The $1000 Midrange Sandy Bridge Build

Our midrange build doubles the price; if that seems like a hefty price to pay we should note that it can also more than double performance. If all you’re doing is surfing the web, writing emails, and working with spreadsheets, no, you probably don’t need quad-core Sandy Bridge. If you happen to run more processor intensive workloads—or if you’d like to get an SSD into the mix—by all means go for it. Here are the specs of our midrange build.

Midrange Core i5-2500K System
Part Description Price Rebate
Processor Intel Core i5-2500K $216  
Motherboard Biostar TZ68A+ LGA 1155 $118  
Memory Patriot 8GB (2x4GB) PSD38G1600K $83 -$20
Graphics ZOTAC ZT-40408-10P GeForce GTX 460 1GB GDDR5 $150 -$30
Graphics Alternative XFX HD-685X-ZNDC Radeon HD 6850 1GB GDDR5 $180 -$30
Primary Storage OCZ Vertex 2 OCZSSD2-2VTX60G 2.5" 60GB SSD $120  
Secondary Storage Samsung SpinPoint F3 HD103SJ 1TB HDD $60  
Optical LITE-ON iHAS124-04 DVD Burner $25  
Power Supply Antec High Current Gamer Series HCG-400 PSU $55 -$15
Case Cooler Master HAF 912 RC-912-KKN1 $60 -$10
OS Microsoft Windows 7 Home Premium 64-bit $100  
System Total $987 $912

Though the Intel Core i5-2500K is not Intel’s most powerful desktop CPU, it does best AMD’s flagship desktop processor, the Phenom II X6 1100T Black Edition. The Intel chip is not only more capable, but it also uses less power. To be blunt, the Core i5-2500K is mind-bogglingly fast for its cost. In my experience, the Core i5-2500K cuts through genomic datasets like a hot knife through butter, and it noticeably reduced the time it takes me to get answers to my research questions compared to the Phenom II X4 945 (C3) I was using previously. Video encoders and gamers alike will see remarkably improved results versus even the first-gen Core i5-750. Oh, and rare is the Core i5-2500K that can’t overclock to 4.4GHz on air, with the stock cooler.

So why go with the Core i5-2500K instead of the other Core i5 quads? Simple: you aren’t paying much more for the top of the line i5 part. The Core i5-2500K is only $40 more than the least expensive Core i5-2300, and that $40 gives you 300MHz more at stock (500MHz with Turbo Boost) as well as the ability to overclock with the unlocked multiplier. The other Core i5 chips are niche products, like the i5-2405S with its lower TDP and Intel HD 3000 graphics (vs. the Intel HD 2000 graphics on all of the other i5s sans the 2500K), or the i5-2400S, also with a lower 65W TDP. That said, if you have no intention of ever multiplier overclocking, the i5-2500 is essentially the same as the i5-2500K in its specifications (though the non-‘K’ version has Intel HD 2000 graphics instead of the HD 3000 graphics).

As noted earlier, we recommend the Z68 chipset over P67-based motherboards now. The Biostar TZ68A+ offers tremendous value—it has all of the features expected from a Z68 board at a low price. I’ve had excellent first-hand experiences with Biostar’s T-series motherboards going back as far as the AMD Socket 939 days. Compared to other value Z68 boards, it has a three-year warranty (compared to, say, the ASRock Z68 PRO3’s one-year warranty). It also has fewer than normal rear USB 2.0 ports, but I don’t consider this too much of a negative. If two rear USB 2.0, two front USB 2.0, and two rear USB 3.0 ports (which are backward compatible with USB 2.0 devices) are not sufficient for your needs, you might consider spending more money on a more feature-rich board or buying a powered external USB hub.

We’ve upped the RAM to 8GB of DDR3. This is overkill for most users, but during intensive multitasking with demanding applications, the extra RAM can be useful. It might just be unpleasant memories of paying exorbitant sums for a mere 1GB of DDR back in the price fixing days coloring my judgment, but it’s hard to resist buying 8GB of DDR3 for less than $100!

We’ve included a SandForce-based 60GB OCZ Vertex 2 SSD for the OS and a few software titles as well as a fast 1TB mechanical hard drive for mass storage and extensive game libraries. 60GB isn’t particularly spacious, but at this system price point pairing a small SSD with a larger HDD provides a good balance of speed and storage space. (In other words, it’s hard to have both a larger, more expensive SSD and a large HDD without compromising, for example, the GPU.) We discussed which SSD would be best here, and we also eyed the Corsair Force F40 40GB and Kingston V100 64GB. Ultimately, we felt 40GB just wasn’t enough for our purposes, and $20 more could still fit into our budget. The Kingston V100 on the other hand provides an interesting option; it’s the same price initially, but there’s currently a $45 mail-in rebate. Yes, the SF-1200 controllers are faster overall (even with 25nm MLC NAND), but any decent SSD is still a big jump up from the best HDD.

For the video card, we had a bit of a debate on what would be best once again. This time, we decided to go with the green team, as the price difference (after rebate) is a pretty sizeable $30; however, it's such a close call that we're listing the Radeon HD 6850 as an alternative to the NVIDIA GTX 460 1GB, and both lines are packing some serious mail-in rebates right now. The two GPUs perform similarly, and while the Radeon HD 6850 has markedly lower power usage under load, they’re tied for idle power consumption. If you’re looking to buy DiRT 3, it’s probably the better card since you can get a free copy with the 6850 if you act fast. Ultimately, the GTX 460 1GB cards wins out with lower pricing, but note that if you go with the 400W PSU we list below you'll need to buy a Molex-to-PCIe power adapter. (You could save another $10 by going with the GTX 460 1GB SE; we initially had the EVGA card but ultimately felt the extra 17% compute power was worth $10.)

