Процессоры

Intel — мы неизменно встречаем названия двух акулок помельче, но не менее

хищных.

AMD — большая головная боль Intel, ее вечный антагонист и конкурент.

Еще недавно процессоры этой фирмы занимали не более 20 % рынка — однако в

1999 году, после выхода процессора Athlon (или К6), AMD стремительно стала

«набирать очки» в глазах пользователя и сегодня конкурирует с Intel на

равных.

Изюминка AMD — не только более низкая цена (на 10-20 % ниже, чем у

сравнимого по скорости Pentium). Именно в процессорах AMD была впервые

реализована уникальная система инструкций для поддержки обработки

мультимедиа-данных и трехмерной графики 3DNow!, которая, в отличие от Intel

технологии SSI, охотно поддерживается ныне большинством производителей игр.

Именно процессоры AMD выбирают сегодня самые отчаянные

экспериментаторы. Осторожные консерваторы, как правило, делают выбор в

пользу проверенной временем марки Intel.

Чей фирмы процессор выбрать спросите вы? Каждый пользователь решает для

себя сам, руководствуясь лишь собственными вкусами и пристрастиями. Как

правило, новички останавливают свой выбор на проверенных процессорах от

Intel, в то время как опытные любители экспериментов все чаще выбирают AMD.

Характеристики процессоров.

Ну и на последок немного данных о работе процессоров разных производителей.

Сокращения:

Ггц - частота процессора в гигагерцах. L2 – КЕШ память 2 уровня. Напр. -

напряжение питания процессора. Мкм - техпроцесс, по которому производиться

процессор. S - площадь ядра процессора. SMP - поддержка

мультипроцессорности. T° - максимальная температура ядра. Тр - количество

транзисторов в миллионах. SSE - поддержка процессором набора инструкций

SSE. PGA - способ упаковки процессора.

