笔记本CPU参数大全 zt
(%$$#^47867*&%2)我型我塑www.5x54.com 型号 制程 L2 主频 FSB 核心 虚拟化|超线程|节电|64位|防病毒
(%$$#^47867*&%2)我型我塑www.5x54.com T7600 65nm 4MB 2.33 667 2 Yes NO Yes Yes Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T7400 65nm 4MB 2.16 667 2 Yes NO Yes Yes Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T7200 65nm 4MB 2.00 667 2 Yes NO Yes Yes Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T5600 65nm 2MB 1.83 667 2 Yes NO Yes Yes Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T5500 65nm 2MB 1.66 667 2 NO NO Yes Yes Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T5300 65nm 2MB 1.73 533 2 NO NO Yes Yes Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T5200 65nm 2MB 1.60 533 2 NO NO Yes Yes Yes
(%$$#^47867*&%2)我型我塑www.5x54.com L7400 65nm 4MB 1.50 667 2 Yes NO Yes Yes Yes
(%$$#^47867*&%2)我型我塑www.5x54.com L7200 65nm 4MB 1.33 667 2 Yes NO Yes Yes Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T2700 65nm 2MB 2.33 667 2 Yes NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T2600 65nm 2MB 2.16 667 2 Yes NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T2500 65nm 2MB 2.00 667 2 Yes NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T2450 65nm 2MB 2.00 533 2 Yes NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T2400 65nm 2MB 1.83 667 2 Yes NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T2350 65nm 2MB 1.86 533 2 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T2300 65nm 2MB 1.66 667 2 Yes NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T2300E 65nm 2MB 1.66 667 2 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T2250 65nm 2MB 1.73 533 2 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com L2500 65nm 2MB 1.83 667 2 Yes NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com L2400 65nm 2MB 1.66 667 2 Yes NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T2350 65nm 2MB 1.86 533 2 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T2050 65nm 2MB 1.60 533 2 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com L2300 65nm 2MB 1.50 667 2 Yes NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com U2400 65nm 2MB 1.06 533 2 Yes NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com U2500 65nm 2MB 1.20 533 2 Yes NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com Intel奔腾CPU
(%$$#^47867*&%2)我型我塑www.5x54.com 型号 制程 L2 主频 FSB 核心 虚拟化|超线程|节电|64位|防病毒
(%$$#^47867*&%2)我型我塑www.5x54.com T2130 65nm 1MB 1.8 533 2 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T2080 65nm 1MB 1.73 533 2 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T2060 65nm 1MB 1.60 533 2 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T1400 65nm 2MB 1.83 667 1 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T1350 65nm 2MB 1.86 533 1 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com T1300 65nm 2MB 1.66 667 1 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com U1500 65nm 2MB 1.33 533 1 Yes NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com U1400 65nm 2MB 1.20 533 1 Yes NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com U1300 65nm 2MB 1.06 533 1 Yes NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com PM780 90nm 2MB 2.26 533 1 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com PM770 90nm 2MB 2.13 533 1 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com PM765 90nm 2MB 2.10 400 1 NO NO Yes NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com PM760 90nm 2MB 2.00 533 1 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com PM755 90nm 2MB 2.00 400 1 NO NO Yes NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com