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- Jul 14, 2001
- Location
- Edmonton, Alberta
Like the title says, AMD's Barton processor is still on track and the PR rating is currently still the same.
http://www.theinquirer.net/?article=4403
The Barton CPU is 100% backwards compatible with all T-bred compatible motherboards (Any motherboard that supports 266MHz Bus and 1.5V).
One difference that makes Barton stand out from the T-bred is that Barton runs alot more stable and can clock much higher with simular voltages.
(XP2500+ 2.00GHz 266MHz Bus 1.50V)
(XP2600+ 2.07GHz 266MHz Bus 1.55V)
(XP2700+ 2.13GHz 266MHz Bus 1.60V)
(XP2800+ 2.20GHz 266MHz Bus 1.65V)
The fastest Barton that is currently going around the web is the XP2800+ Barton which operates at 2200MHz on a 266MHz Bus.
According to AMD, the only way to take advantage of the full potential of Barton will be to use the nForce / nForce2 chipsets which feature HyperTransport technology to help reduce the memory bottleneck which plegues all AthlonsXPs from reaching there full potential.
nVidia CEO Jen-Hsun Huang was on a computer talk show and was explaining how AMD's Athlon processor would run up to 20% faster on nForce2 than it would on any other platform when using twin bank DDR400.
AMD says that the Athlon even on the current 266MHz Bus still has alot of potential given that your using twin bank DDR400 memory setup. Hypertransport on Barton CPUs are supposed to show huge leaps in performance over non-hypertransport compatible machines.
Currently nVidia is the only company using hypertransport and although VIA has now issued future support for Hypertransport, its not likely they will make a AthlonXP based chipset on it but rather on K8 CPUs only.
People who are looking into upgrading or purchasing a new computer should note that the nForce2 is supposed to perform up to 20% faster than the KT400, and with simular comparible pricing.
http://www.theinquirer.net/?article=4404
It looks like AMD will be getting the help it needs to get it through the year till Clawhammer gets announced.
BTW, for those of you who are wondering, the GPU in the nForce2 (optional) is not an MX420 or even MX440 for that matter, its actually kinda in between and will operate along side the Bus speed. With 1/4 1/5 and 1/6 divider, the GPU will operate at 266MHz, but I feel most nForce2 users will use the sweet 1:1 divider which means that the specifications never go out no matter what FSB you use Using Twin Bank DDR400, your nForce2 GPU will have access to up to 128MB of 6.4GB/s memory bandwidth, which is pretty impressive. In English, thats the defualt memory speed of a GeForce3 Ti 200.
EDIT!: The Barton CPU has 128KB of L1 Cache and 512KB of L2 cache. The larger core size that Barton has over the T-bred will help deliver heat more effeciently to the heatsink giving the Barton CPU the overclocking edge. Barton Core also has heatspreader around the L2 cache for anyone wondering about what AMD did with that little extra bit of space.
DS-Master
http://www.theinquirer.net/?article=4403
The Barton CPU is 100% backwards compatible with all T-bred compatible motherboards (Any motherboard that supports 266MHz Bus and 1.5V).
One difference that makes Barton stand out from the T-bred is that Barton runs alot more stable and can clock much higher with simular voltages.
(XP2500+ 2.00GHz 266MHz Bus 1.50V)
(XP2600+ 2.07GHz 266MHz Bus 1.55V)
(XP2700+ 2.13GHz 266MHz Bus 1.60V)
(XP2800+ 2.20GHz 266MHz Bus 1.65V)
The fastest Barton that is currently going around the web is the XP2800+ Barton which operates at 2200MHz on a 266MHz Bus.
According to AMD, the only way to take advantage of the full potential of Barton will be to use the nForce / nForce2 chipsets which feature HyperTransport technology to help reduce the memory bottleneck which plegues all AthlonsXPs from reaching there full potential.
nVidia CEO Jen-Hsun Huang was on a computer talk show and was explaining how AMD's Athlon processor would run up to 20% faster on nForce2 than it would on any other platform when using twin bank DDR400.
AMD says that the Athlon even on the current 266MHz Bus still has alot of potential given that your using twin bank DDR400 memory setup. Hypertransport on Barton CPUs are supposed to show huge leaps in performance over non-hypertransport compatible machines.
Currently nVidia is the only company using hypertransport and although VIA has now issued future support for Hypertransport, its not likely they will make a AthlonXP based chipset on it but rather on K8 CPUs only.
People who are looking into upgrading or purchasing a new computer should note that the nForce2 is supposed to perform up to 20% faster than the KT400, and with simular comparible pricing.
http://www.theinquirer.net/?article=4404
It looks like AMD will be getting the help it needs to get it through the year till Clawhammer gets announced.
BTW, for those of you who are wondering, the GPU in the nForce2 (optional) is not an MX420 or even MX440 for that matter, its actually kinda in between and will operate along side the Bus speed. With 1/4 1/5 and 1/6 divider, the GPU will operate at 266MHz, but I feel most nForce2 users will use the sweet 1:1 divider which means that the specifications never go out no matter what FSB you use Using Twin Bank DDR400, your nForce2 GPU will have access to up to 128MB of 6.4GB/s memory bandwidth, which is pretty impressive. In English, thats the defualt memory speed of a GeForce3 Ti 200.
EDIT!: The Barton CPU has 128KB of L1 Cache and 512KB of L2 cache. The larger core size that Barton has over the T-bred will help deliver heat more effeciently to the heatsink giving the Barton CPU the overclocking edge. Barton Core also has heatspreader around the L2 cache for anyone wondering about what AMD did with that little extra bit of space.
DS-Master
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