Page 1:Upgrading? An SSD Might Make Sense
Page 2:System Configurations: PCs From 2005 To 2010
Page 3:Getting Replaced: Several Generations Of Hard Drives
Page 4:Test System Details
Page 5:Benchmark Results: Sequential Read/Write
Page 6:Benchmark Results: Random Read/Write
Page 7:Benchmark Results: PCMark 7 Drive Test
Page 8:Benchmark Results: PCMark 7 System Benchmarks
Page 9:Benchmark Results: Windows Start Up And Power Consumption
System Configurations: PCs From 2005 To 2010
We decided to build a few systems representing hardware from 2005, 2006, 2008, and 2010, which could then be upgraded with an SSD. These systems all started with a conventional hard drive, but for the sake of simplicity and to cut down on install times, we used the same motherboard and chipset for the 2005, 2006, and 2008 systems.
That created one artefact, though. First, the configurations from 2005 and 2006, which centre on Pentium 4 660 and Core 2 Duo E6700 processors, respectively, don't actually use a storage controller from the same era, as the P45/ICH10R combo wasn't available back then. Fortunately, it's completely appropriate for the 2008-era build. But because the ICH10 controller didn't dramatically alter performance or functionality compared to the ICH7 or ICH8, those two configurations shouldn't be affected.
The 2005 PC is based on an old-school Pentium 4 processor. We're using a Pentium 4 660 here, centring on the notorious 90 nm Prescott core, running at 3.6 GHz, and armed with 2 MB L2 cache. It was the first processor to drop into the LGA 775 interface. It was a single-core CPU, but thanks to Intel’s Hyper-Threading feature, it facilitated a pair of logical processors to purportedly improve utilization of available execution resources. Of course, at the time, Hyper-Threading didn't always perform as advertised, as most applications still weren't threaded.
Compared to today’s 3.6 GHz processors, the Pentium 4 is comparatively ancient, and it required a lot more power to operate than one of today’s quad-core models.
This is the only one of our test configurations that we would definitely replace rather than upgrade. But it's still fast enough for Internet use and office productivity tasks. We paired it with 2 GB of DDR2 memory, a GeForce 6800 GT graphics card, and a 300 GB Spinpoint T133 hard drive.
Intel's turnaround started in 2006, and the company reclaimed its performance and efficiency crowns from AMD. Our system build consists of a Core 2 Duo E6800 processor based on the 65 nm Conroe core (Game Over? Core 2 Duo Knocks Out Athlon 64) with 2 GB of DDR2 RAM, an Nvidia GeForce 7800 GTX graphics card (Nvidia's GeForce 7800 GTX 512 New Graphics Champion) and another Spinpoint T133 drive (this time with 400 GB of capacity and slightly improved performance).
The Core 2 generation dropped the mainstream processors’ thermal envelope from 115 W (on the Pentium 4 Prescott) to only 65 W, while simultaneously introducing much better performance per clock and two processor cores. Core 2 also was the first desktop CPU to feature an on-die L2 cache that was shared between the two cores.
In 2008, Intel put a significant emphasis on its Core 2 Quad processors with four processing cores. However, we decided to use a dual-core 45 nm CPU (Wolfdale Shrinks Transistors, Grows Core 2), which, at the time, offered great performance and even better power efficiency. To this platform we added a GeForce 9800 GTX (Nvidia GeForce 9800 GTX Review), 4 GB of DDR2 memory, and a 1 TB Spinpoint F1 drive (Samsung Spinpoint F1 HDDs: New Winners?).
The 2010 PC is based on a 45 nm Lynnfield-based design; specifically, the Core i5-750 (Intel Core i5 And Core i7: Intel’s Mainstream Magnum Opus). This 2.66 GHz quad-core model is no longer the latest and greatest mid-range chip, but it's still representative of last year. At this point, we naturally had to upgrade from the LGA 775 motherboard to an LGA 1156-capable platform. We also installed 8 GB of DDR3 RAM, a GeForce GTX 280 card and a Spinpoint F3R 1 TB drive, which offers more performance than the Spinpoint F1.
- Upgrading? An SSD Might Make Sense
- System Configurations: PCs From 2005 To 2010
- Getting Replaced: Several Generations Of Hard Drives
- Test System Details
- Benchmark Results: Sequential Read/Write
- Benchmark Results: Random Read/Write
- Benchmark Results: PCMark 7 Drive Test
- Benchmark Results: PCMark 7 System Benchmarks
- Benchmark Results: Windows Start Up And Power Consumption