Проц. |Ггц |FSB |L2 |Напр. |Ядро |Мкм |CPUID |S |SMP |T° |Тр. |Маркировка

|SSE |PGA | |PIII500E |0.50 |100 |256 |1.65 |Copper |0.18 |0683 |90.0 |Да

|85 |27.4 |BX80526F500256 |Да |FCPGA | | | | | |1.60 | | |0681 |? | |85 |

|RB80526PY500256 | |FCPGA | |PIII533EB |0.53 |133 |256 |1.65 |Copper |0.18

|0683,0681 |90.0 |Да |82 |27.4 |BX80526F533256 |Да |FCPGA | |PIII550E |0.55

|100 |256 |1.65 |Copper |0.18 |0683 |90.0 |Да |85 |27.4 |BX80526F550256 |Да

|FCPGA | | | | | |1.60 | | |0681 |? | |82 | |RB80526PY550256 | |FCPGA |

|PIII600E |0.60 |100 |256 |1.70 |Copper |0.18 |0686,0681 |90.0 |Да |82

|27.4 |BX80526F600256 |Да |FCPGA | | | | | |1.65 | | |0683 |104.6 | |82 |

|BX80526F600256 | |FCPGA | |PIII600EB |0.60 |133 |256 |1.70 |Copper |0.18

|0686,0681 |90.0 |Да |82 |27.4 |BX80526C600256 |Да |FCPGA | | | | | |1.65 |

| |0683 |104.6 | |82 | |BX80526C600256 | |FCPGA | |PIII650 |0.65 |100 |256

|1.70 |Copper |0.18 |0686,0681 |90.0 |Да |82 |27.4 |RB80526PY650256 |Да

|FCPGA | | | | | |1.65 | | |0683 |104.6 | |82 | |BX80526F650256 | |FCPGA |

|PIII666 |0.66 |133 |256 |1.70 |Copper |0.18 |0686 |90.0 |Да |82 |27.4

|RB80526PZ667256 |Да |FCPGA | | | | | |1.65 | | |0681,0683 |?, 104.6 | |82

| |BX80526F667256 | |FCPGA | |PIII700 |0.70 |100 |256 |1.70 |Copper |0.18

|686,0681 |90.0 |Да |80 |27.4 |BX80526F700256 |Да |FCPGA | | | | | |1.65 |

| |0683 |104.6 | |80 | |RB80526PY700256 | |FCPGA | |PIII733 |0.73 |133 |256

|1.75 |Copper |0.18 |068Ah |94.7 |Да |82 |27.4 |BX80526C733256E |Да |FCPGA

| | | | | |1.70 | | |0686,0681 |90.0 | |82 | |BX80526F733256 | |FCPGA | | |

| | |1.65 | | |0683 |104.6 | |82 | |RB80526PZ733256 | |FCPGA | |PIII750

|0.75 |100 |256 |1.70 |Copper |0.18 |0686,0681 |90.0 |Да |80 |27.4

|RB80526PY750256 |Да |FCPGA | | | | | |1.65 | | |0683 |104.6 | |80 |

|BX80526F750256 | |FCPGA | |PIII800 |0.80 |100 |256 |1.70 |Copper |0.18

|0686 |90.0 |Да |82 |27.4 |BX80526F800256 |Да |FCPGA | | | | | |1.65 | |

|0683 |104.6 | |82 | |RB80526PY800256 | |FCPGA | |PIII800EB |0.80 |133 |256

|1.75 |Copper |0.18 |068A |94.7 |Да |80 |27.4 |BX80526C800256E |Да |FCPGA |

| | | | |1.70 | | |0686 |90.0 | |80 | |BX80526C800256 | |FCPGA | | | | |

|1.65 | | |0683 |104.6 | |80 | |RB80526PZ800256 | |FCPGA | |PIII850 |0.85

|100 |256 |1.70 |Copper |0.18 |0686 |90.0 |Да |80 |27.4 |BX80526F850256 |Да

|FCPGA | | | | | |1.65 | | |0683 |104.6 | |80 | |RB80526PY850256 | |FCPGA |

|PIII866 |0.87 |133 |256 |1.75 |Copper |0.18 |068A |94.7 |Да |80 |27.4

|BX80526C866256E |Да |FCPGA2 | | | | | |1.70 | | |0686 |90.0 | |80 |

|BX80526C866256 | |FCPGA | | | | | |1.65 | | |0683 |104.6 | |80 |

|RB80526PZ866256 | |FCPGA | |PIII900 |0.90 |100 |256 |1.70 |Copper |0.18

