- Sep 16, 2001
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I searched for Thorton and got a thread from May. Here is the picture
http://www.hexus.net/
Anybody know any more about it?
http://www.hexus.net/
Anybody know any more about it?
Originally posted by: Pariah
No, but looks like the new Duron.
Originally posted by: jonnyGURU
Originally posted by: Pariah
No, but looks like the new Duron.
No. It's the replacement for the Thoroughbred. AMD doesn't make Thoroughbreds anymore so they're cutting some of the Barton dies out for use as "Thortons" in order to fill 2000+, 2200+ and 2400+ CPU's. They've been out for a month or so, but just recently the press has been deciding to buzz about it and spreading rumors about it being the "next Duron" or "a rival to the Celeron." It's an exact replacement for the Thoroughbred and nothing more. Same 266 MHz FSB, same 256K cache, same voltage.
You can tell the difference between a T-bred and a Thorton two ways:
1. The die size of a Thorton is larger than a T-bred. Same size as the Barton (for obvious reasons).
2. The markings on the OPGA are "AXDC..." instead of "AXDA..."
No, because there are motherboards out there that don't have 333MHz FSB support.Originally posted by: randumb
Originally posted by: jonnyGURU
Originally posted by: Pariah
No, but looks like the new Duron.
No. It's the replacement for the Thoroughbred. AMD doesn't make Thoroughbreds anymore so they're cutting some of the Barton dies out for use as "Thortons" in order to fill 2000+, 2200+ and 2400+ CPU's. They've been out for a month or so, but just recently the press has been deciding to buzz about it and spreading rumors about it being the "next Duron" or "a rival to the Celeron." It's an exact replacement for the Thoroughbred and nothing more. Same 266 MHz FSB, same 256K cache, same voltage.
You can tell the difference between a T-bred and a Thorton two ways:
1. The die size of a Thorton is larger than a T-bred. Same size as the Barton (for obvious reasons).
2. The markings on the OPGA are "AXDC..." instead of "AXDA..."
If Bartons have a 333mhz bus, should'nt Thortons too?
Yeah, but don't they fill the same market niche as Duron did? Barton is their high end line, and Thornton is their value line?Originally posted by: jonnyGURU
Originally posted by: Pariah
No, but looks like the new Duron.
No. It's the replacement for the Thoroughbred. AMD doesn't make Thoroughbreds anymore so they're cutting some of the Barton dies out for use as "Thortons" in order to fill 2000+, 2200+ and 2400+ CPU's. They've been out for a month or so, but just recently the press has been deciding to buzz about it and spreading rumors about it being the "next Duron" or "a rival to the Celeron." It's an exact replacement for the Thoroughbred and nothing more. Same 266 MHz FSB, same 256K cache, same voltage.
You can tell the difference between a T-bred and a Thorton two ways:
1. The die size of a Thorton is larger than a T-bred. Same size as the Barton (for obvious reasons).
2. The markings on the OPGA are "AXDC..." instead of "AXDA..."
Duron appears to still be in production, so it might be premature to say "as Duron did." link Palomino, Thoroughbred, Thornton and Barton are all AthlonXP (or else AthlonMP).Originally posted by: Wingznut
Yeah, but don't they fill the same market niche as Duron did? Barton is their high end line, and Thornton is their value line?Originally posted by: jonnyGURU
Originally posted by: Pariah
No, but looks like the new Duron.
No. It's the replacement for the Thoroughbred. AMD doesn't make Thoroughbreds anymore so they're cutting some of the Barton dies out for use as "Thortons" in order to fill 2000+, 2200+ and 2400+ CPU's. They've been out for a month or so, but just recently the press has been deciding to buzz about it and spreading rumors about it being the "next Duron" or "a rival to the Celeron." It's an exact replacement for the Thoroughbred and nothing more. Same 266 MHz FSB, same 256K cache, same voltage.
You can tell the difference between a T-bred and a Thorton two ways:
1. The die size of a Thorton is larger than a T-bred. Same size as the Barton (for obvious reasons).
2. The markings on the OPGA are "AXDC..." instead of "AXDA..."
I guess the time will come when all of the AthlonXPs are the "value line" while Clawhammer takes over flagship duties on the desktop. Now where is that darned nForce3 review...Originally posted by: Wingznut
If I'm not mistaken... The last flavor of Duron (1.3ghz) came out almost 18 months ago. AMD was manufacturing them at Fab25 in Austin, but it has since been converted to a flash memory fab.
Originally posted by: draggoon01
hmmm, will thortons keep 266 fsb as they scale up? it'd be nice to have something faster than 2600+ (although 2400+ is more easily available) for older mobo.
Originally posted by: mechBgon
Duron appears to still be in production, so it might be premature to say "as Duron did." link Palomino, Thoroughbred, Thornton and Barton are all AthlonXP (or else AthlonMP).Originally posted by: Wingznut
Yeah, but don't they fill the same market niche as Duron did? Barton is their high end line, and Thornton is their value line?Originally posted by: jonnyGURU
Originally posted by: Pariah
No, but looks like the new Duron.
No. It's the replacement for the Thoroughbred. AMD doesn't make Thoroughbreds anymore so they're cutting some of the Barton dies out for use as "Thortons" in order to fill 2000+, 2200+ and 2400+ CPU's. They've been out for a month or so, but just recently the press has been deciding to buzz about it and spreading rumors about it being the "next Duron" or "a rival to the Celeron." It's an exact replacement for the Thoroughbred and nothing more. Same 266 MHz FSB, same 256K cache, same voltage.
You can tell the difference between a T-bred and a Thorton two ways:
1. The die size of a Thorton is larger than a T-bred. Same size as the Barton (for obvious reasons).
2. The markings on the OPGA are "AXDC..." instead of "AXDA..."
Originally posted by: Sid59
lets see if i understand this ..
thorton replaces the thorougbred core, so it can fill the demand for the old speeds. to match the speeds and PR rating, they disable the L2 and lower the fsb. They do this to maintain similar chips without fabbing it all over again.