Sorry to dig up an old thread -- just wanted to share my experience.a31pguy wrote:The CPU has never been an issue - except when it comes to heat - the laptops try to strike a balance between speed, heat, and battery life. While my desktop run at full power and never has any heat issues.
That said - my z60m with a 2mb cache on a pentium M approaches my desktop in terms on playabibility but never matches it. The Pentium 4M suffered the same heat related issues as the Pentium 4A. I think the Core Duo will also suffer the power and heat issues as the Pentium 4-M and Pentium 4D. However, it remains to be seen. Which is why I'm waiting to see the results on heat related failures before I jump to Core Duo.
My primary gaming machine (until this morning
- Athlon 2600XP (2.0GHz)
- 512MB DDR
- Radeon 9600XT / 128MB
- scores ~1970 in 3DMark05.
My new T60:
- Core Duo T2500 (2.0GHz
- 1024MB DDR2
- Radeon X1400 / 128MB
- scores ~2070 in 3DMark05.
The X1400 architecture is nearly identical to the 9600XT (and X600), so the 3DMark scores are no surprise -- it is a _little_ bit faster in the GPU rendering tests, but where the T60 shines is in the CPU rendering tests, where the Core Duo is about 2x faster than the 2600XP.
Now to my point (finally): this has made a huge difference for me in Counter-Strike: Source. On my desktop, in 32-player maps and in firefights (where it counts) my frame rate would drop to ~15FPS, getting me killed. On the T60 it never drops below 45 FPS. The laptop is seriously performing around 3x faster than the desktop.
Why? Half-Life 2's physics engine. I found that my desktop was CPU-limited. Though the 9600XT can push upwards of 120FPS (dependent on settings), the 2600XP (which I don't consider a _slow_ CPU) was maxing and grinding everything to a halt. By contrast, playing on the T60, CS:S uses ~ 50-60% (completely maxes 1 core and uses about 20% of the other core). Just awesome.
Lastly:
CPU temp goes from 41oC (idle) to ~51oC
GPU temp goes from 61oC (idle) to ~72oC
Ambient temp is ~13oC.
EDIT: Corrected utilisation and temps after another "TEST"