PM750 90nm 2MB 1.86 533 1 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com PM745A 90nm 2MB 1.80 400 1 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com PM745 90nm 2MB 1.80 400 1 NO NO Yes NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com PM740 90nm 2MB 1.73 533 1 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com PM735A 90nm 2MB 1.70 400 1 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com PM735 90nm 2MB 1.70 400 1 NO NO Yes NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com PM730 90nm 2MB 1.60 533 1 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com PM725A 90nm 2MB 1.60 400 1 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com PM725 90nm 2MB 1.60 400 1 NO NO Yes NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com PM715 90nm 2MB 1.50 400 1 NO NO Yes NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com PM710 90nm 2MB 1.40 400 1 NO NO Yes NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com PM705 130nm 1MB 1.50 400 1 NO NO Yes NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com PM778 90nm 2MB 1.60 400 1 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com PM758 90nm 2MB 1.50 400 1 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com PM738 90nm 2MB 1.40 400 1 NO NO Yes NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com PM718 130nm 1MB 1.30 400 1 NO NO Yes NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com PM753 90nm 2MB 1.20 400 1 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com PM733J 90nm 2MB 1.10 400 1 NO NO Yes NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com PM733 90nm 2MB 1.10 400 1 NO NO Yes NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com PM723 90nm 2MB 1.00 400 1 NO NO Yes NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com PM713 130nm 1MB 1.10 400 1 NO NO Yes NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com 型号 制程 L2 主频 FSB 核心 虚拟化|超线程|节电|64位|防病毒
(%$$#^47867*&%2)我型我塑www.5x54.com CM520 65nm 1MB 1.60 533 1 NO NO NO Yes Yes
(%$$#^47867*&%2)我型我塑www.5x54.com CM450 65nm 1MB 2.00 533 1 NO NO NO NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com CM440 65nm 1MB 1.86 533 1 NO NO NO NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com CM430 65nm 1MB 1.73 533 1 NO NO NO NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com CM420 65nm 1MB 1.60 533 1 NO NO NO NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com CM410 65nm 1MB 1.46 533 1 NO NO NO NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com CM390 90nm 1MB 1.70 400 1 NO NO NO NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com CM380 90nm 1MB 1.60 400 1 NO NO NO NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com CM370 90nm 1MB 1.50 400 1 NO NO NO NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com CM360J 90nm 1MB 1.40 400 1 NO NO NO NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com CM360 90nm 1MB 1.40 400 1 NO NO NO NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com CM350J 90nm 1MB 1.30 400 1 NO NO NO NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com CM350 90nm 1MB 1.30 400 1 NO NO NO NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com CM340 130nm 512KB 1.50 400 1 NO NO NO NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com CM330 130nm 512KB 1.40 400 1 NO NO NO NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com CM320 130nm 512KB 1.30 400 1 NO NO NO NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com CM310 130nm 512KB 1.20 400 1 NO NO NO NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com CM443 65nm 1MB 1.20 533 1 NO NO NO NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com CM423 65nm 1MB 1.06 533 1 NO NO NO NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com CM383 90nm 1MB 1.00 400 1 NO NO NO NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com CM373 90nm 512KB 1.00 400 1 NO NO NO NO Yes
