- Xbench for powerpc mac os#
- Xbench for powerpc install#
- Xbench for powerpc upgrade#
- Xbench for powerpc full#
- Xbench for powerpc windows#
So, any motherboard that has an LGA 775 socket will work with the current line of Intel processors. LGA 775 is the specification for the socket that is used by Intel’s current line of processors. While this name doesn’t necessarily roll off the tongue, it does include some handy information.
Xbench for powerpc full#
The full name of this motherboard on NewEgg’s site is ASUS P5K-E/WIFI-AP LGA 775 Intel P35 ATX Intel Motherboard.
Xbench for powerpc windows#
One thing you have to get used to when you enter the Windows world is product names that are a little more complex than “Mac Pro” or “iMac”. In theory, I can add that later using an expansion card, but I haven’t looked into that. The only thing not included on the motherboard is Firewire-800. To put it simply, this motherboard provides just about all of the connectivity I could want, and provides more connectors than I’m used to having on my G5. It has a bunch of expansion slots of various kinds, six internal SATA connectors and four memory slots that can hold up to 8 GB of RAM. It also includes two USB 2.0 ports and one Firewire 400 port on the motherboard (we’ll see what these are for later). In addition to six external USB 2 ports the board also provides front and rear-mounted Firewire-400 ports, two external eSATA ports, S/PDIF out, 6 audio ports, and built-in WiFi. This board was listed on the OSX86 page as having good compatibility and offers almost all of the ports and connectors that I wanted. (I ordered all of my components from, and so am referencing them on that site.)įor a motherboard, I selected the ASUS P5k-E/WiFi. Here are the pieces that I ultimately chose. In addition to general information and tutorials, they provide a comprehensive list of components that have been tested with various patches.Īs you can see from the list, some components are more compatible than others. Fortunately, a large community of Hackintosh users has grown up and banded together into the OSX86 Project. The bad news is that there are lots of motherboards, video cards, and processors out there, and only some will work with a hacked OS. This means that shopping for parts is fairly easy because you don’t have to worry so much about whether a particular drive will fit into a specific bay, or whether a motherboard will be able to mount in your case. The good news is that there are now standard specifications for motherboard sizes, connector types, case mountings, cablings, drive mounts, and all of the connectors and interfaces that are required to connect a bunch of computer parts into a working whole. You’ll need a video card, some ram, and some storage, but you’ll also need a power supply, a case, a fair number of cables, and a cooling system to keep it all from overheating. In addition to the Intel chips that Apple uses, companies like AMD make clone processors that can also work. There are a lot of motherboards to choose from, and they come in different sizes, with different numbers of ports and options. There’s the motherboard, which holds the CPU, RAM, video card, interfaces, and all the other circuitry that is required to make the thing go. Here’s what I did.Ī computer is made up of a few key components. While finding the right combination of parts can take some time, and getting the OS configured might be tricky, the result can be a machine that is far less expensive than an equivalent Apple offering, and that includes many configuration options that Apple doesn’t provide.
Xbench for powerpc install#
However, you can hack the OS to install new drivers, and fashion an OS that will work on a fairly vast array of stock parts. Consequently, OS X includes a very small set of drivers, meaning you can’t just stick an OS X disk in any Windows machine and get it to work.
Xbench for powerpc mac os#
However, there are many different variations of all of these components, and the Mac OS is designed to work with very specific ones. This means that you can take the same motherboards, drives, videocards and other interfaces, assemble them into a computer, and run the Mac OS on it. With the switch from PowerPC processors to Intel processors, Macs now run on the same hardware that Windows machines do. The result? A machine with Mac-Pro like performance that crushes all the other Macs in my house, and cost only about $1000.
Xbench for powerpc upgrade#
As his machine came together, and he sent me some benchmarks, I decided that this was the upgrade path that I would choose. A friend mentioned that he was going to build a Hackintosh. After a few recent jobs, including a computationally-intensive video gig, I started to wonder if it wasn’t time to think about upgrading to a faster machine. Since the tower is connected to a large monitor, it’s what I use as my primary image editing workstation. I have a few Macs that I use for my various jobs, but the main machines that I use are a MacBook Pro, and a Dual 2.7 GHz G5 tower.
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