Intel's Hyper-Threading simultaneous multi-threading technology doesn’t increase consumption much on its own, but when it increases core utilization through greater parallelism, those cores do use more power. We've seen this in a few benchmarks, and it also shows up in power consumption numbers. There’s no free lunch.

The $600 machine is the true miser, but not because of its 100 W CPU. Rather, the Pitcairn-based R7 265 graphics card appears to be Paul's saving grace based on our load power measurements.

There’s that 80-degree ceiling again. You know it as the temperature where Intel’s Haswell-based cores throttle in a 20° (Celsius) room. But again, I have to point out that this was measured when both the CPU and GPU were fully-loaded, and that I picked a graphics card that vents all of its waste heat (and there's a lot) internally and put it in a case with one exhaust fan.
Then again, the same can be said of Don’s no-so-hot graphics card. Combining a lower overclocked CPU voltage and GPU wattage are a huge benefit to his temperatures under load.
AMD's processor behave a little differently, traditionally running into stability issues when the CPU hits mid-60s. So, Paul's $600 machine probably falls between the other two builds in terms of environmental heat tolerance. This is where I ask Paul to stop his fan and see if the system crashes.
- A SBM Based On Reader Feedback
- How We Tested Our Q2 2014 SBM Builds
- Results: 3DMark And PCMark
- Results: SiSoftware Sandra
- Results: Battlefield 4
- Results: Grid 2
- Results: Arma 3
- Results: Far Cry 3
- Results: Audio And Video Encoding
- Results: Adobe Creative Suite
- Results: Productivity
- Results: File Compression
- Results: Power And Heat
- Results: Overall Performance And Efficiency
- Our System Builder Marathon, By The Numbers
I got my two licenses for like, $20. Though I probably couldn't get any more like that, I don't need any more at the moment, thanks. If you don't want the OS, and you win my PC, just tell me and I'll keep it. Thanks!
Disposition should I be a fortunate winner:
1. Having not messed with a "new" Athlon, I might put a 92mm cooler on it and see what I can get out of it for a week or three. I'd almost certainly contribute a SSD to it, then most likely donate it to a startup I know of that actually is more in need of office-type PCs (but they do play some games).
2. If the motherboard were micro-ATX, I'd probably use most of these parts to upgrade / replace my Phoenix PC, as they represent a platform upgrade. It would be a substantial upgrade to my Omega PC, but I like the idea of maintaining that AM3+ system due to the overall quality of the parts in it. If the Apevia case surprises me due to its quality, I may use it anyway. One way or another, this would lead to another complete system donation though.
3. The parts in this one appear to be of sufficient quality / durability that I would probably end up forsaking the Omega PC for this one. I'd put its 990FX onto my test bench though to keep it around, and donate that one (MSI Z77A-GD65 Gaming) as above.
Id also want system build for NAS and UPS and things. If you want to put your swap file in your memory. Get a UPS and link it so if the power fails you computer will shut down correctly. I wish they would of put that in this article.
Power outage is a b+ch. I have not done this but i wish there would be an article on UPS's that work well and turn off everything orderly.
It would be good if we had load shedding and other particulars to make the reliability higher. Id like a solar system with load shedding
I really wish they make more articles on upgrades or recycling, that would coexist with these new builds. I believe most Tom viewers, correct me if I am wrong, are not new to computers. For instance, I had an aging OC'd i7930 x58 with triple channel memory, the mobo died after many years, but tracking down a x58 board new is impossible today. So I had about $300 at the time to spend on a new CPU/MOBO (Im saving up for X99 btw) and wanted to use my old DDR3 1600 memory, SSD , HD, video card, and case.... Now what would be a good recommendation for that scenario? I went the following specs on my signature... $270 + about $30 shipping to Hawaii... :|