(%$$#^47867*&%2)我型我塑www.5x54.com CM353 90nm 512KB 0.90 400 1 NO NO NO NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com CM333 130nm 12KB 0.90 400 1 NO NO NO NO NO
(%$$#^47867*&%2)我型我塑www.5x54.com
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(%$$#^47867*&%2)我型我塑www.5x54.com AMD Turion 64 X2 TL炫龙64位双核CPU-均支持DDR2内存
(%$$#^47867*&%2)我型我塑www.5x54.com 型号 制程 L1 L2 主频 FSB 核心 功耗
(%$$#^47867*&%2)我型我塑www.5x54.com TL50 90nm 128KB*2 256KB*2 1.6G 800MHz 2 31W
(%$$#^47867*&%2)我型我塑www.5x54.com TL52 90nm 128KB*2 512KB*2 1.6G 800MHz 2 31W
(%$$#^47867*&%2)我型我塑www.5x54.com TL56 90nm 128KB*2 512KB*2 1.8G 800MHz 2 33W(31W)
(%$$#^47867*&%2)我型我塑www.5x54.com TL60 90nm 128KB*2 512KB*2 2.0G 800MHz 2 35W(31W)
(%$$#^47867*&%2)我型我塑www.5x54.com TL64 90nm 128KB*2 512KB*2 2.2G 800MHz 2 35W
(%$$#^47867*&%2)我型我塑www.5x54.com TL66 90nm 128KB*2 512KB*2 2.3G 800MHz 2 35W
(%$$#^47867*&%2)我型我塑www.5x54.com
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(%$$#^47867*&%2)我型我塑www.5x54.com AMD Turion 64 MK炫龙64位单核CPU-均支持DDR2内存
(%$$#^47867*&%2)我型我塑www.5x54.com 型号 制程 L1 L2 主频 FSB 核心 功耗
(%$$#^47867*&%2)我型我塑www.5x54.com MK-36 90nm 128KB 512KB 2.0G 800MHz 1 31W
(%$$#^47867*&%2)我型我塑www.5x54.com MK-37 90nm 128KB 1MB 2.0G 800MHz 1 31W
(%$$#^47867*&%2)我型我塑www.5x54.com MK-38 90nm 128KB 512KB 2.2G 800MHz 1 31W
(%$$#^47867*&%2)我型我塑www.5x54.com -----------------------------------------------------------
(%$$#^47867*&%2)我型我塑www.5x54.com AMD Turion 64 MT炫龙64位单核CPU-支持DDR内存
(%$$#^47867*&%2)我型我塑www.5x54.com 型号 制程 L1 L2 主频 FSB 核心 功耗
(%$$#^47867*&%2)我型我塑www.5x54.com MT-28 90nm 128KB 512KB 1.6G 800MHz 1 25W
(%$$#^47867*&%2)我型我塑www.5x54.com MT-30 90nm 128KB 1MB 1.6G 800MHz 1 25W
(%$$#^47867*&%2)我型我塑www.5x54.com MT-32 90nm 128KB 512KB 1.8G 800MHz 1 25W
(%$$#^47867*&%2)我型我塑www.5x54.com MT-34 90nm 128KB 1MB 1.8G 800MHz 1 25W
(%$$#^47867*&%2)我型我塑www.5x54.com MT-37 90nm 128KB 1MB 2.0G 800MHz 1 25W
(%$$#^47867*&%2)我型我塑www.5x54.com MT-40 90nm 128KB 1MB 2.2G 800MHz 1 25W
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(%$$#^47867*&%2)我型我塑www.5x54.com AMD Mobile Athlon 64 X2 移动式双核速龙64位CPU-支持DDR-2 800内存
(%$$#^47867*&%2)我型我塑www.5x54.com 型号 制程 L1 L2 主频 FSB 核心 功耗
(%$$#^47867*&%2)我型我塑www.5x54.com TK-53 65nm 128KB 256KB*2 1.7G 800MHz 2 31W
(%$$#^47867*&%2)我型我塑www.5x54.com TK-55 65nm 128KB 256KB*2 1.8G 800MHz 2 31W
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com CPU参数大全
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com 1 AMD系列:
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(%$$#^47867*&%2)我型我塑www.5x54.com 规格 核心代号 制造工艺 主频 外频 倍频 前端总线(fhao) 二级缓存(l2) 电压
(%$$#^47867*&%2)我型我塑www.5x54.com duron1.4g appelbred 0.13 1.4g 133m 10.5 266m 64k 1.5v
(%$$#^47867*&%2)我型我塑www.5x54.com duron1.6g appelbred 0.13 1.6g 133m 12 266m 64k 1.5v
(%$$#^47867*&%2)我型我塑www.5x54.com duron1.8g appelbred 0.13 1.8g 133m 13.5 266m 64k 1.5v
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com 这是amd2003年中推出的新毒龙系列处理器(%$$#^47867*&%2)我型我塑www.5x54.com,跟以前的老毒龙比(%$$#^47867*&%2)我型我塑www.5x54.com,规格变化不大(%$$#^47867*&%2)我型我塑www.5x54.com,l2都是64k(%$$#^47867*&%2)我型我塑www.5x54.com,区别主要是前端总线从200mhz提升到266mhz!工 艺从0.18微米换成0.13微米(%$$#^47867*&%2)我型我塑www.5x54.com,总体性能提升不少!这系列的价钱十分便宜(%$$#^47867*&%2)我型我塑www.5x54.com,但性能不会比celeron系列差!加上超频性能强劲、功耗低、而且 还有可能改造成athlom xp的特点(%$$#^47867*&%2)我型我塑www.5x54.com,绝对是低端的超值首选!
