- Brand : AMD
- Product name : Athlon64 3500+ Socket 939 Tray
- Product code : ADA3500DKA4CG
- Category : Processors
- Data-sheet quality : created/standardized by Icecat
- Product views : 13366
- Info modified on : 07 Mar 2024 15:34:52
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Long product name AMD Athlon64 3500+ Socket 939 Tray processor 2.2 GHz 0.512 MB L2
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Athlon64 3500+ Socket 939 Tray
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Short summary description AMD Athlon64 3500+ Socket 939 Tray processor 2.2 GHz 0.512 MB L2
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AMD Athlon64 3500+ Socket 939 Tray, AMD Athlon 64, Socket 939, 90 nm, AMD, 2.2 GHz, 0.512 MB
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Long summary description AMD Athlon64 3500+ Socket 939 Tray processor 2.2 GHz 0.512 MB L2
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AMD Athlon64 3500+ Socket 939 Tray. Processor family: AMD Athlon 64, Processor socket: Socket 939, Processor lithography: 90 nm. L1 cache: 0.125 MB
AMD
Product:
Athlon64 3500+ Socket 939 Tray
Product code:
ADA3500DAA4BW
Stock:
Price from:
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AMD
Product:
Athlon64 3500+ Socket 939 Tray
Product code:
ADA3500DAA4BP
Stock:
Price from:
0(excl. VAT) 0(incl. VAT)
AMD
Product:
Athlon64 3500+ Socket 939 Tray
Product code:
ADA3500BAA4BP
Stock:
Price from:
0(excl. VAT) 0(incl. VAT)
Uk has collected 3 expert reviews for AMD Athlon64 3500+ Socket 939 Tray processor 2.2 GHz 0.512 MB L2 and the average expert rating is 90 of 100. The average score reflects the expert community’s view on this product. Click below and use Uk to see all ratings, product awards and conclusions.
AMD is at it again. With a new season comes a new socket type: AM2. Here at OCC we recently pitted the 4200+ AM2 head to head against its 939 counterpart. This review will be the same, except that we will be pitting the single core 3500+ processors ag...
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sharkyextreme.com
Updated:
2011-07-30 03:46:35
2011-07-30 03:46:35
Average rating:90
AMD made a huge splash with the introduction of their Socket 939 platform, which allowed dual-channel memory performance using standard DDR. Since that fateful announcement, AMD has continued the performance offensive, launching higher-speed Athlon 64...
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When Intel released the first batch of Pentium 4 processors based on their Prescott core, which were built using a .09 micron manufacturing process, analysts found that the CPUs generated more heat and consumed more power than similarly clocked Pentium 4...