Just for a laugh, pop over to Anandtech and look at their AMD article and see if it makes any sense to you.
According to them the Duron as we all know is an Athlon with on-die L2 cache. The amount of L2 cache is still unconfirmed but guaranteed to be less than the Athlon. They provide a nice performance graph with Duron, (incorrectly labelled), Athlon, Celeron & P!!!. The 600Mhz Duron is marginally slower than the Celeron of the same speed but quite a bit slower than a 500Mhz Athlon!
When Intel released the Celeron's with on-die cache they performed close to PII's of the same clock speed due to the cache, although smaller, running at twice the speed. The Duron will have less cache running at twice, or more, the speed of the Athlon's but it also runs at the same FSB speed which the Celeron's don't so I would expect performance to be equal.
Am I gettting things wrong or are Anandtech speaking out of their arses or have AMD done something else to the Duron's to reduce performance in the same way Intel has with the Celeron II's?
According to them the Duron as we all know is an Athlon with on-die L2 cache. The amount of L2 cache is still unconfirmed but guaranteed to be less than the Athlon. They provide a nice performance graph with Duron, (incorrectly labelled), Athlon, Celeron & P!!!. The 600Mhz Duron is marginally slower than the Celeron of the same speed but quite a bit slower than a 500Mhz Athlon!
When Intel released the Celeron's with on-die cache they performed close to PII's of the same clock speed due to the cache, although smaller, running at twice the speed. The Duron will have less cache running at twice, or more, the speed of the Athlon's but it also runs at the same FSB speed which the Celeron's don't so I would expect performance to be equal.
Am I gettting things wrong or are Anandtech speaking out of their arses or have AMD done something else to the Duron's to reduce performance in the same way Intel has with the Celeron II's?
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