(%$$#^47867*&%2)我型我塑www.5x54.com -------------------------------------------------------------------------------------------------
(%$$#^47867*&%2)我型我塑www.5x54.com 规格 核心代号 制造工艺 主频 外频 倍频 前端总线(fhao) 二级缓存(l2) 电压
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp1500+ palomino 0.18 1.33g 133m 10 266m 256k 1.75v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp1700+ palomino 0.18 1.4g 133m 10.5 266m 256k 1.75v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp1700+ palomino 0.18 1.47g 133m 11 266m 256k 1.75v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp1800+ palomino 0.18 1.53g 133m 11.5 266m 256k 1.75v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp1900+ palomino 0.18 1.6g 133m 12 266m 256k 1.75v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp2000+ palomino 0.18 1.67g 133m 12.5 266m 256k 1.75v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp2100+ palomino 0.18 1.73g 133m 13 266m 256k 1.75v
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com 老核心的athlom xp(%$$#^47867*&%2)我型我塑www.5x54.com,超频性能一般(%$$#^47867*&%2)我型我塑www.5x54.com,而且基本是锁了倍频的(%$$#^47867*&%2)我型我塑www.5x54.com,超频难道更大!加上是0.18微米的工艺(%$$#^47867*&%2)我型我塑www.5x54.com,发热量也大一点。现在基本上已经被 淘汰了!市面上比较难找到了!
(%$$#^47867*&%2)我型我塑www.5x54.com
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(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com 规格 核心代号 制造工艺 主频 外频 倍频 前端总线(fhao) 二级缓存(l2) 电压
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp1700+ tb-ao 0.13 1.47g 133m 11 266m 256k 1.5v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp1800+ tb-ao 0.13 1.53g 133m 11.5 266m 256k 1.5v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp1900+ tb-ao 0.13 1.6g 133m 12 266m 256k 1.5v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp2000+ tb-ao 0.13 1.67g 133m 12.5 266m 256k 1.6/1.65v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp2100+ tb-ao 0.13 1.73g 133m 13 266m 256k 1.6v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp2200+ tb-ao 0.13 1.8g 133m 13.5 266m 256k 1.65v
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com thoroughbred-ao(简称tb-ao)核心的athlom xp采用0.13微米的制造工艺(%$$#^47867*&%2)我型我塑www.5x54.com,性能不错(%$$#^47867*&%2)我型我塑www.5x54.com,价格也便宜(%$$#^47867*&%2)我型我塑www.5x54.com,不过倍频依然是琐了(%$$#^47867*&%2)我型我塑www.5x54.com,超频能力一般(%$$#^47867*&%2)我型我塑www.5x54.com,是 amd的过度产品(%$$#^47867*&%2)我型我塑www.5x54.com,现在也基本被淘汰了(%$$#^47867*&%2)我型我塑www.5x54.com,让tb-bo核心的athlom xp完全代替了!
