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Archive-name: de/comp/hardware/cpu+mainboard/kapitel_3
Posting-frequency: monthly Last-modified: 2006-02-22 URL: http://dch-faq.de/kap03.html Disclaimer: Approval for *.answers is based on form, not content. See reader questions & answers on this topic! - Help others by sharing your knowledge
3 CPUs
======
Die CPU (Central Processing Unit = Prozessor) ist die zentrale
Recheneinheit deines Computers und damit auch zum größten Teil an der
Geschwindigkeit beteiligt. Sie ist bei fast allen Aufgaben
(mit-)entscheident für die benötigte Zeit in der diese ausgeführt
werden.
PC-CPUs sind so genannte x86-CPUs. Eine CPU zählt dann als x86, wenn sie
zum Intel 8086 bzw. in den meisten Fällen auch zum 80386 kompatibel ist.
Dazu gehören z.B. neben Intels Pentium-Familie auch die Prozessoren von
AMD, wie etwa die K6- und Athlon-Familie. Ferner die Prozessoren
von VIA bzw. Cyrix, Transmeta und einigen weiteren kleinen Unternehmen.
3.1 Taktraten - wodurch bestimmt?
=================================
Diverse Taktraten eines Rechners leiten sich häufig (nicht immer -
s.u.) aus dem dem Takt des Front Side Bus ab. Der FSB ist der
Datenbus zwischen Chipsatz und der CPU bei einer klassischen
Bridge- oder Hub-Architektur (siehe Kapitel 2.1.3 und 2.1.4).
Der Takt des FSB ist (meist) ein ganzzahliges Vielfaches von 33MHz.
Daher sind FSB-Takte von 66, 100, 133, 166 und 200MHz gebräuchlich.
Höhere Taktraten, wie 266MHz sind ebenfalls möglich.
33MHz ist der Bezugstakt, da der klassische PCI Bus mit 33MHz arbeitet.
Allerdings ist der FSB-Takt die Referenz für den PCI-Takt: Der
PCI-Takt ist (meist) mittels eines Taktteilers an den FSB-Takt
gekoppelt. Ändert man den FSB-Takt, ohne einen anderen Taktteiler zu
benutzen, wird somit der PCI-Bus übertaktet. Der AGP-Takt ist stets
doppelt so hoch, wie der PCI-Takt. Eine Übertaktung des FSB wirkt sich
also auch auf den AGP aus. Es existieren aber Chipsätze, wo FSB-Takt
und PCI-Takt nicht durch ein festes Verhälnis gekoppelt sind (z.B.
nVidia nForce2). Die genauere Beschreibung der erwähnten
Schnittstellen befindet sich in Kapitel 5.
Überträgt man in einem Taktschritt 2 Datenbits, so spicht man von
Double Data Rate (DDR). Alle 32Bit AMD Athlons setzen dieses Verfahren
beim FSB ein. Bei DDR-RAM sagt schon der Name, dass auch hier dieses
Verfahren genutzt wird. Da theoretisch durch das DDR-Verfahren die
doppelte Datenmenge transportiert werden kann, wird aus
Marketing-Gründen oft z.B. von "effektiv 400MHz (FSB400)" gesprochen,
wenn der FSB mit tatächlich 200MHz betrieben wird. Bei RAM gelten
gleichartige Bezeichnungen: DDR400-RAM (auch: PC3200 siehe Kapitel
8.4.7) taktet mit 200MHz.
Werden bei einem Taktschritt gar 4 Datenbits, so spricht man von Quad
Data Rate. Dieses Verfahren wird beim Pentium 4 eingesetzt. Auch hier
exisiteren Marketingbezeichnungen, wie FSB533 für einen FSB mit
QDR-Verfahren und 133MHz Takt.
In früheren Systemen waren FSB und CPU-Takt identisch. Das konnte
aber bei höheren Taktraten nicht mehr beibehalten werden, da
Signallaufzeiten auf Mainboards den PCI-Takt limitieren. Als
Konsequenz darauf wurde ein Taktmultiplikator eingeführt. Er
bestimmt das Verhältnis von CPU-Takt zu FSB-Takt. Beispiel: Ein
Celeron 800 besitzt einen FSB-Takt von 100 MHz und somit ist der
Multiplikator acht.
Der Multiplikator ist heute normalerweise "locked", d.h. in der CPU
festgelegt. Er wird bei der Fertigung einmalig eingestellt. Manchmal
existieren aber Möglichkeiten, diese Sperre zu umgehen, zum Beispiel
bei den 32Bit Durons und Athlons von AMD: Sie lassen sich durch das
Schließen der L1-Brücken (mit Graphit (ein Bleistift) oder Leitlack,
näheres dazu in Kapitel 9.5) dazu "überreden" ihren normalen
Multiplikator durch einen auf dem Motherboard oder im BIOS
eingestellten zu ersetzen. Beim Athlon 64 FX ist der Multiplikator
sogar schon mit der Auslieferung unlocked und kann -ein passendes
Mainboard vorausgesetzt- frei gewählt werden. VIA-CPUs vom C3 bis
zum Eden ESP ohne festen Multiplikator tragen ein "S" in der
Bezeichnung. Die meisten älteren CPU bis (Super)Sockel7 sind
ebenfalls nicht "locked".
