Sony’s PlayStation 2 is the best selling video game console of all time. By selling over 155 million systems Sony dominated the sixth generation of consoles. For comparison Microsoft only sold 24 million original Xbox consoles. At $299.99 the PS2 wasn’t the cheapest console of its generation, but being priced less than most DVD players helped people justify the higher price. Both the Dreamcast and the GameCube cost $199.99, but didn’t support DVD playback. This is the start to a series of posts covering the fat SCPH-39001 PS2 project.
In my last post I covered taking apart a PS2 slim. This post is a similar guide, but for Sony’s first slim console, the PSone. My goal is to have a SCPH-101 PSone teardown guide that’s more complete than the others available online.
I had already taken apart this PSone several times before taking these pictures, so yours may look slightly different. In particular, my PSone has a modchip installed which you can see in some of the pictures. I wrote another post on how I installed the modchip.
I haven’t posted a console teardown guide on this blog yet, mostly because they are difficult to make. I recently took apart my PS2 slim for the first time, and took pictures along the way to create this guide. My goal is to have a PS2 slim teardown guide that’s more complete than the others available online.
This was the first time I had ever taken apart a PS2 slim, and I hadn’t looked up any guides online. I found the process of taking apart the system to be very easy, this guide should help you better put back together the system by following these steps in reverse.
The Xbox One controller is one of my favorite controller designs. It took the comfortable Xbox 360 controller, which was based on the original Xbox controller S, and improved it. Two big changes were the more precise d-pad, and the support for being used with a computer using a standard USB cable.
An Xbox One controller I had bought in 2015 started having problems recently. The left bumper button wouldn’t always register presses. It always made the click sound, but wouldn’t always be recognized as a press in games. Obviously this is very annoying when switching tabs in the Xbox dashboard, and when playing games that require the frequent use of the left bumper.
All of the video game consoles I have covered on this blog so far have been older systems. Today that changes, since I’m beginning a series of posts covering the Xbox One revision 1540 console that I purchased last October.
After the success of the Xbox 360 Microsoft was optimistic going into the launch of the Xbox One. They ended up making a lot of bad decisions that allowed the PlayStation 4 to outsell the Xbox One. At $499 the Xbox One was expensive. The focus was on it being an all in one media device, which people didn’t want. This of course mirrors the launch of the PlayStation 3 which focused a lot on media instead of games, and cost a lot more than the Xbox 360.
There are several ways to play game backups on the original PlayStation. One common method involves swapping a genuine disc for a backup disc while the system is running. Another method is to install a modchip that allows the PlayStation to boot directly to backups. This is a guide for PSone MM3 modchip installation.
An MM3 modchip will allow you to play your game backups, as well as games from other regions. You can get an MM3 chip for fairly cheap at around $4-10, I got mine from a US seller on eBay preprogrammed and prewired for $8 shipped.
In late 1995 Sony released their very first entry into the video game console market, the PlayStation. The PlayStation would go on to sell over 102 million units, making it one of the best selling video game consoles of all time, only being outsold by its successor, the PlayStation 2. At $299 the console was priced at $100 less than is main competitor at the time, the Sega Saturn. Later in late 2000 Sony began selling a slimmer version of the PS1 called the PSone, this is the start to a series of posts covering my SCPH-101 PSone project.
There are two types of mods you can do to run homebrew on your original Xbox. The first, and easiest method is a softmod. The second method is a hardmod, which requires a physical hardware modification. A softmod is useful, but doing things like replacing your hard drive is much more difficult than with a hardmodded system. This is a guide on how to hardmod an original Xbox through the Xbox TSOP flash chip.
The original Xbox has a small EEPROM chip on the motherboard in a TSOP package.This chip acts as the BIOS of the original Xbox. Basic hardware initialization code is executed from the BIOS every time the Xbox boots. By flashing the BIOS with an aftermarket BIOS you’ll be able to unlock additional functionality that the Xbox is capable of. Some features include booting from homebrew disks, using unlocked hard drives, and upgrading RAM.
In a previous post I wrote about the many heatsink options for the fat Xbox 360 consoles. I focused on the official heatsinks that Microsoft used. I was able to improve temperatures using newer heatsinks, but I still wanted to look into better cooling options. In this post I’ll be covering installing a PC heatsink onto an Xbox 360.
Things you’ll need
Here’s a list of items you’ll need for installing a PC heatsink onto an Xbox 360.
- A spare Xenon Xbox 360 CPU heatsink
- A spare Falcon Xbox 360 CPU heatsink
- Arctic Alumina thermal adhesive
- Cooler Master Hyper TX3 heatsink
- Thermal paste
- 80mm fan
- Soldering iron and solder
Those items are specifically for the final mod that I ended up with. I used the Xenon CPU heatsink for the mount of the new CPU heatsink, and the Hyper TX3 for the heatsink itself. You can make your own mount, or use any other PC heatsink as long as it fits.
After making my fat PS3 nearly silent, I wanted to make my Xenon Xbox 360 as quiet as possible. Right now I’m in the process of attaching a computer heatsink to my console, but before I write about that, I should probably write about all of the Xbox 360 heatsink options.
Xbox 360 revisions, and their heatsinks
Microsoft’s first Xbox 360 revision was called Xenon. It featured a very short, but long and deep aluminum fin heatsink on top of the graphics chip. On the processor there was a beefier heatsink with a copper baseplate, heat pipes, and many aluminum fins.