|0686 |90.0 |Да |75 |27.4 |RB80526PY900256 |Да |FCPGA | |PIII933 |0.93 |133

|256 |1.75 |Copper |0.18 |068A |94.7 |Да |77 |27.4 |RB80526PZ933256 |Да

|FCPGA2 | | | | | |1.70 | | |0683 |104.6 | |75 | |BX80526C933256E | |FCPGA

| |PIII1000 |1.00 |100 |256 |1.75 |Copper |0.18 |068A |94.7 |Да |75 |27.4

|BX80526H1000256 |Да |FCPGA | |PIII1000EB |1.00 |133 |256 |1.75 |Copper

|0.18 |068A |94.7 |Да |75 |27.4 |BX80526C1000256 |Да |FCPGA2 | | | | |

|1.70 | | |0686 |90.0 | |70 | |RB80526PZ001256 | |FCPGA | |PIII1000 |1.00

|133 |256 |1.475 |Tualatin |0.13 |06B1h |74.1 |Нет |69 |44.0

|RB80526PY005256 |Да |FCPGA2 | | | | | | | | |06B1 |80.5 | |75 |

|BX80526C1000256 | |FCPGA2 | |PIII1100 |1.10 |100 |256 |1.75 |Copper |0.18

|068A |94.7 |Да |77 |27.4 |RB80526PY005256 |Да |FCPGA | |PIII1133S |1.13

|133 |512 |1.45 |Tualatin |0.13 |06B1 |80.5 |Да |69 |44.0 |BX80530C1133512

|Да |FCPGA2 | |PIII1200 |1.20 |133 |256 |1.475 |Tualatin |0.13 |06B1 |80.5

|Нет |69 |44.0 |BX80530C1200256 |Да |FCPGA2 | |PIII1266S |1.26 |133 |512

|1.45 |Tualatin |0.13 |06B1 |80.5 |Да |69 |44.0 |BX80530C1266512 |Да

|FCPGA2 | |PIII1333 |1.33 |133 |256 |1.475 |Tualatin |0.13 |06B1h |74.1

|Нет |69 |44.0 |BX80530C1333256 |Да |FCPGA2 | |PIII1400S |1.40 |133 |512

|1.45 |Tualatin |0.13 |06B1 |80.5 |Да |69 |44.0 |BX80530C1400512 |Да

|FCPGA2 | |

Проц. |Ггц |FSB |L2 |Напр. |Ядро |Мкм |CPUID |S |SMP |T° |Тр. |Маркировка

|SSE |PGA | |С300A |0.30 |66 |128 |2.00 |Mend |0.25 |665 |154 |Да |85 |19.0

|BX80524P300128 |Нет |PPGA | | | | | | | | | | | | |

|FV80524RX300128 | |PPGA | |C333 |0.33 |66 |128 |2.00 |Mend |0.25 |665

|154 |Да |85 |19.0 |BX80524P333128 |Нет |PPGA | | | | | | | | | |

| | | |FV80524RX333128 | |PPGA | |C366 |0.36 |66 |128 |2.00 |Mend

|0.25 |665 |154 |Да |85 |19.0 |BX80524P366128 |Нет |PPGA | | | | | |

| | | | | | | |FV80524RX366128 | |PPGA | |C400 |0.40 |66 |128

|2.00 |Mend |0.25 |665 |154 |Да |85 |19.0 |BX80524P400128 |Нет |PPGA | |

| | | | | | | | | | | |FV80524RX400128 | |PPGA | |C433 |0.43

|66 |128 |2.00 |Mend |0.25 |665 |154 |Да |85 |19.0 |BX80524P433128 |Нет

|PPGA | | | | | | | | | | | | | |FV80524RX433128 | |PPGA |

|C466 |0.46 |66 |128 |2.00 |Mend |0.25 |665 |154 |Да |70 |19.0

|BX80524P466128 |Нет |PPGA | | | | | | | | | | | | |

|FV80524RX466128 | |PPGA | |C500 |0.50 |66 |128 |2.00 |Mend |0.25 |665

|154 |Да |70 |19.0 |BX80524P500128 |Нет |PPGA | | | | | | | | | |

| | | |FV80524RX500128 | |PPGA | |C533 |0.53 |66 |128 |2.00 |Mend

|0.25 |665 |154 |Да |70 |19.0 |BX80524P533128 |Нет |PPGA | | | | | |

| | | | | | | |FV80524RX533128 | |PPGA | |C533A |0.53 |66 |128

|1.50 |Copper |0.18 |683 |106 |Нет |90 |27.4 |RB80526RX533128 |Да |FCPGA |

|C566 |0.56 |66 |128 |1.70 |Copper |0.18 |686 |90.0 |Нет |90 |27.4