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(%$$#^47867*&%2)我型我塑www.5x54.com 规格 核心代号 制造工艺 主频 外频 倍频 前端总线(fhao) 二级缓存(l2) 电压
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp1700+ tb-bo 0.13 1.47g 133m 11 266m 256k 1.5v/1.6v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp1800+ tb-bo 0.13 1.53g 133m 11.5 266m 256k 1.5v/1.6v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp2000+ tb-bo 0.13 1.67g 133m 12.5 266m 256k 1.6v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp2100+ tb-bo 0.13 1.73g 133m 13 266m 256k 1.6v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp2200+ tb-bo 0.13 1.8g 133m 13.5 266m 256k 1.6v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp2400+ tb-bo 0.13 2.0g 133m 15 266m 256k 1.65v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp2600+ tb-bo 0.13 2.13g 133m 16 266m 256k 1.65v
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp2600+ tb-bo 0.13 2.08g 166m 12.5 333m 256k 1.65v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp2700+ tb-bo 0.13 2.16g 166m 13 333m 256k 1.65v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp2800+ tb-bo 0.13 2.26g 166m 13.5 333m 256k 1.65v
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com thoroughbred-bo(tb-bo)核心的athlom xp(%$$#^47867*&%2)我型我塑www.5x54.com,0.13工艺(%$$#^47867*&%2)我型我塑www.5x54.com,核心面积从tb-ao的80平方毫米增大到84平方毫米!性能强劲(%$$#^47867*&%2)我型我塑www.5x54.com,性能跟p4 a/b系列 的 处理器的性能处于同一水平(%$$#^47867*&%2)我型我塑www.5x54.com,功耗也跟p4 a/b系列差不多(%$$#^47867*&%2)我型我塑www.5x54.com,但价格相对p4 a/b系列来说(%$$#^47867*&%2)我型我塑www.5x54.com,是超级便宜(%$$#^47867*&%2)我型我塑www.5x54.com,性价比奇高!而且大部分都是不锁倍频 的(%$$#^47867*&%2)我型我塑www.5x54.com,超频能力惊人(%$$#^47867*&%2)我型我塑www.5x54.com,尤其是低频版本。如此低廉的价格加上不错的性能、出色的超频能力(%$$#^47867*&%2)我型我塑www.5x54.com,绝对是少花钱(%$$#^47867*&%2)我型我塑www.5x54.com,多办事的超值选择(%$$#^47867*&%2)我型我塑www.5x54.com,如果你对处理 器没有品牌的成见(%$$#^47867*&%2)我型我塑www.5x54.com,该系列会是一个相当理想的选择!
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(%$$#^47867*&%2)我型我塑www.5x54.com 规格 核心代号 制造工艺 主频 外频 倍频 前端总线(fhao) 二级缓存(l2) 电压
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp2500+ barton 0.13 1.83g 166m 11 333m 512k 1.65v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp2800+ barton 0.13 2.08g 166m 12.5 333m 512k 1.65v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp3000+ barton 0.13 2.17g 166m 13 333m 512k 1.65v
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp3000+ barton 0.13 2.1g 200m 10.5 400m 512k 1.65v
(%$$#^47867*&%2)我型我塑www.5x54.com athlom xp3200+ barton 0.13 2.2g 200m 11 400m 512k 1.65v
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com barton核心的athlom xp是现阶段amd的主流和高端(%$$#^47867*&%2)我型我塑www.5x54.com,跟tb-bo最大的不同就是l2容量增大一倍(%$$#^47867*&%2)我型我塑www.5x54.com,l2提高到512k(%$$#^47867*&%2)我型我塑www.5x54.com,前端总线也由266mhz提高到 333mhz和400mhz(%$$#^47867*&%2)我型我塑www.5x54.com,这些都大大提高了该系列的性能。该系列还是保持着amd一贯的高性价比(%$$#^47867*&%2)我型我塑www.5x54.com,是现在高性价比产品之一。功耗比tb-bo核心的 athlom xp稍高(%$$#^47867*&%2)我型我塑www.5x54.com,不过比p4 c系列的低不少!超频性能虽然比不上tb-bo核心(%$$#^47867*&%2)我型我塑www.5x54.com,不过低频率的2500+一般轻易上到3200+!如果后期工艺更成熟的 话(%$$#^47867*&%2)我型我塑www.5x54.com,超频性还会有进一步的提高!该系列让人满意的高性能、高性价比(尤其是2500+)(%$$#^47867*&%2)我型我塑www.5x54.com,将是中高端最值得推荐的处理器之一