Ist eine CPU nicht "unlockable" so kann sie nur übertaktet werden,
wenn der Takt des FSB angehoben wird.
CPU-Takt = Multiplikator * FSBTakt
3.2 Historie der Sockel/Slots
=============================
Sockel/Slot|Pins| Passende CPUs |Max.MHz
============+====+============================================+========
Sockel 1 |169 |Intel: 80487SX, DX/2 OD, SX/2 OD | 66
------------+----+--------------------------------------------+--------
Sockel 2 |238 |Intel: 80486DX,80486, DX/2 Pentium OD |66/83[1]
| |AMD: 486SX, 486SX/2, 486DX |
------------+----+--------------------------------------------+--------
Sockel 3 |237 |Intel:80486DX,80486DX/2,80486DX/4,Pentium OD| 133
| |AMD: 486DX, 486DX/2, 486DX/4, X5 |
------------+----+--------------------------------------------+--------
Sockel 4 |273 |Intel: 5(Pentium), P5 OD | 133
------------+----+--------------------------------------------+--------
Sockel 5 |320 |Intel: P54C | 133
| |AMD: K5(SSA5), K5(5k86) |
| |Cyrix: M1 |
------------+----+--------------------------------------------+--------
Sockel 6 |235 |???: 486DX4 | 120
------------+----+--------------------------------------------+--------
Sockel 7 |321 |Intel: P54C, P55C | 550
| |AMD: K5(5k86),K6,K6-2,K6-III,K6-2+,K6-III+|
| |Cyrix: M1,M2 |
| |Centaur: WinChip, WinChip2(A/B), WinChip 3 |
| |Rise: mp6 |
------------+----+--------------------------------------------+--------
Sockel 8 |387 |Intel: P6 (Pentium Pro), P6 OD | 333
------------+----+--------------------------------------------+--------
Slot 1 |242 |Intel: Pentium II, III, Celeron I | 1000
------------+----+--------------------------------------------+--------
Sockel 370 |370 |Intel: Celeron I | 533
PPGA | | |
------------+----+--------------------------------------------+--------
Slot 2 |242 |Intel: Pentium II XEON (Drake), | 450,
| |Pentium III XEON (Tanner, Cascades) | 1000
------------+----+--------------------------------------------+--------
Slot A |242 |AMD: Athlon, Athlon Thunderbird | 1000
------------+----+--------------------------------------------+--------
Sockel 370 |370 |Intel: Pentium 3, Celeron II | 1400
FC-PGA | |Cyrix/VIA: Cyrix III, C3 |
------------+----+--------------------------------------------+--------
Sockel A |462 |AMD: Athlon (Thunderbird) Athlon 4/XP/MP | 2200
| |(Palomino, Thoroughbred, Barton, Thorton) |
| |Sempron (Thoroughbred, Barton) |
| |Duron (Spitfire, Morgan, Applebred) |
------------+----+--------------------------------------------+--------
Sockel 423 |423 |Intel: Pentium 4 (Willamette) | 2000
------------+----+--------------------------------------------+--------
Sockel |603/|Intel: XEON (Foster, Prestonia, Nocona, | 3667
603/604 |604 |Irwindale) XEON MP (Foster MP, Gallatin, |
| |Cranford, Potomac) |
------------+----+--------------------------------------------+--------
Sockel 370 |370 |Intel: Pentium 3-T (Tualatin), Celeron III | 1400
FC-PGA2 | | |
------------+----+--------------------------------------------+--------
PAC418 |418 |Intel:Itanium (Merced) | 800
------------+----+--------------------------------------------+--------
Sockel 478 |478 |Intel: Pentium 4 (Willamette, Northwood, | 3400
| |Prescott) Pentium 4 Extreme Edition |
| |(Gallatin) Celeron IV (Willamette, |
| |Northwood) Celeron V (Prescott) |
------------+----+--------------------------------------------+--------
PAC611 |611 |Intel: Itanium 2 (McKinley, Deerfield, | 1660
| |Fanwood, Madison) |
------------+----+--------------------------------------------+--------
Sockel 940 |940 |AMD: Opteron (Sledgehammer, Venus, Troy, | 2600
| |Athens, Denmark, Italy, Egypt) Athlon 64 FX |
| |(Sledgehammer) |
------------+----+--------------------------------------------+--------
Sockel 754 |754 |AMD: Athlon 64 (Clawhammer, Newcastle) | 2400
| |Sempron (Paris, Oakville, Palermo) |
------------+----+--------------------------------------------+--------
Sockel 939 |939 |AMD: Athlon 64 (Clawhammer, Newcastle, | 2600
| |Winchester, Venice, San Diego) Athlon 64 FX |
| |(Clawhammer, San Diego), Athlon64 X2 |
| |(Manchester, Toledo) |
------------+----+--------------------------------------------+--------
LGA 775 |775 |Intel: Pentium 4 (Prescott) Pentium D | 3800
| |(Smithfield) Pentium 4 Extreme Edition |
| |(Gallatin, Prescott) Pentium Extreme Edition|
| |(Smithfield), Celeron D (Prescott), |
------------+----+--------------------------------------------+--------
S1 | |AMD: |
------------+----+--------------------------------------------+--------
OD = Overdrive
[1] Der schnellste 486er für den Sockel 2 war der DX/2 mit 66 MHz;
der Pentium Overdrive mit 63 (für Systeme mit 25 MHz Boardtakt)
und 83 MHz (für solche mit 33 MHz Boardtakt) wurde erst später
vorgestellt.