|BX80526F566128 RB80526RX566128 |Да |FCPGA | | | | | |1.50 | | |683

|104.6 | | | | | |FCPGA | |C600 |0.60 |66 |128 |1.70 |Copper |0.18

|686 |90.0 |Нет |90 |27.4 |BX80526F600128 |Да |FCPGA | | | | | |1.50 |

| |683 |104.6 | | | |RB80526RX600128 | |FCPGA | |C633 |0.63 |66 |128

|1.70 |Copper |0.18 |686 |90.0 |Нет |82 |27.4 |RB80526RX633128 |Да |FCPGA |

| | | | |1.65 | | |683 |104.6 | | | |BX80526F633128 | |FCPGA |

|C666 |0.66 |66 |128 |1.70 |Copper |0.18 |686 |90.0 |Нет |82 |27.4

|RB80526RX667128 |Да |FCPGA | | | | | |1.65 | | |683 |104.6 | | |

|BX80526F667128 | |FCPGA | |C700 |0.70 |66 |128 |1.70 |Copper |0.18 |686

|90.0 |Нет |80 |27.4 |BX80526F700128 |Да |FCPGA | | | | | |1.65 | |

|683 |104.6 | | | |RB80526RX700128 | |FCPGA | |C733 |0.73 |66 |128

|1.75 |Copper |0.18 |068A |94.7 |Нет |80 |27.4 |BX80526F733128 |Да |FCPGA |

| | | | |1.70 | | |686 |90.0 | | | |RB80526RX733128 | |FCPGA |

|C766 |0.76 |66 |128 |1.75 |Copper |0.18 |068A |94.7 |Нет |80 |27.4

|BX80526F766128 |Да |FCPGA | | | | | |1.70 | | |686 |90.0 | | |

|RB80526RX766128 | |FCPGA | |C800 |0.80 |100 |128 |1.75 |Copper |0.18

|068A |94.7 |Нет |80 |27.4 |BX80526F800128 |Да |FCPGA | | | | | |1.70

| | |686 |90.0 | | | |RB80526RX800128 | |FCPGA | |C850 |0.85 |100

|128 |1.75 |Copper |0.18 |068A |94.7 |Нет |80 |27.4 |BX80526F850128 |Да

|FCPGA | | | | | |1.70 | | |686 |90.0 | | | |RB80526RX850128 |

|FCPGA | |C900 |0.90 |100 |128 |1.75 |Copper |0.18 |068A |94.7 |Нет |72

|27.4 |BX80526F900128 |Да |FCPGA2 | | | | | |1.75 | | | | | |77 |

|RB80526RX900128 | |FCPGA | |C950 |0.95 |100 |128 |1.75 |Copper |0.18

|068A |94.7 |Нет |72 |27.4 |BX80526F950128 |Да |FCPGA2 | | | | | |1.70

| | | | | |77 | |RB80526RY950128 | |FCPGA | |C1000 |1.00 |100 |128

|1.75 |Copper |0.18 |068A |94.7 |Нет |69 |27.4 |BX80526F1000128 |Да |FCPGA

| | | | | | | | | | | | | |RB80526RY1000128 | |FCPGA | |C1100

|01.окт |100 |128 |1.75 |Copper |0.18 |068A |94.7 |Нет |77 |27.4

|BX80526F1100128 |Да |FCPGA | | | | | | | | | | | | |

|RB80526RY005128 | |FCPGA | |C1100A |1.10 |100 |256 |1.50 |Tualatin |0.13

|06B4 |80.5 |Нет |69 |44.0 |BX80530F1100256 |Да |FCPGA2 | | | | |

|1.475 | | |06B1 |74.1 | | | |RK80530RY005256 | |FCPGA2 | |C1200

|1.20 |100 |256 |1.50 |Tualatin |0.13 |06B4 |80.5 |Нет |69 |44.0

|BX80530F1200256 |Да |FCPGA2 | | | | | |1.475 | | |06B1 |74.1 | |

| |RK80530RY009256 | |FCPGA2 | |C1300 |1.30 |100 |256 |1.50 |Tualatin

|0.13 |06B4 |80.5 |Нет |69 |44.0 |BX80530F1300256 |Да |FCPGA2 | | | | |

|1.50 | | |06B1 |74.1 | |71 | |RK80530RY013256 | |FCPGA2 | |C1400

|1.40 |100 |256 |1.50 |Tualatin |0.13 |06B4 |80.5 |Нет |69 |44.0

|BX80530F1400256 |Да |FCPGA2 | | | | | |1.50 | | |06B1 |74.1 | |72

| | | |FCPGA2 | |

Сокращения:

