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What does "general use" mean, anyway?

In the past, I've often differentiated between home and office computers. Home computers were more geared towards media usage, from consuming web pages to editing photos. They could often cost less because of less emphasis on highest-quality, most reliable components. Office computers were more aimed at office suite productivity. They'd usually cost more because they included higher-quality, more reliable components.

Now, I consider this distinction all but extinct. In my experience, more people are doing productivity work at home (such as in the case of telecommuters), and more office productivity work necessitates working with media. For example, when I was an undergraduate, I produced papers. Now that I'm an instructor, I have my students produce videos to post on YouTube and Facebook. In other words, as the web matures, we're communicating with our friends, family, and business associates/colleagues in many more ways than traditional text. Furthermore, PC hardware is always becoming cheaper (aside from anomalies like the Southeast Asia floods that affected hard drive prices). This means that unless your PC is mission critical and you need enterprise-grade hardware, you can buy high-quality, reliable components for not much more (absolute) cost than bottom-barrel bare adequacy parts.

Make no mistake—the AMD A4-5300 APU is not an enthusiast's chip. However, it is a capable and cheap processor for basic usage desktop computers. Currently priced around $53, the A4-5300 is in competition with Intel's Sandy Bridge-based Celeron CPUs. I've had an Intel G550 system sitting next to an AMD A4-5300 system for the last week in my lab, and it's impossible to tell the difference between them in day-to-day usage. Both offer "good enough" computing for watching YouTube videos, checking Facebook, and making a PowerPoint presentation. Both choke on more advanced tasks like 3D anatomical model rendering. But most people aren't rendering models of skeletons—they're watching YouTube.

Compared to an Intel Sany Bridge Celeron system, an AMD A4-5300 desktop also pulls about the same amount of power under general use. The AMD APU's main advantage is its on-die graphics. You can play less demanding titles like Left 4 Dead at 720p at acceptable frame rates on an AMD APU, whereas you can't on the Intel Celeron. Any software that supports OpenCL acceleration like WinZIP is also noticeably faster on the AMD APU. Adobe's CS 6 now has many features that support OpenCL acceleration, such as certain filters in Photoshop. Whether these advantages are relevant is something you should consider, because the Intel platform has a clear advantage in upgradeability and potential longevity. Intel's LGA 1155 can be upgraded all the way up to Ivy Bridge quad-cores. Though AMD states FM2 will support the next (third) generation APUs, it is highly unlikely that those next-gen chips will approach the CPU prowess of Intel's current mainstream high-end processors.

Budget Trinity desktop computer

If you've read my previous guides you'll know that I am a big fan of both Fractal Design's Core 1000 and NZXT's Source 210 cases in the budget market segment. Both cases are relatively well-built (they lack sharp edges for one plus!), and I think both look nice. The primary difference is that the Source 210 is larger and heavier, with more room for active cooling (you can install more fans). I like it more for budget gaming builds that will produce more heat and are used in settings where noise is usually more tolerable. For office builds, I like the Core 1000 because it is smaller and lighter, so it gets the nod here.

As for the power supply, I strongly recommend using higher-quality units like the SeaSonic SS-300ET listed here. The power supply is arguably the most important component in a computer, if for no other reason than a spectacularly defective unit can destroy the other components! The Antec Earthwatts 380W and NeoEco 400W, as well as Corsair's Builder Series 430W, are also better than average lower-wattage models that frequently go on sale.

We're pairing the the A4-5300 APU with ASRock's FM2A55M-DGS motherboard. It's a no-frills, solid performing, inexpensive microATX board. It lacks niceties like HDMI but has a low price tag. I've used a handful of these in builds now and have been very pleased with the board's layout and that all have been rock solid stable. Trinity APUs benefit from higher-speed DDR3 RAM in certain usage scenarios (namely gaming), so we suggest spending a few dollars more on DDR3-1600 RAM over DDR3-1333 RAM. The specific G.Skill kit listed is a reliable overclocker, too. Of the eight kits I've installed in systems, all reached DDR3-1866 speeds (though two kits required the voltage to be upped to 1.6V to be stable, and as always with overclocking, your mileage may vary).

