G
grover
If this was a gaming rig and we were running benchmarks and trying to compare, that would be one thing. It's not like we have any control over it in a laptop- you just have to trust that the engineers who designed it put in a mobo with an FSB appropriate for the PC- you're going to get a lot faster bus on an alienware as you will on a $500 dell. But, honestly, FSB speed isn't going to make a difference on anything outside of benchmarks and high-end 3D games.
Got me a 1068MHz overclocked FSB at home :brickwall: And no, it doesn't check email any faster.
I did have one mobo a couple upgrades ago that I'd bought when Socket A first came out and stuck in a cheap chip, then upgraded it after 18 months. Only problem was it was a piddly 100MHz FSB and despite having a great CPU and graphics card, my benchmarks didn't increase as high as they aught to have & were coming in about 30% slower than everyone else who had 133MHz FSBs which became the norm after Intel tweaked their chipset. It does make a difference! But only to applications that actually need that sort of speed and bandwidth. Again, the question becomes "What will this laptop be used for?" I could tell you what just about every tweak in BIOS does, but I can't even tell you what my CPU clock speed is on my Core Duo Laptop because I honestly have never bothered to look; I don't run any appliations on it that come even close to tapping that potential, just AutoCAD, movies and MS Office.
Got me a 1068MHz overclocked FSB at home :brickwall: And no, it doesn't check email any faster.
I did have one mobo a couple upgrades ago that I'd bought when Socket A first came out and stuck in a cheap chip, then upgraded it after 18 months. Only problem was it was a piddly 100MHz FSB and despite having a great CPU and graphics card, my benchmarks didn't increase as high as they aught to have & were coming in about 30% slower than everyone else who had 133MHz FSBs which became the norm after Intel tweaked their chipset. It does make a difference! But only to applications that actually need that sort of speed and bandwidth. Again, the question becomes "What will this laptop be used for?" I could tell you what just about every tweak in BIOS does, but I can't even tell you what my CPU clock speed is on my Core Duo Laptop because I honestly have never bothered to look; I don't run any appliations on it that come even close to tapping that potential, just AutoCAD, movies and MS Office.
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