Ггц - частота, в гигагерцах. L2 – КЕШ память 2 уровня. Напр. - напряжение

питания. Ядр. - тип ядра (Tbd = Thunderbird, Pal = Palomino, TbA =

Thoroughbred "A", TbB = Thoroughbred "B", Bar = Barton). Мкм - техпроцесс

производства. S - площадь ядра. SMP - поддержка мультипроцессорности (1 =

да, 0 = нет). T° - максимальная температура ядра. Тр - количество

транзисторов в миллионах. CI - количество Медных Слоёв Соединения (Copper

Interconnect Layers). SSE - поддержка набора инструкций SSE (1 = да, 0 =

нет). ID = CPUID - добавить 6 в начало каждого числа - например: 42 = 642.

[pic]

Проц |Ггц |FSB |L2 |Напр. |Ядр |Мкм |ID |S |SMP |T° |Тр |Маркировка |CI

|SSE | |A650 |0.65 |100 |256 |1.75 |Tbd |0.18 |42,44 |120 |нет |90 |37

|A0650AMS3B |6 |нет | |A700 |0.70 |100 |256 |1.75 |Tbd |0.18 |42,44 |120

|нет |90 |37 |A0700AMS3B |6 |нет | |A750 |0.75 |100 |256 |1.75 |Tbd |0.18

|42,44 |120 |нет |90 |37 |A0750AMS3B |6 |нет | |A800 |0.80 |100 |256 |1.75

|Tbd |0.18 |42,44 |120 |нет |90 |37 |A0800AMS3B |6 |нет | |A850 |0.85 |100

|256 |1.75 |Tbd |0.18 |42,44 |120 |нет |90 |37 |A0850AMS3B |6 |нет | |A900

|0.90 |100 |256 |1.75 |Tbd |0.18 |42,44 |120 |нет |90 |37 |A0900AMS3B |6

|нет | |A950 |0.95 |100 |256 |1.75 |Tbd |0.18 |42,44 |120 |нет |90 |37

|A0950AMS3B |6 |нет | |A1000 C |1.00 |133 |256 |1.75 |Tbd |0.18 |42,44 |120

|нет |90 |37 |A1000AMS3C |6 |нет | |A1000 B |1.00 |100 |256 |1.75 |Tbd

|0.18 |42,44 |120 |нет |90 |37 |A1000AMS3B |6 |нет | |A1100 B |01.окт |100

|256 |1.75 |Tbd |0.18 |42,44 |120 |нет |90 |37 |A1100AMS3B |6 |нет | |A1133

C |1.13 |133 |256 |1.75 |Tbd |0.18 |42,44 |120 |нет |95 |37 |A1133AMS3C |6

|нет | |A1200 B |1.20 |100 |256 |1.75 |Tbd |0.18 |42,44 |120 |нет |95 |37

|A1200AMS3B |6 |нет | |A1200 C |1.20 |133 |256 |1.75 |Tbd |0.18 |42,44 |120

|нет |95 |37 |A1200AMS3C |6 |нет | |A1266 C |1.26 |133 |256 |1.75 |Tbd

|0.18 |42,44 |120 |нет |95 |37 |A1266AMS3C |6 |нет | |A1300 B |1.30 |100

|256 |1.75 |Tbd |0.18 |42,44 |120 |нет |95 |37 |A1300AMS3B |6 |нет | |A1333

C |1.33 |133 |256 |1.75 |Tbd |0.18 |42,44 |120 |нет |95 |37 |A1333AMS3C |6

|нет | |AXP1500+ |1.33 |133 |256 |1.75 |Pal |0.18 |60-62 |128 |нет |90

|37.5 |AX1500DMT3C |7 |да | |A1400 C |1.40 |133 |256 |1.75 |Tbd |0.18

