Page 1:Old Vs. New: Powerful Systems From 2007 And 2010 Compared
Page 2:The 2007 System: Intel P35 Express
Page 3:2007 Components: Core 2 QX6700, GeForce 8800GTS, WD Raptor
Page 4:The 2010 System: Intel P55 Express
Page 5:2010 Components: Core i7-870, Radeon HD 5870, G.Skill Phoenix SSD
Page 6:Test Setup
Page 7:Benchmark Results: Synthetics
Page 8:Benchmark Results: 3DMark And PCMark Vantage
Page 9:Benchmark Results: Gaming
Page 10:Benchmark Results: Applications
Page 11:Benchmark Results: Power Consumption
Page 12:Benchmark Results: Efficiency
2010 Components: Core i7-870, Radeon HD 5870, G.Skill Phoenix SSD
Processor: Intel Core i7-870
The Core i7 processor is available in two forms: employing the LGA 1366 interface with a triple-channel DDR3 memory controller and four or six cores, or on the LGA 1156 interface with a dual-channel DDR3 controller and four cores. The 45 nm processor runs at a nominal 2.93 GHz clock speed, but it has a second-generation Turbo Boost feature. This allows an individual core to accelerate by up to five 133 MHz speed increments (667 MHz) if there is a lightly-threaded workload. Two active cores speed up by a maximmum of four increments, and three or four cores under load can still accelerate by 266 MHz if there's sufficient thermal headroom. Thanks to the Turbo Boost feature, Core i7 employing the LGA 1156 interface is actually equivalent to the higher-end LGA 1366 version in many cases. The latter, however, gets the benefit of being available in six-core configurations, should you require more processing horsepower.
All Core i7-800-series processors have a shared 8 MB L3 cache memory and 256 KB L2 cache per each of the four cores. We paired the i7-870 with two OCZ DDR3-1333 2 GB DIMMs.
Multiple cores can run 266 MHz faster than the 2.93 GHz nominal speed if the TDP allows.
Graphics: Radeon HD 5870 (MSI R5870 Lightning)
We used this graphics card in the article Factory-Overclocked Vs. Reference Graphics. MSI deployed a more powerful twin fan cooler with heat pipes here and runs the card at a slightly higher than nominal clock speed. This comes at a significant price premium, unfortunately, through the result is improved thermal performance. We'd urge caution for those with budget constraints, as the added cost will only yield a few percent more performance, putting you in the price range of a GeForce GTX 480. Still, this is one of the fastest single-GPU graphics solutions available today and a modern equivalent to what the Zotac GeForce 8800 GTS was in 2007.
Storage: G.Skill Phoenix (100 GB SandForce SF-1200 SSD)
Last but not least, there's the hard drive, which we decided to replace with a modern SSD. G.Skill’s Phoenix family is based on the SandForce SF-1200 controller and provides high throughput paired with excellent I/O performance and low power consumption. You have to fork out a good $300 on such a product, but in 2007 you probably did the same for the Western Digital Raptor drive. Our SSD only offers a 100 GB capacity, but anyone who cares about performance will only settle for an SSD as a primary system drive after trying it.
- Old Vs. New: Powerful Systems From 2007 And 2010 Compared
- The 2007 System: Intel P35 Express
- 2007 Components: Core 2 QX6700, GeForce 8800GTS, WD Raptor
- The 2010 System: Intel P55 Express
- 2010 Components: Core i7-870, Radeon HD 5870, G.Skill Phoenix SSD
- Test Setup
- Benchmark Results: Synthetics
- Benchmark Results: 3DMark And PCMark Vantage
- Benchmark Results: Gaming
- Benchmark Results: Applications
- Benchmark Results: Power Consumption
- Benchmark Results: Efficiency