Be there just 6 Essential Tips for First-Time PC Builders? http://lifehacker.com/6-essential-tips-for-first-time-pc-builders-1458484291 6 Essential Tips for First-Time PC Builders 1. Test Before You Build 2. Don't Overdo Your Thermal Paste 3. Plan Before You Build 4. Create Good Airflow 5. Skip the Driver Discs 6. Save Your Boxes and Bags! Building a computer is the best way to get the perfect machine for your needs. We've shown you the basic steps before as well as some other tips, but there are certain things most of us learn after screwing up and wasting a lot of time. Here are a few things you can learn from veterans' mistakes. Related The Best PCs You Can Build for $300, $600, and $1200 We've walked you through building your own computer before, but what we didn't do at the time is give you a suggested parts list for that⦠Read⦠How to Build a Computer from Scratch: The Complete Guide Last week, we showed you how to build your own custom PC, from picking the parts, to putting it together and installing your OS. Here's the⦠Read⦠Of course, if you've built one or two computers before, you might still find some nuggets of knowledge in here you hadn't discovered on your own, so check out the video above for a quick overview, and check out the tips below for more details. And don't forget to share your own, too! 1. Test Before You Build Getting a part that's dead on arrival is rare, but it does happenâone look at reviews on Newegg will tell you that. The last thing you want to do is spend a day building your computer only to plug it in and have a DOA motherboard. Thankfully, your motherboard's box makes a perfect test bench: put your motherboard on top of its box, install your CPU, RAM, CPU cooler, and video card (if applicable), plug in your power supply's 24-pin and 8-pin power cables, hook it up to a monitor, and fire it up (which you can do using your motherboard's power button, if it has one or a screwdriver). If you can at least get into the BIOS, you'll at least know nothing's dead. From there, just put your mostly-built motherboard into your case, screw everything in, and hook up your fans, case headers, and other accessories. It won't add very much time to your build, but it'll save you a lot of time if you get a dead component.1 2. Don't Overdo Your Thermal Paste It's a silly little step, but it's something people constantly argue about online: what's the best way to apply thermal paste? I've seen people do some pretty crazy things, like put on a giant blob or spread it around with a credit card, when it really couldn't be simpler. Just put a small, pea-sized dab in the middle (lentil-sized, really), or a thin line about the size of a grain of rice. Then put your heatsink on and start screwing it in. The pressure will spread it out for you. There are always exceptions to this rule, like very high- or low-viscosity pastes (like ones made with actual silver). But for the average paste, the process really is this simple. If ever in doubt, just check the instructions that come with your paste or look at the manufacturer's web site. In fact, their web site should also tell you which method (pea or rice) is best for your specific brand. In the end, your application method shouldn't make a huge difference unless you're using really specialized, expensive thermal pasteâwhich, by the way, probably won't make a huge difference in your temperatures. Just don't use too much and you'll be fine. If you want more information, this article at Tom's Hardware has all you need to know. 3. Plan Before You Build Every build is different, and jumping in too quickly might mean you forget something important and end up having to take it apart and start from scratch. So, take a step back for just a few moments and plan your build out. Does your CPU cooler have a backplate? Attach it to your motherboard before you screw your motherboard into the case. Is your graphics card large? Install your hard drives first, since it'll probably block access to them. Does your power supply hinder access to your motherboard? You'll want to install it afterward, instead of before (though sometimes the reverse is true). It sounds silly, but a little visualization can make things a lot easier and less time consuming. 4. Create Good Airflow Related How to Silence Your Noisy Computer (and Keep It Cool as a Cucumber) So you've got a kickass computer, but the summer heat means a warmer office, which means a hotter computer, which explains why your⦠Read⦠I don't need to tell you that a hot, dusty computer is badâbut a lot of builders don't put too much thought into their fans the first time around. Pay attention to which directions your fans are facing (they should have an arrow on the side that tells you which way it blows air), and try to get the air flowing all in one directionâusually in the front of the case, and out the back. You also probably want more intake fans than exhaust fans to create positive air pressure inside your case. If you have more intake pressure, then any extra air will escape through the nooks and crannies of your case, as opposed to entering through those nooks and crannies (and thus bringing in more dust). Positive air pressure coupled with filters on your intake fans means you'll have much less dust, which means cooler and quieter operation. For more information, check out our complete guide to cooling your computer. 5. Skip the Driver Discs Related Do I Really Need to Update My Drivers? Dear Lifehacker, I recently updated my video drivers and discovered that a lot of my other drivers were out of date. Do I really need to keep them⦠Read⦠Chances are, your motherboard, video card, and other components came with a CD or DVD filled with drivers and other software. Generally, we recommend skipping these. By the time you build your computer, the drivers are probably outdated, and the discs often come with other software that you probably don't want. Instead, visit the manufacturer's web site and download the latest drivers from there. There is one exception to this rule, and that's Ethernet or Wi-Fi drivers. If Windows doesn't have your drivers built-in, you obviously can't access the internet to download the latest ones, so those discs can help you out. Or, you can use another computer to download the drivers to a flash drive and transfer them over. 6. Save Your Boxes and Bags! Lastly, when you're done building, don't throw out those boxes or anti-static bags! They can come in really handy when selling your parts down the line (because yes, you can sell old computer parts!). Plus, I've found that the motherboard box is the perfect place to store all the extra cables, screws, brackets, and other parts that you don't use. Don't throw them away, because you'll probably need them if and when you upgrade down the line. "Learn all you can from the mistakes of others. You won't have time to make them all yourself." ~Alfred Sheinwold
Winston, hopefully you don't mind the transplant of your post over here for consideration by us newbs n would-be builders. WinstonTJ Registered: Jan 2009 Posts: 1983 New Post 11-26-13 07:40 PM "... Buy a new motherboard and two 4x mini-display port or HDMI video cards (8 monitors on the two PCIe x16 high wattage slots). Very few people run as many video cards as traders do. I'd highly recommend running two cards over four. Motherboards have problems with constant dynamic power management. Do you have any Dell Precision Workstations? They specify on the motherboard both PCIe x16/8/1 but ALSO SPECIFY the watts the motherboard is designed to push to that slot. (asking about the Dell products just so you have a visual reference) Even if you are under the wattage and max out the slots it's an issue... if you are under the wattage on some slots but over wattage on others that's bad. Either be at the wattage or below on every slot. I looked up your motherboard's specs (assuming you have the x58 chipset) and they didn't specify and the photos online weren't clear. So really it's just a guess because your mobo and video card manufacturers don't specify these things. On full rack-mount servers we pay very close attention to the wattage allotted to each slot - and don't mess with it - speed and power are important and screwing with anything other than least common denominator is the kiss of death. With GPU onboard the CPU these days we are going smaller, virtual and "headless" (server with no video card at all just a command prompt) to save power and motherboard slots. Spend the coin on a pair of low power, lower resolution (you don't need a fancy gaming card) video cards and get a no-frills ATX server grade motherboard."