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com 2 Intel系列:
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(%$$#^47867*&%2)我型我塑www.5x54.com 规格 核心代号 制造工艺 主频 外频 倍频 前端总线(fhao) 二级缓存(l2) 电压
(%$$#^47867*&%2)我型我塑www.5x54.com celeron1.7g willamette-128 0.18 1.7g 100m 17 400m 128k 1.75v
(%$$#^47867*&%2)我型我塑www.5x54.com celeron1.8g willamette-128 0.18 1.8g 100m 18 400m 128k 1.75v
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com celeron2.0g northwood-128 0.13 2.0g 100m 20 400m 128k 1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com celeron2.1g northwood-128 0.13 2.1g 100m 21 400m 128k 1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com celeron2.2g northwood-128 0.13 2.2g 100m 22 400m 128k 1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com celeron2.4g northwood-128 0.13 2.4g 100m 24 400m 128k 1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com celeron2.6g northwood-128 0.13 2.6g 100m 26 400m 128k 1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com 该系列处理器是属于intel的低端主打部分(%$$#^47867*&%2)我型我塑www.5x54.com,是在p4架构下(%$$#^47867*&%2)我型我塑www.5x54.com,把l2缩减到只有128k(%$$#^47867*&%2)我型我塑www.5x54.com,因此性能远落后于同频率的p4系列(%$$#^47867*&%2)我型我塑www.5x54.com,有些还甚至不如以前 超频后的图拉丁celeron。功耗跟p4 a/b系列差不多。northwood-128核心低频的处理器超频性能还可以(%$$#^47867*&%2)我型我塑www.5x54.com,不过intel的都是锁了倍频的(%$$#^47867*&%2)我型我塑www.5x54.com,超频 起来就很不方便了!这个系列只有128k的l2(%$$#^47867*&%2)我型我塑www.5x54.com,性能平平(%$$#^47867*&%2)我型我塑www.5x54.com,但作为intel低端产品(%$$#^47867*&%2)我型我塑www.5x54.com,相对p4来说(%$$#^47867*&%2)我型我塑www.5x54.com,售假还是比较低廉的(%$$#^47867*&%2)我型我塑www.5x54.com,是喜好intel处理器的低 端用户的理想选择(%$$#^47867*&%2)我型我塑www.5x54.com,但性能一般(%$$#^47867*&%2)我型我塑www.5x54.com,即使超频后也没什么惊人的表现!
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(%$$#^47867*&%2)我型我塑www.5x54.com 规格 核心代号 制造工艺 主频 外频 倍频 前端总线(fhao) 二级缓存(l2) 电压
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 1.4g willamette 0.18 1.4g 100m 14 400m 256k 1.75v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 1.5g willamette 0.18 1.5g 100m 15 400m 256k 1.75v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 1.6g willamette 0.18 1.6g 100m 16 400m 256k 1.75v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 1.7g willamette 0.18 1.7g 100m 17 400m 256k 1.75v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 1.8g willamette 0.18 1.8g 100m 18 400m 256k 1.75v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 1.9g willamette 0.18 1.9g 100m 19 400m 256k 1.75v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 2.0g willamette 0.18 2.0g 100m 20 400m 256k 1.75v
(%$$#^47867*&%2)我型我塑www.5x54.com 该核心的p4是最早的一批p4处理器(%$$#^47867*&%2)我型我塑www.5x54.com,0.18的制造工艺(%$$#^47867*&%2)我型我塑www.5x54.com,只有256k的l2(%$$#^47867*&%2)我型我塑www.5x54.com,性能一般(%$$#^47867*&%2)我型我塑www.5x54.com,现在基本上给淘汰了!
