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#1 |
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USA Pride
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I decided to celabrate my 400th PCmech post by compiling a quick reference guide for processors. There is somethimes some confusion as to what processors have what fsb ratings and what uses what multiplier and what has what cache and on and on and on. I hope this will help out. I will be editing this constatly as new CPUs come out. If anyone finds anything I have left out, please let me know about it. Also, for the first little while there will be some things missing just because I have not finished it yet. Let's start with AMD (yes I'm a little biased, LOL).
AMD CHOMPER CORE PROCESSOR: K6-2 CORE: CHOMPER CLOCK RATE: 500 MHz FSB: 100 MHz MULTIPLIER: 5X CACHE: L1 64KB VCORE: 2.2V PROCESS: 0.25 MICRON SOCKET: SUPER SOCKET 7 APPLEBRED CORE PROCESSOR: DURON 1.4 CORE: APPLEBRED CLOCK RATE: 1.4GHz FSB: 266MHz MULTIPLIER: 5.25X CACHE: L1 64KB+64KB/L2 64KB VCORE: 1.5V PROCESS: 0.13 MICRON SOCKET: A PROCESSOR: DURON 1.6 CORE: APPLEBRED CLOCK RATE: 1.6GHz FSB: 266MHz MULTIPLIER: 6X CACHE: L1 64KB+64KB/L2 64KB VCORE: 1.5V PROCESS: 0.13 MICRON SOCKET: A THUNDERBIRD CORE PROCESSOR: ATHLON 1.33 CORE: THUNDERBIRD CLOCK RATE: 1.33GHz FSB: 266MHz MULTIPLIER: 5X CACHE: L1 64KB+64KB/L2 64KB VCORE:1.75V PROCESS: 0.18 MICRON SOCKET: A PALIMINO CORE PROCESSOR: ATHLON MP 1.2 CORE: PALOMINO CLOCK RATE: 1.2GHz FSB: 266MHz MULTIPLIER: 4.5X CACHE: L1 64KB+64KB/L2 64KB VCORE: 1.75 PROCESS: 0.18 MICRON SOCKET: A PROCESSOR: ATHLON XP 1900+ CORE: PALAMINO CLOCK RATE: 1.6GHz FSB:266 MULTIPLIER:6 CACHE: L1 64KB+64KB/L2 256KB VCORE: 1.75 PROCESS: 0.18 MICRON SOCKET: A THOROUGHBRED CORE PROCESSOR: ATHLON XP 1700+ CORE: THOROUGHBRED CLOCK RATE: 1.47GHz FSB: 266MHz MULTIPLIER: 5.5 CACHE: L1 64KB+64KB/L2 256KB VCORE: 1.6V PROCESS: 0.13 MICRON SOCKET: A PROCESSOR: ATHLON XP 1800+ CORE: THOROUGHBRED CLOCK RATE: 1.53GHz FSB: 266MHz MULTIPLIER: 5.75 CACHE: L1 64KB+64KB/L2 256KB VCORE: 1.6V PROCESS: 0.13 SOCKET: A PROCESSOR: ATHLON XP 2000+ CORE: THOROUGHBRED CLOCK RATE: 1.67GHz FSB: 266 MULTIPLIER: N/A CACHE: L1 64KB+64KB/L2 256KB VCORE: 1.6V PROCESS: 0.13 SOCKET: A
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Last edited by QuickSilver; 01-09-2004 at 03:33 PM. |
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#2 |
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Member (9 bit)
Join Date: Nov 2003
Location: Canada ontario
Posts: 342
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i do not think this the best it can be but once you add some intel and more amd cores. It will be a nice little reference for people just about to buy cpus. Kepp up the good work
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#3 |
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USA Pride
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Thanks Undead_Rider. What I have on there is just what I had time to do in about 20 min or so earlier today. It will get more detailed, don't worry.
