Asus
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AXP 2700+ (333FSB) VS AXP 2800+ (333FSB) VS AXP 3000+ (333FSB) VS AXP 3000+ (400FSB) VS AXP 3200+ (400FSB)
Benchmarks between the AXP series (333FSB and 400FSB)
70-85C is the limit for the temp on AthlonXP CPUs depending on the core which is why I said 'below 70C'.
Not that the Heatsink/fan holds it just below 70C. lol
My dad's AXP1800+ is sitting around 45C behind a cabinet door with a stock heatsink/fan.
My 2800+ ran about 45-50C with stock heatsink and fan.
There is no reason other than to spend money when buying a aftermarket heatsink/fan if the stock will work efficiently to cool the unit. Why do OCers spend money on a aftermarket heatsink/fan? Because the stock heatsink/fan may not dissipate enough watts with the increased voltage.
Benchmarks between the AXP series (333FSB and 400FSB)
70-85C is the limit for the temp on AthlonXP CPUs depending on the core which is why I said 'below 70C'.
Not that the Heatsink/fan holds it just below 70C. lol
My dad's AXP1800+ is sitting around 45C behind a cabinet door with a stock heatsink/fan.
My 2800+ ran about 45-50C with stock heatsink and fan.
There is no reason other than to spend money when buying a aftermarket heatsink/fan if the stock will work efficiently to cool the unit. Why do OCers spend money on a aftermarket heatsink/fan? Because the stock heatsink/fan may not dissipate enough watts with the increased voltage.