Building an Intel Ivy Bridge Desktop System, Part 2

A few weeks ago, I wrote about buying some of the components that I needed to build a new 22nm Ivy Bridge based desktop system. When I wrote that initial blog post, the actual Ivy Bridge desktop processors were not yet available for sale, but that changed on Sunday, April 29. Luckily, we have a Micro Center in Denver, so I was standing at their front door when they opened at 11AM so I could get my new Intel Core i7-3770K processor for $289.99 (which is $40 lower than the price from NewEgg).  I put that processor in my nearly completed system when I got home, and hit the power button to be rewarded by the deafening sound of silence…  There was an LED lit on the motherboard, but no other sign of life. This meant that the power supply was probably good.

At this point, I was a little annoyed. It was not clear whether I had a bad CPU, and bad motherboard, or simply a loose connection somewhere. I was busy with other things the rest of the day, but I was able to start troubleshooting the problem late last night. I had another system with a Core i7-2600K processor in an ASUS P8Z68-V PRO motherboard available, so I decided to do some component swapping to figure out what the problem might be. First, I decided to take the Ivy Bridge processor and put it in the ASUS P8Z68-V PRO motherboard. This worked, which proved that the new processor was fine. Next, I decided to put the older Core i7-2600K processor in the new ASUS Sabertooth Z77 motherboard. This did not work, which put suspicion on the new motherboard. Next, I decided to yank that motherboard out of the case to possibly return it to Micro Center. As I was removing the case fan for the Corsair H80 water cooler for the CPU, I noticed that one of the connectors from the power supply to the motherboard was loose, which was the real source of the problem (it was covered up by the fan and radiator for the CPU cooler). At this point, I decided to keep on removing the new motherboard, since I wanted to use the older ASUS P8Z68-V PRO motherboard in the new Antec 302 case to see how that would work out.

After this thrashing around, I put together all of the parts in the Antec 302 case, and everything worked as expected when I hit the power button. I got Windows 7 installed and patched, and then ran a few quick benchmarks last night. This little system is extremely fast, even using the Intel HD4000 integrated graphics. It only uses 51 watts at idle, while it has 32GB of RAM and a GeekBench score of 13167.  You can take a look at the various screenshots shown below for some more details.

ZDNet’s Adrian Kingsley-Hughes has a blog post entitled Build your own “Ivy Bridge” desktop PC for another perspective on building a more modest system.

 

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Figure 1: Intel Core i7 3770K processor under load

 

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Figure 2: Intel Core i7 3770K processor at idle

 

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Figure 3: Windows Experience Index Scores for Ivy Bridge desktop system

 

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Figure 4: Mainboard tab from CPU-Z

 

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Figure 5: Memory tab from CPU-Z

 

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Figure 6: SPD tab from CPU-Z

 

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Figure 7: Geekbench 2.3.1 Score for Core i7-3770K System

 

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Figure 8: CrystalDiskMark scores for 180GB Intel 520 SSD

 

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Figure 9: CrystalDiskMark scores for 1.5TB WD Black drive

This entry was posted in Computer Hardware, Intel, Ivy Bridge, Processors and tagged . Bookmark the permalink.

5 Responses to Building an Intel Ivy Bridge Desktop System, Part 2

  1. Prasanta Sharma says:

    Glenn,
    Not to be specific….I was willing to know the estimate $$$ amount you spent for 32 GB RAM and ASUS Sabertooth Z77 motherboard.
    Did you use RAID controller? Was it on board or add on (SAS) ? Are you using the Accelerated Cache that you mentioned at one of your tweet?

    -Prasanta Sharma

  2. Al Fitz says:

    As I am sure you know, the ASUS P8Z68-V PRO motherboard has the Intel Z68 chipset which will not take full advantage of the new features in the Intel Core i7-3770K processor. Did you notice any downsides to this? So did you return the Sabertooth Z77? I am considering buying one; but am a bit concerned the thermal armor would trap dust over time. Thank you for your efforts and for sharing your experience, most appreciated.

    • Glenn Berry says:

      I still have the Sabertooth Z77, I ended up using it with a Core i5-3550K processor for a different machine. The Z68 chipset motherboard worked fine with an Ivy Bridge processor (as long as you have a new enough BIOS). Most of the new features in the Z77 chipset are not super important really. For example, native USB 3.0 support is nice, but the 3rd party USB 3.0 support on a Z68 works well enough. PCI 3.0 is nice, but most current video cards don’t need it. It is more important for RAID controllers in servers.

  3. Hey,

    Thanks for writing this, great article, are you able to post some pics of the h80 in the antec 302?

    Thanks

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