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#4 |
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Member (9 bit)
Join Date: Nov 2003
Location: Canada ontario
Posts: 342
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well i sure hope you do because im looking forward to it. Good job quick silver
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#5 |
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Shiro Usagi
Premium Member
Join Date: Sep 1999
Location: Kaneohe, Hawaii
Posts: 34,002
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#6 |
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Stereo junkie
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you forgot about the thorton cores
theyre the replacements for the Tbreds and are made on the same line as bartons. they have the full die of a barton, but with 256kb of cache disabled. the rest of the cache can be enabled via the L2 mod and youll have a full barton core processor. thortons are 2000+ through 2600+.
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#7 |
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Member (12 bit)
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Don't ruin his fun Cricket...lol....
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#8 |
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Member
Join Date: Apr 2001
Location: Na Pali Haven
Posts: 2,812
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Good info Tin
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#9 |
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Folding For PCMech
Join Date: Jun 2003
Location: San Dimas, CA
Posts: 3,136
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Maybe a sticky is in order?
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#10 |
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Member
Join Date: Apr 2001
Location: Na Pali Haven
Posts: 2,812
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A sticky to Cricket's link maybe.. that is until this post is fully updated.
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#11 |
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Folding For PCMech
Join Date: Jun 2003
Location: San Dimas, CA
Posts: 3,136
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I agree, that is what I meant to say. For some reason I didn't type it.
I say that a mod should edit out Cricket's post, he get's all the glory .
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#12 |
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Stereo junkie
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heres how you tell the palomino/tbred A/tbred B's apart, this should prove useful for
Just thought I'd show you all how to decipher Athlon XP stepping codes.There are three critical indicators in the OPN.
AX1700DMT3C: Voltage AX1700DMT3C: Maximum temperature AX1700DMT3C: FSB Speed The following codes mean the following: Voltage L: 1.50V U: 1.60V K: 1.65V M: 1.75V All Palominos have default voltage of 1.75V, so all Palominos have voltage code of "M." TBredAs have a default range of 1.5-1.65V. TBredBs have a default range of 1.5V-1.65V. Maximum Temperature T: 90C V: 85C All AMD processors with a rating less than 2200+ have a maximum temperature of 90C, so they're all "Ts." Anything above that has a max temp of 85C, so they're all "Vs." FSB Speed C: 266MHz D: 333MHz Here's how these codes translate in real life with real chips: 1700+ Palominos: If the website you're ordering from shows an order code of AX1700DMT3C, that's a Palomino. TBredA: If the website you're ordering from shows an order code of AXDA1700DLT3C, that's a Thoroughbred A. TBredB: If the website you're ordering from shows an order code of AXDA1700DUT3C/AXDA1700DLT3C, that's a Thoroughbred B. 1800+ Palominos: If the website you're ordering from shows an order code of AX1800DMT3C, that's a Palomino. TBredA: If the website you're ordering from shows an order code of AXDA1800DLT3C, that's a Thoroughbred A. TBredB: If the website you're ordering from shows an order code of AXDA1800DUT3C/AXDA1800DLT3C, that's a Thoroughbred B. 1900+ Palominos: If the website you're ordering from shows an order code of AX1900DMT3C, that's a Palomino. TBredA: If the website you're ordering from shows an order code of AXDA1900DLT3C, that's a Thoroughbred A. TBredB: If the website you're ordering from shows an order code of AXDA1900DUT3C/AXDA1900DLT3C, that's a Thoroughbred B. 2000+ Palominos: If the website you're ordering from shows an order code of AX2000DMT3C, that's a Palomino. TBredA: If the website you're ordering from shows an order code of AXDA2000DKT3C, that's a Thoroughbred A. TBredA/B: If the website you're ordering from shows an order code of AXDA2000DUT3C, that could be either a Thoroughbred A or Thoroughbred B. The only way to distinguish between the two is by the stepping code. All TBredAs have a stepping code which ends in "A," like "AIUGA." All TBredBs have a stepping code which ends in "B," like "AIUGB." P.S. There's two listed TBredA types in the AMD techdoc. One uses 1.6V, the other uses 1.65V. The TBredB is either 1.6V or 1.5V, the 1.5V variations generally being the better overclockers. 2100+ Palominos: If the website you're ordering from shows an order code of AX2100DMT3C, that's a Palomino. TBredA/B: If the website you're ordering from shows an order code of AXDA2000DUT3C, that could be either a Thoroughbred A or Thoroughbred B. All TBredAs have a stepping code which ends in "A," like "AIUGA." All TBredBs have a stepping code which ends in "B," like "AIUGB." 