|42,44 |120 |нет |95 |37 |A1400AMS3B |6 |нет | |A1400 B |1.40 |100 |256

|1.75 |Tbd |0.18 |42,44 |120 |нет |95 |37 |A1400AMS3C |6 |нет | |AXP1600+

|1.40 |133 |256 |1.75 |Pal |0.18 |60-62 |128 |нет |90 |37.5 |AX1600DMT3C |7

|да | |AXP1700+ |1.47 |133 |256 |1.75 |Pal |0.18 |60-62 |128 |нет |90 |37.5

|AX1700DMT3C |7 |да | |AXP1700+ |1.47 |133 |256 |1.50 |TbA |0.13 |80 |80

|нет |90 |37.5 |AXDA1700DLT3C |8 |да | |AXP1700+ |1.47 |133 |256 |1.60 |TbB

|0.13 |81 |84 |нет |90 |37.5 |AXDA1700DUT3C |9 |да | |AXP1700+ |1.47 |133

|256 |1.50 |TbB |0.13 |81 |84 |нет |90 |37.5 |AXDA1700DLT3C |9 |да |

|AXP1800+ |1.53 |133 |256 |1.75 |Pal |0.18 |60-62 |128 |нет |90 |37.5

|AX1800DMT3C |7 |да | |AXP1800+ |1.53 |133 |256 |1.50 |TbA |0.13 |80 |80

|нет |90 |37.5 |AXDA1800DLT3C |8 |да | |AXP1800+ |1.53 |133 |256 |1.60 |TbB

|0.13 |81 |84 |нет |90 |37.5 |AXDA1800DUT3C |9 |да | |AXP1900+ |1.60 |133

|256 |1.75 |Pal |0.18 |60-62 |128 |нет |90 |37.5 |AX1900DMT3C |7 |да |

|AXP1900+ |1.60 |133 |256 |1.50 |TbA |0.13 |80 |80 |нет |90 |37.5

|AXDA1800DLT3C |8 |да | |AXP2000+ |1.66 |133 |256 |1.75 |Pal |0.18 |60-62

|128 |нет |90 |37.5 |AX2000DMT3C |7 |да | |AXP2000+ |1.66 |133 |256 |1.60

|TbA |0.13 |80 |80 |нет |90 |37.5 |AXDA2000DUT3C |8 |да | |AXP2000+ |1.66

|133 |256 |1.60 |TbB |0.13 |81 |84 |нет |90 |37.5 |AXDA2000DUT3C |9 |да |

|AXP2100+ |1.73 |133 |256 |1.75 |Pal |0.18 |60-62 |128 |нет |90 |37.5

|AX2100DUT3C |7 |да | |AXP2100+ |1.73 |133 |256 |1.60 |TbA |0.13 |80 |80

|нет |90 |37.5 |AXDA2100DMT3C |8 |да | |AXP2100+ |1.73 |133 |256 |1.60 |TbB

|0.13 |81 |84 |нет |90 |37.5 |AXDA2100DUT3C |9 |да | |AXP2200+ |1.80 |133

|256 |1.65 |TbA |0.13 |80 |80 |нет |85 |37.5 |AXDA2200DMV3C |8 |да |

|AXP2200+ |1.80 |133 |256 |1.60 |TbB |0.13 |81 |84 |нет |85 |37.5

|AXDA2200DUV3C |9 |да | |AXP2500+ |1.83 |166 |512 |1.65 |Bar |0.13 |82?

|101 |нет |85 |54.3 |AXDA2500DKV4D |9 |да | |AXP2400+ |2.00 |133 |256 |1.65

|TbB |0.13 |81 |84 |нет |85 |37.5 |AXDA2400DKT3C |9 |да | |AXP2400+ |2.00

|133 |256 |1.60 |TbB |0.13 |81 |84 |нет |85 |37.5 |AXDA2400DUV3C |9 |да |

|AXP2600+ |02.8 |166 |256 |1.65 |TbB |0.13 |81 |84 |нет |85 |37.5

|AXDA2600DKV3D |9 |да | |AXP2800+ |02.8 |166 |512 |1.65 |Bar |0.13 |82?