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(%$$#^47867*&%2)我型我塑www.5x54.com 规格 核心代号 制造工艺 主频 外频 倍频 前端总线(fhao) 二级缓存(l2) 电压
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 1.6a northwood 0.13 1.6g 100m 16 400m 512k 1.5v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 1.8a northwood 0.13 1.8g 100m 18 400m 512k 1.5v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 2.0a northwood 0.13 2.0g 100m 20 400m 512k 1.5v/1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 2.2a northwood 0.13 2.2g 100m 22 400m 512k 1.5v/1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 2.4a northwood 0.13 2.4g 100m 24 400m 512k 1.5v/1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 2.5a northwood 0.13 2.5g 100m 25 400m 512k 1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 2.6a northwood 0.13 2.6g 100m 26 400m 512k 1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 2.26b northwood 0.13 2.26g 133m 17 533m 512k 1.5v/1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 2.4b northwood 0.13 2.4g 133m 18 533m 512k 1.5v/1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 2.53b northwood 0.13 2.53g 133m 19 533m 512k 1.5v/1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 2.66b northwood 0.13 2.66g 133m 20 533m 512k 1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 2.8b northwood 0.13 2.8g 133m 21 533m 512k 1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 3.06b northwood 0.13 3.06g 133m 23 533m 512k 1.55v
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com northwood核心的p4 a/b系列(%$$#^47867*&%2)我型我塑www.5x54.com,凭借0.13工艺(%$$#^47867*&%2)我型我塑www.5x54.com,512k的l2(%$$#^47867*&%2)我型我塑www.5x54.com,400/533mhz的前端总线(%$$#^47867*&%2)我型我塑www.5x54.com,性能比前一代的willamette核心的p4有较大的提高(%$$#^47867*&%2)我型我塑www.5x54.com,性能不错(%$$#^47867*&%2)我型我塑www.5x54.com,不过现在的athlom xp完全有能力跟它对抗!功耗也不低(%$$#^47867*&%2)我型我塑www.5x54.com,跟athlom xp比没什么优势。该系列低频版本的超频性能还是不错的。一直以来(%$$#^47867*&%2)我型我塑www.5x54.com,价格基本没太大变化(%$$#^47867*&%2)我型我塑www.5x54.com,性价比一般(%$$#^47867*&%2)我型我塑www.5x54.com,改系列比较适合对价格不太敏感(%$$#^47867*&%2)我型我塑www.5x54.com,而且喜好intel产品的消费者选择!
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com 规格 核心代号 制造工艺 主频 外频 倍频 前端总线(fhao) 二级缓存(l2) 电压
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 2.4c northwood 0.13 2.4g 200m 12 800m 512k 1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 2.6c northwood 0.13 2.6g 200m 13 800m 512k 1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 2.8c northwood 0.13 2.8g 200m 14 800m 512k 1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 3.0c northwood 0.13 3.0g 200m 15 800m 512k 1.525v
(%$$#^47867*&%2)我型我塑www.5x54.com pentium4 3.2c northwood 0.13 3.2g 200m 16 800m 512k 1.55v
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com 该系列是intel的中高端产品(%$$#^47867*&%2)我型我塑www.5x54.com,跟p4 a/b系列比(%$$#^47867*&%2)我型我塑www.5x54.com,依然是northwood核心(%$$#^47867*&%2)我型我塑www.5x54.com,不过版本升到d1-stepping(%$$#^47867*&%2)我型我塑www.5x54.com,最大的不同就是前端总线提高到800mhz(%$$#^47867*&%2)我型我塑www.5x54.com,并且加入了超线程技术(%$$#^47867*&%2)我型我塑www.5x54.com,这些改动是p4 c系列的性能比p4 a/b系列增强不少(%$$#^47867*&%2)我型我塑www.5x54.com,总体水平领先于amd同pr值的athlom xp(%$$#^47867*&%2)我型我塑www.5x54.com,具有极大的竞争力。而且这系列的超频能力比较强(%$$#^47867*&%2)我型我塑www.5x54.com,低频的版本更明显(%$$#^47867*&%2)我型我塑www.5x54.com,比如p4 2.4c(%$$#^47867*&%2)我型我塑www.5x54.com,一般超到3.0g也没什么问题!该系列的价格还算合理(%$$#^47867*&%2)我型我塑www.5x54.com,虽然性价比不及athlom xp(%$$#^47867*&%2)我型我塑www.5x54.com,但性价比还算不错了。不过最大的缺点就是功耗比较大(%$$#^47867*&%2)我型我塑www.5x54.com,比同频率的p4 a/b系列和athlom xp都高(%$$#^47867*&%2)我型我塑www.5x54.com,成了发热大户了(%$$#^47867*&%2)我型我塑www.5x54.com,所以得准备好一个比较好的风扇!该系列凭借着高性能、出色的超频能力(%$$#^47867*&%2)我型我塑www.5x54.com,以及合理的价格(%$$#^47867*&%2)我型我塑www.5x54.com,是现阶段intel产品中最值得购买的处理器!
