Introduction, Design, User Interface, Display And Audio Quality
We have a lot of laptop reviews here at PC Perspective. As you’d expect, we generally use the same benchmarks and use the same principles whenever reviewing a laptop.
Yet we’ve never before put all of this down in writing so that our readers could understand exactly what we’re doing. Since this is a new year with new laptops to review, now is a good time introduce new benchmarks and get rid of old ones - which also makes this a good time to share information with our readers.
The first page of any laptop review here at PC Perspective is dominated by some very subjective criteria.
Design comes first, and is also the most subjective. It refers to a laptop’s build quality, general layout and attractiveness. This is where we comment on a laptop’s aesthetics, and it’s also where we comment on a laptop’s perceived durability. We look at details like the display hinges, the chassis, the display lid and overall material quality. An ideal laptop design is attractive to the eye, pleasurable to touch, and feels sturdy in normal use.
AMD Unleashes the 990FX: Paving the way for Bulldozer
Word of the AMD 990FX chipset first came around the end of last year. Speculation was brisk as to what new features it would bring, and when exactly it would help to usher in the age of Bulldozer to the world. Most thought that it would be a shrink of the then current 890FX, and the new SB950 southbridge would have improvements to the SATA 6G controller, as well as a native USB 3.0 implementation. Today we finally get to see the reality of the situation. It is not groundbreaking, nor is it altogether exciting, but it is certainly interesting.
The 990FX and SB950 chips are identical to the previous 890FX and SB850. They are the same silicon. For those hoping for new technology will be disappointed. But all is not lost! AMD did increase the HyperTransport specification from 3.0 to 3.1, which allows the HT bus to run at 6.4 GTPS as compared to the older 5.2 GTPS. This is in place to allow the upcoming Bulldozer chips to run the northbridge portion of the chip up to 3.2 GHz, and to give the CPU more bandwidth between the different busses on the board (eg. SATA, USB 3.0, and PCI-E connections).
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