When I decided to build my own PC, naturally, I told my tech-savvy friends about it and asked for their opinion. That was my first mistake. Don’t get me wrong, getting a second opinion on pretty much anything is always a good thing. But, I had no idea the can of worms that I had just opened.
I asked four of my friends in total, each one designed entirely different machines with prices varying from $800 to $1000. Two of them chose an Intel processor and two chose AMD processors, and of course, each one insisting that their planned machine was better.
With their…..feedback, I started planning.
The Components
CPU
My choice on the processor, which would dictate the course of the rest of the build, came down to either the AMD FX-8350 or the Intel Core i5. I decided that the value and performance of the 8350, especially considering the budget I wanted to stick to, ultimately outweighed the potential advantages of the i5.
CPU Cooler
I also found a lot of differing opinions on whether or not to use the AMD-provided stock cooler or to purchase an aftermarket cooler. The general consensus was: if you intended to use the CPU at base frequency, stick with the stock cooler, if you intend to overclock, buy an aftermarket cooler. Since I wanted the flexibility of being able to upgrade or overclock later on, I decided on an aftermarket cooler.
The most popular and cheapest cooler out there, the Cooler Master Hyper 212 EVO, was the one I eventually chose for $39.99.
Motherboard
When it came to the motherboard, I wasn’t looking for anything in particular. I just really needed something that has USB 3.0, and could support up to 32GB of RAM if I ever wanted to upgrade.
After looking around, I found the MSI 970 Gaming AM3+ ATX Motherboard, which I chose mainly based on price (at $127.99) and generally favourable reviews.
RAM was probably the simplest decision to make. Since I only really need 8GB of RAM (with the possibility of adding more later), I decided to go with G.Skill Ripjaws X Series 8GB (2 x 4GB) DDR3-1600 Memory for $63.99.
Storage
I considered just getting a 1TB hard drive, however, I really wanted to get a solid state drive to act as my boot drive. After thinking about it, I decided to salvage a 750GB Hard Drive from an old computer to use as my mass storage drive and that I would purchase an SSD.
I stumbled on a special one day sale on a Transcend 256GB SSD for $71.99, so I picked it up.
Graphics Card
This was another hotly contested part in the build among my friends. This time it was NVIDIA’s GTX 700 series vs. AMD’s Radeon R9/R7 Series. Since I went with an AMD processor, I decided to pair it with an AMD graphics card.
Originally, I planned on getting the R9 270X 2GB (priced at $229.99), however, AMD just recently launched their new 300 series cards. The R7 370, which I purchased, offered comparable performance, with 4GB of GDDR5 memory, for only $214.99.
Case
The case was a personal choice. I really wanted a case to match my favourite colour (Blue), had front USB 3.0 ports and a side window. I was able to find all of that in the DeepCool TESSERACT SW ATX Mid Tower Case for just $44.99.
Case
The case was a personal choice. I really wanted a case to match my favourite colour (Blue), had front USB 3.0 ports and a side window. I was able to find all of that in the DeepCool TESSERACT SW ATX Mid Tower Case for just $44.99.
Power Supply
By this point in the planning, I calculated the power consumption of the parts and determined how much I needed from the power supply. I needed at least 330W of power, with at least a 100W buffer to allow for overclocking and upgrading in the future. I was also looking for at least a semi-modular unit to get a handle on cable management. I happened to stumble across a factory-refurbished Corsair CX500M, a 500W semi-modular power supply for only $49.99.
Final Configuration
By this point in the planning, I calculated the power consumption of the parts and determined how much I needed from the power supply. I needed at least 330W of power, with at least a 100W buffer to allow for overclocking and upgrading in the future. I was also looking for at least a semi-modular unit to get a handle on cable management. I happened to stumble across a factory-refurbished Corsair CX500M, a 500W semi-modular power supply for only $49.99.
Final Configuration
Be sure to check out Part 3: The Build - Next Wednesday at 12PM
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