Benchmark configuration

Here are the specifications for the different test systems. All servers have been flashed to the latest BIOS, and unless we state otherwise the BIOS was set to default settings.

Xeon Server: Supermicro SC818TQ-1000 1U Chassis
2x-4x Intel Xeon E7330 at 2.4GHz
Supermicro X7QCE
16GB (8x2GB) ATP Registered FB-DIMM DDR2-667 CL5 ECC
NIC: Dual Intel PRO/1000 Server NIC
PSU: Supermicro 1000W w/PFC (Model PWS-1K01-1R)

Opteron Server: Supermicro SC828TQ-R1200LPB 2U Chassis
2x-4x AMD Opteron 8356 series at 2.3GHz
Supermicro H8QMi-2+
16GB (8x2GB) ATP Registered DIMM DDR2-667 CL5 ECC
NIC: Dual Intel PRO/1000 Server NIC
PSU: Supermicro 1200W w/PFC (Model PWS-1K22-1R)

Client Configuration: Intel Core 2 Quad Q6600
Foxconn P35AX-S
4GB (2x2GB) Kingston 667MHz DDR2
NIC: Intel Pro/1000

Price Comparisons 24 Cores in Action
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  • JarredWalton - Tuesday, September 23, 2008 - link

    Heh... that's why I love the current IBM commercials.

    "How much will this save us?"
    "It will reduce our power bills by up to 40%."
    "How much did we spend on power?"
    "Millions."
    [Cue happy music....]

    What they neglect to tell you is that in order to achieve the millions of dollars in energy savings, you'll need to spend billions on hardware upgrades first. They also don't tell you whether the new servers are even faster (it's presumed, but that may not be true). Even if your AC costs double the power bills for a server, you're still only looking at something like $800 per year per server, and the server upgrades cost about 20 times as much every three to five years.

    Now, if reduced power requirements on new servers mean you can fit more into your current datacenter, thus avoiding costly expansion or remodeling, that can be a real benefit. There are certainly companies that look at density as the primary consideration. There's a lot more to it than just performance, power, and price. (Support and service comes to mind....)
  • Loknar - Wednesday, September 24, 2008 - link

    Not sure what you mean: "reduced power requirements means you can fit more into your DC". You can fill your slots regardless of power, unless I'm missing something.

    Anyway I agree that power requirement is the last thing we consider when populating our servers. It's good to save the environment, that's all. I don't know about other companies, but for critical servers, we buy the most performing systems, with complete disregard of the price and power consumption; because the cost of DC rental, operation (say, a technician earns more than 2000$ per year, right?) and benefits of performance will outweigh everything. So we're so happy AMD and Intel have such a fruitful competition. (And any respectable IT company is not fooled by IBM's commercial! We only buy OEM (Dell in my case) for their fast 24-hour replacement part service and worry free feeling).
  • JarredWalton - Wednesday, September 24, 2008 - link

    I mean that if your DC has a total power and cooling capacity of say 100,000W, you can "only" fit 2000 500W servers in there, or you could fit 4000 250W servers. If you're renting rack space, this isn't a concern - it's only a concern for the owners of the data center itself.

    I worked at a DC for a while for a huge corporation, and I often laughed (or cried) at some of their decisions. At one point the head IT people put in 20 new servers. Why? Because they wanted to! Two of those went into production after a couple months, and the remainder sat around waiting to be used - plugged in, using power, but doing no actual processing of any data. (They had to use up the budget, naturally. Never mind that the techs working at the DC only got a 3% raise and were earning less than $18 per hour; let's go spend $500K on new servers that we don't need!)

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