Making the best quality hardware is pointless without the best hardware warranty – no company is immune to acute device collapse and catastrophic failures, whether initiated by other devices or a result of prolonged decay and eventual death. We know – it’s tough to talk about your dead components, but it’s an important part of moving forward; the process is tough, but well-defined: Acceptance, grieving, thermalpaste, gaming.
Device failure sucks. Troubleshooting is a painful process and may point to a zapped motherboard, bent pins, faulty memory, or a collapsed video card. Warranties serve as a backup and tend to be of 1, 3, or 5 year durations (which are absolutely planned to be within ‘average’ parameters), and as Google’s HDD test showed, failure rates in hardware tend to be highest at the 3-month and 3-year marks.
Custom PC builds are fairly straight forward: Screw together the eight core components (including the case), install some software, and start gaming on your new budget build (if you don’t have a build yet, our guides are an excellent starting point). That said, even master builders can trip up on occasion and miss a cable or connector, and new builders can feel overwhelmed by the potential to inflict damage to expensive components.
This Common Build Mistakes guide explains how to assemble a computer and avoid shocking or damaging components; we’ll also explore some of the easy-to-overlook crevices of a high-end rig (like surge protection!).
CPU dies have some of the most beautiful color highlights in computing -- and after showing you the process through which a synthetic crystal (silicon) becomes a CPU, we thought it was time to explain CPU diagrams and how to understand CPU dies.
Why learn how to interpret CPU dies? Because it's fun and you'll never need words on the diagram again; CPU die images are normally leaked before full specs, also, so this information can help you to identify what will be contained on upcoming CPUs.
Also, it's great party talk: "So, uhh, can you identify the vitals of a silicon chip that uses 22nm microarchitecture?"
Disclaimer: I am not responsible for your loss of friends should you attempt to use this knowledge at a party.
The release of Intel’s Ivy Bridge CPU line (we gave an overview of the spec differences here) brings the question of ‘where’s the best place to buy an Ivy Bridge CPU?’ We’ve scoured the Interwebz all morning and, luckily, have found a handful of retailers that are offering extremely competitive prices. Here’s a listing of all the major retailers (online and physical) and their corresponding Intel Ivy Bridge prices:
The much-awaited Ivy Bridge tick (or ‘3rd Generation CPUs’) of Intel’s CPUs are now available from retailers all over, so we’ve compiled a chart to analyze and compare all the different specs of these Ivy Bridge CPUs in one place. We look into the Ivy Bridge CPU differences below, but before making any decisions, be sure to reference our Ivy Bridge pricing guide.
Keep in mind that these are compatible with the new Z77 chipset, which enables Visual BIOS (the newest iteration of UEFI), cool overclocking options, and plenty of other features. If you're interested in learning about Intel's motherboards, try this article.
With a market cap of $136B at its disposal (compared against AMD’s $5.3B), Intel has the financial stability to push the limits of microprocessor architecture with each massive tock in their constant tick-tock cadence. We discussed Visual BIOS and Intel’s third generation of computing with engineers at PAX East this year, where Senior Marketing Engineer Fred Birang of Intel wanted to make one thing very clear to the enthusiast and system building communities: “We make more than just CPUs.”
He seemed passionate, so I pushed the point: “What is it that you want builders and gamers to know about motherboards?” Birang’s answer didn’t disappoint.
If I were your financial adviser, I'd tell you that a little bit of planning and maintenance can save you tons of headaches in the future. I'm not your financial adviser. I am a computer engineering instructor, so what I'll tell you is that a little bit of planning and maintenance can save you a ton of headaches in the future.
This guide will explain preventative maintenance for computers and protecting an expensive investment (we're assuming you're running some sort of gaming build, here, so that makes it even more important to protect).
Let's look at some of the most commonly-spotted scenarios that we've seen on our hardware support forums:
With one of the most fun-filled, chaotic, work-focused weekends of the year out of the way (that is, until the next convention), our team came home with an abundance of hardware to review and an enthusiastic approach to new technology analysis methodologies.
This review of Kingston's 240GB HyperX 3K SSD will look at its real-world gaming performance and synthetic benchmark results.
PAX East 2012 saw us meeting with ASUS, who explained their key to success, Intel, where we saw their fancy Visual BIOS, and tons of other hardware companies -- Kingston is included in that list. David Leong, Kingston's resident expert, met with hardware editor Patrick Stone about some of 2012's newest storage, SSD, and memory technology, eventually exploring the company's newest volley into the market: The HyperX 3K SSD, released as an indicator of HyperX's 10th anniversary.
Intel's motherboard engineering team wants to change your mind about their boards -- at PAX East this weekend, Senior Product Marketing Engineer Fred Birang told us: "When most people think of Intel, they think of CPUs. We want the gamer mindshare to know that we don't just make a great reference motherboard, we have a board that is as good -- if not better -- than anything out on the market."
Known for having the coolest-sounding naming scheme in computing, chipsets operate at the core of every build we do here at GN -- by this point, all of you know the basics: P67 is good, Z68 is better, X79 (SB-E) is expensive; the 970 is good, the 990X is great, and AM3+'s 990FX is expensive (sort of). Great, so we have an idea of what to get relative to other chipsets, but that doesn't mean much. That's about as useful as knowing "DDR3 is better than DDR2," without truly knowing why. It's brochure knowledge.
As we did with our GPU dictionary and SSD dictionary, this chipset guide will help explain what, exactly, a chipset is responsible for and what you should look for in future editions. This helps keep everyone on the cutting edge as new technology is announced and, better still, helps you actually understand what is needed, not just recommended.
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