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com 3(%$$#^47867*&%2)我型我塑www.5x54.com,相关名词解释:
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com 1)前端总线:英文名称叫front side bus,一般简写为fhao。前端总线是cpu跟外界沟通的唯一通道(%$$#^47867*&%2)我型我塑www.5x54.com,处理器必须通过它才能获得数据(%$$#^47867*&%2)我型我塑www.5x54.com,也只能通过它来将运算结果传送出其他对应设备。前端总线的速度越快(%$$#^47867*&%2)我型我塑www.5x54.com,cpu的数据传输就约迅速。前端总线的速度主要是用前端总线的频率来衡量(%$$#^47867*&%2)我型我塑www.5x54.com,而前端总线的频率有两个概念:一就是总线的物理工作频率(即我们所说的外频)(%$$#^47867*&%2)我型我塑www.5x54.com,二就是有效工作频率(即我们所说的fhao频率)它直接决定了前端总线的数据传输速度!由于intel跟amd采用了不同的技术(%$$#^47867*&%2)我型我塑www.5x54.com,所以他们之间fhao频率跟外频的关系式也就不同了:现时的intel处理器的两者的关系是:fhao频率=外频x4;而amd的就是:fhao频率=外频x2。举个例子:p4 c系列的fhao是800mhz(%$$#^47867*&%2)我型我塑www.5x54.com,也就是fhao频率是800mhz(%$$#^47867*&%2)我型我塑www.5x54.com,由那公式可以知道该系列的外频是200mhz了;又如amd2500+(%$$#^47867*&%2)我型我塑www.5x54.com,它的外频是166mhz(%$$#^47867*&%2)我型我塑www.5x54.com,根据公式(%$$#^47867*&%2)我型我塑www.5x54.com,我们知道它的fhao频率就是333mhz了!
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com 2)二级缓存:也就是l2 cache,我们平时简称l2。主要功能是作为后备数据和指令的存储。l2的容量的大小对处理器的性能影响很大(%$$#^47867*&%2)我型我塑www.5x54.com,尤其是商业性能方面。l2因为需要占用大量的晶体管(%$$#^47867*&%2)我型我塑www.5x54.com,是cpu晶体管总数中占得最多的一个部分(%$$#^47867*&%2)我型我塑www.5x54.com,高容量的l2成本相当高!所以intel和amd都是以l2容量的差异来作为高端和低端产品的分界标准!
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com
(%$$#^47867*&%2)我型我塑www.5x54.com 3)制造工艺:我们经常说的0.18微米、0.13微米制程(%$$#^47867*&%2)我型我塑www.5x54.com,就是指制造工艺了。制造工艺直接关系到cpu的电气性能。而0.18微米、0.13微米这个尺度就是指的是cpu核心中线路的宽度。线宽越小(%$$#^47867*&%2)我型我塑www.5x54.com,cpu的功耗和发热量就越低(%$$#^47867*&%2)我型我塑www.5x54.com,并可以工作在更高的频率上了。所以以前0.18微米的cpu最高的频率比较低(%$$#^47867*&%2)我型我塑www.5x54.com,用0.13微米制造工艺的cpu会比0.18微米的制造工艺的发热量低都是这个道理了。
(%$$#^47867*&%2)我型我塑www.5x54.com
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