Log in

View Full Version : processor question



TheCreator
April 4th, 2006, 16:37
A mate of mine has a 2.66 ghz celeron d, 533 fsb and 256kb L2 cache. Mine's a 2.4ghz pentium 4 with 533 fsb and 512kb L2 cache. Which would be better, and does the cache make a big difference?

onewecallgod
April 4th, 2006, 21:18
mainly depends on what you're trying to do, but for the most part the extra cache for intel based netburst chips matters a lot. the same isn't true for AMD though.

TheCreator
April 4th, 2006, 23:06
so which would be better for gaming? and what about general use (eg msn, music, surfin the net, word, etc.)

-=VampyR=-
April 4th, 2006, 23:36
so which would be better for gaming? and what about general use (eg msn, music, surfin the net, word, etc.)
Your PC is better for gaming purposes.
Surfin,MSN,Word...even a lame (read low-end :D)PC can do that.

Jale
April 5th, 2006, 06:00
AMD brand for gaming.
Pentium models for media tasks.
Celeron models for basic tasks (surf, MSN, Word, etc).

TheCreator
April 5th, 2006, 09:24
so basically, my p4 despite being 266mhz slower, it holds the advantage. So it should hold the advantage?

onewecallgod
April 5th, 2006, 09:39
yes it would. the biggest thing you'd see a difference in would be encoding

-=VampyR=-
April 5th, 2006, 10:03
266 Mhz is nothing these days.
If you have a powerful video card that really is nothing.
Why are you so worried ? :confused:

TheCreator
April 5th, 2006, 10:45
well, he kept saying his computer was better than mine, the specs are the same but his graphics card is a 9800se, mine's a 9600pro, plus i have a p4 and he has is a celeron. i wanted to see what other people had to say, but he holds a slight advantage in graphics card though. it's no biggie though.

Jale
April 5th, 2006, 15:41
266 Mhz is nothing these days.
If you have a powerful video card that really is nothing.
Why are you so worried ? :confused:
I think he said 266 MHz slower, not that he has 266 MHz.

-=VampyR=-
April 5th, 2006, 18:22
I think he said 266 MHz slower, not that he has 266 MHz.
And that's exactly what I meant.