.
  7. Analogue audio end connector with 4 pins - Can be found in old computers with IDE disc drives.


PREPERATION:

SD-616F or SD-616T

Drive Circuit Board Analogue Audio Pins:
  1. Use soldering braid \ wick to remove solder from around the 4 Analogue Audio Pins on the drives circuit board bottom.
  2. On the side of the drive where the pins go through the plastic, remove / de-solder the capacitor from in front of the pins to get access to the drive pins. Don't worry if the pads come off of the circuit board as the capacitor is only for the analogue audio circuit. It won't need to be re-soldered.
  3. Use the metal snips to can the end of the pin legs away so they end up being a few millimetres away from the circuit board. After you have snipped them you may need to gently twist them around till they break away.
  4. Tin the new end of the pins with solder.
  5. Pass the 4 wires through the 4 holes and solder them to the pins.
  6. Route the wires and solder them wires like in the picture below.
Capacitor to remove.





















Pins cut.





















Pins with wires soldered to them.





















Bottom side of the board with the wires going through the old pin holes.











Whole bottom board with wires.



Analogue Audio Cable Connector:
Unless you already have new pins and the crimping tools for this connector type you will need to re-use the pins by doing the following:
  1. Use a needle to remove the pins from connector socket. Push on the tab visible in the hole then pull.
  2. If the pin locking tab bent downward during removal re-bend it at an angle again so that it won't come out when put back in.
  3. Preferably spread, otherwise grind the wire strain reliever so that the wire is no longer being held in place. If you have to grind, grind as least as possible.
  4. Rock the wire back and forth near where the cable wires are crimped in the pin until all of the wire strands break.
  5. Tin the pin with solder on the same side as where the cable strain reliever was above where the wires were crimped inside the pin.
  6. Insert the modified pin back into the cable connector.
NOTE: All of the connectors I've seen only have 3 pins so you will have to take a pin from a 2nd cable connector.

Xbox Disc Dive Wires:
  1. Remove all of the wires from the Xbox 12 pin socket and all but four wires from the 14 pin socket pictured below. Use a pin to bend the socket tabs then pull the pin free.
  2. Strip and tin a few millimetres off of the end of the Xbox disc drive cable wires.
  3. Place the tinned wire so that it sits over the crimped section of the Analogue Audio pin.
  4. Slide it into the appropriate hole inside of the connector. If it doesn't fit you may have to remove some solder until it does.
Xbox motherboard with DVD power 14 pin socket with connector showing wires to leave in-place.

Wednesday, November 8, 2023

Finalman's PS4 Pro and PS5 FAT LED Adapter PCBs

------------WILL GO ON SALE SOON------------

Either through Ebay if your in Australia or order-able through pcbway.com

THE IDEA

These adapter PCBs allow the PS4 Pro and PS5 FAT consoles to change the LED colour by installing a small printed circuit board into the Consoles.

PCB 1 - Blue and White LED Swap:
This printed circuit board swaps the blue and white LEDs. The PS4 Pro and PS5 look better with the blue LED illuminating once the PlayStation has booted rather than the plain old white LED.

NOTE: The orientation it is placed in does not matter.


PCB 2 - Blue, White or Orange LED Swap:
This printed circuit board allows you to swap blue, white and orange LEDs colours around by bridging different solder points.


The solder points are in the 3 groups. .

The top group is for the boot (booting) LED. The middle group is for the idle (booted) LED. The bottom group is for the rest (sleep) LED.

The middle pad in each group is the PS4/PS5 status. It is what you bridge with another pad in that group to change the output colour of the LED

The three pads around the middle pad in each group defines what the output LED colour is. The top pad is for Blue. The Middle pad on the side is for White. The bottom pad is for orange.


Example: Boot = White, Idle = Blue, Rest = Orange (unchanged).

WARNING: Do not get the PCB orientation wrong as you might damage the PlayStation motherboard. The end of the PCB with the White "PS4" and "PS5" text connects to the PlayStation motherboard through the included 5cm ribbon cable. The side with the White "LED" text connects to the PlayStation's LED circuit board through the ribbon cable that came with the PlayStation.

NOTE:  Although you can bridge multiple pads to get different colours in the same group you should avoid doing this.

NOTE: The soldering iron tip should be 0.5mm diameter or less to make the job easier.

NOTE:  For my personnel PS4 Pro and PS5 FAT I have physically replaced the orange LED with a red LED and the white LEDs with a green LEDs.  If you too choose to do this you also need to change the LED resistors.

INSTALLATION:

PS4 Pro:

1. Take off the PS4 Pro bottom housing.
2. Disconnect the LED ribbon cable from the motherboard.


3. Remove the double sided tape cover from the bottom of the LED PCB to expose the sticky surface.
4. Place the PCB in about the same position as in the picture below and connect up the ribbon cables as pictured. The 5cm ribbon cable was included with the PCB. The blue ends of the 5cm ribbon cable are to be both facing up toward you.

Blue and White LED swap PCB installed.

Blue, White and Orange LED swap PCB installed.

PS5 FAT:

Blue and White LED swap PCB installed.

Blue, White and Orange LED swap PCB installed.

FOR SALE:

eBay Australia:
Auction link to be added...