2200+ TBredA: If the website you're ordering from shows an order code of AXDA2200DKV3C, that's a Thoroughbred A. TBredB: If the website you're ordering from shows an order code of AXDA2200DUV3C, that's a Thoroughbred B. 2400+ Sorry, no exciting choices here (yet). They're all TBredBs, and they'll have an order code of AXDA2400DKV3C. Yes, the DKV part is the same as for the 2200+. That's because a TBredA runs at 1.65V (that's what the "K" stands for) at 2200+. A TBredB runs at 1.6V (that's what the "U" stands for) at 2100+ and above. 2600+ These are all TBredBs, too, but just in case "which one I am getting" is getting old, the 2600+ gives you a new, different challenge: What Speed Am I Getting? There are two 2600+s, but they'll run at different speeds. Since the 333MHz bus helps performance, AMD figured that a CPU running at a slightly lower speed and higher bus was the same as a CPU running at a higher speed and a lower bus. The 2600+, 266MHz version, will run at 2133MHz. The 2600+, 333MHz version, will run at 2083MHz. The way you tell these apart by OPN is that the 266MHz processors will always have an OPN that ends in "C," while the 333MHz processors will always have an OPN that ends in "D." I hope this has helped some of you, if there is anything youd like to add, feel free. Last edited by Tin; 01-11-2004 at 10:34 AM. |
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#13 |
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Member (9 bit)
Join Date: Nov 2003
Location: Canada ontario
Posts: 342
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guys your ruining the mans fun. Obviously he wanted it to be stickied then cricket came with that link to all his info and tin just posted a bunch of stuff he was going to before him
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#14 |
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Member (14 bit)
Join Date: Mar 1999
Location: Christmas, Florida
Posts: 10,661
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I think it all should be in a database anyway
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#15 |
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USA Pride
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Actually, I think we should leave Tin's post in here, it's very thorough and has a lot of good info. Thanks Tin!
![]() BTW, I'm not opposed to guys posting more info, the more the better! This thing doesn't need to be all me. |
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#16 |
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Stereo junkie
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hey i wasnt trying to crap on the thread. just wanted to add more info right? and we did want this to be a stciky....thought id try and take it 1 step closer to our goal.
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#17 |
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USA Pride
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Don't worry about it Tin, no big.
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#18 |
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Shiro Usagi
Premium Member
Join Date: Sep 1999
Location: Kaneohe, Hawaii
Posts: 34,002
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Another option would be to contact Drisley and ask him if you could do a CPU Spec Guide and have it put up on the PC Mech web site like the Build Your Own PC Guide. I know he was looking for folks to write articles for PC Mech last year...maybe he still wants contributions. Just an idea you could explore.
Cricket
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#19 |
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USA Pride
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Hey, great idea Cricket, I'll look into that.
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#20 |
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Stereo junkie
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id like to look into that as well. id like write an article about AMD OCing and which parts to buy etc.
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#21 |
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Stereo junkie
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i just broke 2500MHz today everybody
let it run prime95 overnight and all day while i was at work. 218.7 x 11.5 giving me 2515MHz effective
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#22 |
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Member
Join Date: Apr 2001
Location: Na Pali Haven
Posts: 2,812
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Good job Tin, you should definately write that article now.
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#23 |
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Stereo junkie
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im working on the article guys, should be ready within the next week or so.
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#24 |
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USA Pride
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Good deal Tin. I am now working on one as well, which is why I'm gonna let this thread die off. No more updates here. I'll put all the stuff in an article.
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