To power everything, the Antec HCG-400 PSU is a very solidly constructed, less powerful version of the 520W we recently reviewed and praised. A 400W PSU is more than sufficient for this system, though I would not plan on adding a second GTX 460 later without a larger PSU! (If that’s your intention, we’d suggest starting with a 620W PSU instead.) If you feel 400W is too small for such a system, one of our editors (Jarred) is running an HD 5870 Toxic with an overclocked Bloomfield CPU and 24GB RAM off of a 450W PSU, and peaking at around 350W power draw from the wall (e.g. well under 300W load at the PSU), with idle power draw of only 170W (<150W from the PSU). This setup will certainly use less power than his system, making the HCG-400 more than sufficient, provided you're not going to add a second GPU or run half a dozen HDDs.

Housing everything is a Cooler Master HAF 912 case. It’s broadly similar to the Antec Three Hundred in that it has mounts for two front 120mm intake fans (and comes with one installed), a rear 120mm exhaust fan (installed), and mounts for a side as well as top fan. Airflow/cooling is excellent, though again like the Antec Three Hundred, it’s not the quietest case. It’s also designed with water-cooling in mind, so if you ever want to water-cool your i5-2500K for aggressive overclocking, that will be straightforward.

All assembled, just under $1000 buys you a very solid all-around desktop computer that’s also able to handle current games at high resolutions and settings without risking a brownout while your air conditioning is on this summer. And if you’re diligent about sending in all those mail-in rebates, you’re looking at $907 for a new PC—including shipping (but not taxes).

Sandy Bridge on a <$500 Budget What Can You Build for $2000?
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  • just4U - Sunday, June 19, 2011 - link

    "Oh, and rare is the Core i5-2500K that can’t overclock to 4.4GHz on air, with the stock cooler."

    -----

    In my experience the stock cooler isn't good enough for overclocking.. I keep my place relatively cool so ambient temperatures are usually lower then most but wow.. On a lark I was doing quick overclocks with the 2500k using the stock cooler and I quickly went past my comfort zone of 60C with a few benchmarks.. (not even the most demanding ones!) After that I scaled back to stock and opted to not OC until I had a aftermarket cooler in there. I really don't think the stock cooler is good enough if you plan to overclock.
  • arorarah - Sunday, June 19, 2011 - link

    Thank you so much just4u. I'll check if the Kingston ram is 1.5V.

    I am getting the i3-2100 and the intel DH67BL motherboard for for $218 in India. Its a good price. However, the intel i3-2105 has not been launched in India as yet.

    I wanted to know if there is any noticeable difference between the HD 2000 and HD 3000 while watching 1080p videos or Transcoding video.

    If there is no noticeable difference then I need not wait for the i3-2105 and can purchase the i3-2100 instead.

    Thanks. I really appreciate your help.
  • just4U - Sunday, June 19, 2011 - link

    It's not as impressive as the HD3000 but.. supposedly it decodes just as well and should offer the same sort of quality for video playback.
  • arorarah - Sunday, June 19, 2011 - link

    Thank you so much just4U. I 'll wait and purchase the i3-2105.
  • just4U - Sunday, June 19, 2011 - link

    I didn't want to sway your choice one way or another but since you've decided... I don't really know why Intel even released the 2000. It's an improvement yes but it's certainly not in a class with the 3000. You'd think (since it outdoes the competition in most respects) they'd have opted out for it being the standard but... no. Had to offer a lesser alternative that's really not much better then the 785 chipset.
  • JarredWalton - Sunday, June 19, 2011 - link

    It's all about market segments -- Intel wants to have things they can point to and say, "See, i5 is better than i3, and i7 is better than i5!" Since CPU performance has mostly leveled off, they start doing things like Hyper-Threading, Turbo Boost, HD2000/3000, and Quick Sync. If you're not going to use Quick Sync and you're just running basic tasks, even the Pentium SNB chips are still plenty fast for basic use.
  • just4U - Sunday, June 19, 2011 - link

    Oh I agree.. but look what their doing.. One of the i5's has the 3000 graphics.. a future i3 many of their mobility products. Granted some of these are their top products for each series but you kind of roll your eyes at it all and explaining it to potentials buyers not in the know is a trial at the best of times.
  • P_Turner - Sunday, June 19, 2011 - link

    Zach,

    As you pointed out, the Sandy Bridge Pentium G620 does not support DDR3-1333 RAM.

    Does that mean that the system wouldn't boot, or just that the memory would run as DDR3-1066?

    Thanks in advance, Paul
  • JarredWalton - Sunday, June 19, 2011 - link

    Nearly all memory (unless it's really bad) will work at lower speeds, often with better timings. So if you get DDR3-1600 CL9, you can usually run that at DDR3-1333 CL8, or DDR3-1066 CL6. The real determiner of speed is often the cycle time, and as you can see below, DDR3-1600 CL9 is actually a faster cycle than DDR3-1066 CL7, meaning it should work at CL7 no problem, and probably even CL6.

    DDR3-1600 CL9 cycle time = 5.625ns
    DDR3-1333 CL8 cycle time = 6.000ns
    DDR3-1066 CL7 cycle time = 6.563ns
    DDR3-1066 CL6 cycle time = 5.625ns
  • P_Turner - Monday, June 20, 2011 - link

    Jarred,

    I wouldn't ordinarily clutter up the comments to say "thank you," but your response goes well beyond the call of duty.

    Now let's hope that next year's Ivy Bridge really is backwards compatible with a Z68 chipset mobo purchased this summer.

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