Purchase on pcbway.com:
You will purchase the bare the bare PCB and you will need to separately purchase and solder the two connectors.

You should purchase the PCB with a thickness of 1.0mm.

link to be added...

Parts Required:
  • Two 6 pin 0.5mm pitch clamshell connectors. Cheap and common on eBay and Aliexpress
  • 6 pin 0.5mm 5cm same side contacts ribbon cable




Wednesday, April 5, 2023

Finalman's Sony PlayStation 2 IDE PCB mod

I am designing afew a printed circuit boards to restore hard drive IDE connector on the rear of v12-v13 slim PlayStation 2's.

Will work on all SCPH-700xx model PS2 slims.

Will not work on SCPH-750xx, SCPH-770xx, SCPH-790xx or SCPH-900xx model PS2 slims due to no longer having the IDE solder points on the PS2 motherboard.

The advantage of this doing it this way over soldering SATA \ SD to IDE adapters is that if those adapter fail you have to de-solder the 30 plus adapter wires and then replace the adapter or if using maxdiypower's PS2 HD connect and the adapter board fails you cannot replace it because it is now discontinued.

On my IDE adapter boards, SATA / SD hard drive to IDE adapters will be quickly swap-able.

The disc drive will need to be removed from the PS2. Not really a big deal though cause the HDD will be faster and lasers wear out requiring disassembly of the console to replace.


Top.

Bottom.

PROS:
Faster Load Times
SATA HDD, SD to IDE adapters easily swap-able

CONS:
29 Wires require soldering
Requires Housing Modifications
Requires Chassis Modifications
No disc drive
Cannot mount a screen to the PS2 rear.

TUTORIAL

PREPERATION:

If the two pads in the following picture have solder on them, use a de-soldering braid to remove the solder so that the adapter PCB sits perfectly flat on the PS2 motherboard.


MOUNTING:

With the head of a 3mm bolt facing the floor put it through each of the two holes shown in red in the following picture. Then mount the adapter PCB so that all three of it's and the PS2 motherboard  holes line up. Finally install the 3mm nut onto the bolt and tighten.


SOLDERING

PS2 Solder Points
All credit goes to AUTOMAN for discovering the solder points.


NOTE: Rather than soldering to all 8 GND IDE pins my IDE adapter board only requires you to solder to a single GND pin. Use a thicker insulated wire for this.


PCB Top Side:
Solder a wire between the resistor bank leg and the corresponding square pad on the adapter PCB. You should bend the wire up in a L shape basically because the wire shouldn't be a straight line between the two points. To take into account the thermal expansion so that components\pads aren't torn off during heating/cooling cycles.

I soldered to the point on the resistor bank then placed a drill bit in and bent the wire over it to give me a nice L shape before soldering to the adapter PCB point.


PCB Bottom Side:
Solder wires directly between the ps2 motherboard points and the IDE pin solder points.


IDE pin number one is denoted by a white circle. The other IDE pins on that same side of the PCB are all odd number pins going from 1 to 39. The IDE pins on the other side of the PCB are all even number pins going from 2 to 40. The odd and even numbered pins increase the further they get from pin 1.



SHELL \ HOUSING MODIFICATIONS:

Bottom Housing:
You need to cut along the red line shown in the next picture. Leave the thin plastic middle part that runs length-ways in-place. Try and keep it as square as possible. Use a file once you are done to neaten up the area.


Before.

After.

Disable The Eject Mechanism:
To be added...

EMI SHIELD MODIFICATIONS:

Top Chassis:
You need to cut along the red line at the end of the plastic shown in the next picture. Doing it this way means you can revert to how the PS2 came by reinstalling the this piece.

Before.


After.

NOTE: With this method after you have finished the install and when you go to reassemble the PS2 you need to put a 0.5mm thick washer where you cut off the metal shielding where any of the 6 housing securing screws goes through.

NOTE: With the cut method if you ever wish to revert the PS2 back to as close to factory as possible, when you go to reassemble the PS2 you need to add two 2mm nuts on the bottom of the motherboard to secure the drive mount screws to.

Bottom Chassis:

You can choose to either cut or drill depending on your preference.

Drill
You need to enlarge two holes with a 5.5mm drill shown as red circles in the next picture. 


NOTE: If you want to revert to how the PS2 came all you need to do is screw a 2mm nut onto the bottom of the drive mount screws.

Cut 
You need to cut along the red line shown in the next picture.


Before.

After.

NOTE: With the cut method after you have finished the mod and when you go to reassemble the PS2 you need to put a 0.5mm thick washer where you cut off the metal shielding where any of the 6 housing securing screws goes through.

3D PRINTED COVER - OPTIONAL
To be added...

Vertical Adapter PCB...


HOW TO MAKE THE HARD DRIVE BOOTABLE

Through the Memory Card:
Install FREEMCBOOT onto a memory card. Then...

With a Modchip:
Install a modchip and set the DEV mode to whatever ELF file you want to boot.

SATA TO IDE HDD ADAPTER

NOTE: The adapter and hdd will require external power to be supplied.

Use an adapter like the one below plugged into the PS2's new ide port.


OR

Use an adapter like the one below with an IDE cable running to the PS2's new ide port.