For storage, making specific recommendations for budget builders is currently quite difficult because of how frequently both HDD and SSD prices are changing. But whether you want an HDD or SSD depends on your usage, not prices. Simply put, if you need more than 64-128GB of local storage, you will need to buy a higher-capacity but much slower-performing HDD. If you will not need much local storage, you can go with a very fast SSD. As for HDDs, keep in mind that any HDD can fail, and brand choice is mostly a matter of personal preference. Watch prices, and pay attention to warranty lengths. For SSDs, Samsung's 830 Series, Crucial's M4 Series, Plextor's M5S Series, and Intel's 330 Series have excellent reputations for reliability in the budget SSD market. I've seen all of these drives in the 60/64GB capacity for $50 recently, so again, keep your eyes on prices and watch for sales.

Regarding the operating system, Windows 7 remains the industry standard. A comparison of Windows 7 with the very recently released Windows 8 is outside the scope of this article, but note that Windows 8 costs a bit less, so if you're looking to shave a few dollars off the cost of your build, you can do so by going with W8 instead of W7. Incidentally, our full Windows 8 writeup is forthcoming, but to say that opinions are split on the OS would be an understatement.

Component Product Price Rebate
Case Fractal Design Core 1000 $40  
PSU SeaSonic SS-300ET 300W $40  
CPU AMD A4-5300 APU $56  
Motherboard ASRock FM2A55M-DGS $50 -$5
RAM G.Skill 4GB DDR3-1600 $25  
HDD Seagate 1TB ST31000524AS $50  
SSD alternate Samsung 830 Series 64GB $50  
Optical drive ASUS 24x DVD burner $17  
Operating system Windows 7 Home Premium 64-bit $92  
  Total cost: $420 $415

Check the next page for our HTPC build.

AMD's Trinity APUs HTPC
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  • mrsmegz - Thursday, November 29, 2012 - link

    Is there any reason to use an A85X chipset other than the extra 16x slot/lanes for Xfire? Reply
  • just4U - Thursday, November 29, 2012 - link

    I would say no until the price comes down... I bought one and regret wasting the extra $60 as it simply wasn't neccessary. I don't even see a reason to pick Trinity for crossfire setups as that should be handled /w their new Piledriver proccessors or a intel offering. Reply
  • lmcd - Friday, November 30, 2012 - link

    Yeah, if you're going to do XF anything it better be dual graphics, or you're wasting your money. Reply
  • Medallish - Thursday, November 29, 2012 - link

    It supports SLI afaik too. Reply
  • ThomasS31 - Thursday, November 29, 2012 - link

    Yes. If you need more that 6 hdd, you need the A85x.
    I personally planning to build a media PC which can contail all my old HDDs with videos. I have 8HDDs... so this is my only choice. :)
    Reply
  • dingetje - Thursday, November 29, 2012 - link

    i would drop the burnarrrr and drop windows (aarrrrr), and add an ssd daaarrrrive Reply
  • Death666Angel - Thursday, November 29, 2012 - link

    I've bought a i7 860 (Socket 1156) and that only lasted for that one generation. I bought a A6-3500 (Socket FM1) and that only lasted one generation. That's the reason I'm not upgrading to IVB, and will only upgrade to Haswell when I know that socket lasts at least another generation. :D

    Good guide, always interesting to see other peoples suggestions for these builds.
    Reply
  • xxtypersxx - Thursday, November 29, 2012 - link

    How were you able to play Amazon HD video? Last time I tried (admittedly a couple months ago) it indicated HD couldn't be played in browsers and required approved devices (eg. Roku 2's). Has this changed or do you have some secret I desperately want to know?

    As others have said, pricing is tough during the holiday season as it fluctuates so much. Your writing however is excellent.
    Reply
  • bill.rookard - Thursday, November 29, 2012 - link

    from someone who was having troubles with it and Win8. So - I took the tower computer, gutted it, dropped it into my HTPC case and did an install of Win7x64. Runs great. Geekbenches at 6100 or so with no clock adjustments which is right around what my Athlon quad-core benched at - at half the power budget.

    More than enough power for HTPC use at a very reasonable power envelope with enough processing power for most anything I'd need to use it for.
    Reply
  • Esben - Thursday, November 29, 2012 - link

    Thanks for an interesting buyers guide, and good choice on components. An important feature for me to note with the ASRock FM2A55M-DGS is the support for 2560x1600 using the DVI-output. None of the Intel boards support dual-link DVI. Only through DisplayPort is this resolution possible. Intel boards with DisplayPort are usually much more expensive than boards with only DVI/HDMI.

    Would it be possible for you to verify if the DVI output of the A55 can also support audio, if used with a DVI->HDMI converter?
    Reply

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