|101 |нет |85 |54.3 |AXDA2800DKV4D |9 |да | |AXP3000+ |02.10 |200 |512

|1.65 |Bar |0.13 |82? |101 |нет |85 |54.3 |AXDA3000DKV4E |9 |да | |AXP2600+

|фев.13 |133 |256 |1.65 |TbB |0.13 |81 |84 |нет |85 |37.5 |AXDA2600DKV3C |9

|да | |AXP2700+ |2.17 |166 |256 |1.65 |TbB |0.13 |81 |84 |нет |85 |37.5

|AXDA2700DKV3D |9 |да | |AXP3000+ |2.17 |166 |512 |1.65 |Bar |0.13 |82?

|101 |нет |85 |54.3 |AXDA3000DKV4D |9 |да | |AXP2800+ |2.25 |166 |256 |1.65

|TbB |0.13 |81 |84 |нет |85 |37.5 |AXDA2800DKV3D |9 |да | |AXP3200+ |2.20

|200 |512 |1.65 |Bar |0.13 |82? |101 |нет |85 |54.3 |AXDA3200DKV4E |9 |да |

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Проц |Ггц |FSB |L2 |Напр. |Ядр |Мкм |ID |S |SMP |T° |Тр |Маркировка |CI

|SSE | |D600 |0.60 |100 |64 |1.60 |Spit |0.18 |30,31 |100 |нет |90 |25

|D600AUT1B |6 |нет | |D650 |0.65 |100 |64 |1.60 |Spit |0.18 |30,31 |100

|нет |90 |25 |D650AUT1B |6 |нет | |D700 |0.70 |100 |64 |1.60 |Spit |0.18

|30,31 |100 |нет |90 |25 |D700AUT1B |6 |нет | |D750 |0.75 |100 |64 |1.60

|Spit |0.18 |30,31 |100 |нет |90 |25 |D750AUT1B |6 |нет | |D800 |0.80 |100

|64 |1.60 |Spit |0.18 |30,31 |100 |нет |90 |25 |D800AUT1B |6 |нет | |D850

|0.85 |100 |64 |1.60 |Spit |0.18 |30,31 |100 |нет |90 |25 |D850AUT1B |6

|нет | |D900 |0.90 |100 |64 |1.60 |Spit |0.18 |30,31 |100 |нет |90 |25

|D900AUT1B |6 |нет | |D900 |0.90 |100 |64 |1.75 |Morg |0.18 |70,71 |106

|нет |90 |25.2 |DHD0900AMT1B |7 |да | |D950 |0.95 |100 |64 |1.60 |Spit

|0.18 |30,31 |100 |нет |90 |25 |D950AUT1B |6 |нет | |D950 |0.95 |100 |64

|1.75 |Morg |0.18 |70,71 |106 |нет |90 |25.2 |DHD0950AMT1B |7 |да | |D1000

|1.00 |100 |64 |1.75 |Morg |0.18 |70,71 |106 |нет |90 |25.2 |DHD1000AMT1B

|7 |да | |D1100 |01.окт |100 |64 |1.75 |Morg |0.18 |70,71 |106 |нет |90

|25.2 |DHD1100AMT1B |7 |да | |D1200 |янв.20 |100 |64 |1.75 |Morg |0.18

|70,71 |106 |нет |90 |25.2 |DHD1200AMT1B |7 |да | |D1300 |янв.30 |100 |64

|1.75 |Morg |0.18 |70,71 |106 |нет |90 |25.2 |DHD1300AMT1B |7 |да | |

Список литературы.

1.Персональный компьютер 2002 В.П. Леонтьев Москва «Олма - пресс» 2002г.

2.WWW-адреса фирм производителей http:\\www.intel.com и http:\\www.amd.com

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