Sockel A
========
Obwohl der Sockel A die gemeinsame Basis für eine Vielzahl von
Prozessoren der AMD Athlon-Familie (32 Bit) bildet, sind im Laufe der
Zeit wesentliche Änderungen bei der Spannungsversorgung und beim
FSB-Takt vollzogen worden. Der FSB erreichte Taktraten von 100 MHz
(DDR200), 133MHz (DDR266), 166MHz (DDR333) und 200MHz (DDR400). Somit
kann bei weitem nicht jede Sockel A CPU auf jedem Sockel A Mainboard
betrieben werden. Letztendlich hilft nur ein Blick in die
Kompatibilitätsliste der Mainboardhersteller.
Sockel 8
========
Dem Pentium Pro (Bauform: Sockel 8) war im Desktop-Markt kein großer
Erfolg beschieden, da er nur 32-Bit-Code schnell ausführen konnte (das
ging aufgrund der veränderten Architektur deutlich schneller als beim
Pentium); 16-Bit-Code, wie er 1996 noch häufig vorkam, bremste den
Prozessor dagegen aus, so dass er dort nicht einmal so schnell war wie
ein Gleichgetakteter Pentium.
Dem im Pentium Pro verwendete P6-Kern war später dann doch Erfolg
beschieden: Leicht verändert fand er sich im Pentium II wieder. Bis
zum Pentium 4 (der komplett neu entwickelt wurde) basieren sämtliche
Intel-Prozessoren auf dem Pentium Pro-Kern.
Sockel 370 PPGA, FC-PGA und FC-PGA2
===================================
Das PPGA, FC-PGA und FC-PGA2 alle den gleichen Sockel 370 nutzen,
heißt leider nicht, das eine CPU in allen Boards mit dem Sockel370
funktioniert. Grundsätzlich gelten diese Regeln:
- S370-PPGA-Boards unterstützen nur PPGA-CPUs.
- S370-FC-PGA-Boards unterstützen oft PPGA- und immer FC-PGA-CPUs.
FC-PGA2-CPUs (solche mit Tualatin-Kern und Heatspreader) sind nur
mit Spezialadaptern oder "dirty hacks" (Tualatin-Mod bei Boards mit
Intel-Chipsatz) nutzbar, da sie eine geringfügig abweichende
Pinbelegung aufweisen und die Spannung auf dem GTL+-Bus von 1.5 auf
1.25 V abgesenkt wurde (bei Überspannung startet die CPU nicht).
Ähnliches gilt fr Slot1-Boards.
Achtung: Auch einige Prozessoren mit Coppermine-Kern wurden mit
Heatspreader ausgestattet, der Aufdruck ermöglicht jedoch die
eindeutige Identifikation etwa über die Kernspannung.
- S370-FC-PGA2-Boards unterstützen selten PPGA- und immer
FC-PGA(2)-CPUs. Allerdings abhängig von verschiedenen Faktoren auch
nicht alle, bei den CPUs mit 1400MHz gibt es manchmal Probleme.
- VIA nennt die zum Sockel370 kompatiblen CPUs EBGA
(Enhanced Ball Grid Array).
Genaue Informationen zu diesen Fragen findet man zumeist beim
Hersteller des Motherboards (Kapitel 7.4 und Kapitel 13.2 geben
weiteren Aufschluß über Hersteller des Boards und seine Webseite).
Sockel 423
==========
Der Sockel 423 wird und wurde ein Flop durch die Ankündigungen
des nächsten Sockels vor dem Erscheinens des Pentium 4. Der
neue Sockel 478 hat im Herbst 2001 den Sockel 423 abgelöst, neue
Pentium 4-CPUs erscheinen nicht mehr für den Sockel 423. Eine Nutzung
neuerer So478-CPUs (mit einem FSB von 100 MHZ) ist aber teilweise mit
Hilfe von Adaptern möglich.
3.3 CPUs im Detail
==================
In diesem Kapitel sollen technische Daten aufgeführt werden, es ist aber
auch ganz gut als "Historie der CPUs" zu gebrauchen.
3.3.1 Allgemeine Daten
======================
AMD
===
Prozessor/ |Slot/ | Takt| FSB |Erweiterung| OnDie Cache|Struktur-
Codename |Sockel |[MHz]|[MHz]| | [KB] |größe
=================+=======+=====+=====+===========+============+=========
486SX |Sockel2|33,40|33,40| |8 L1 | ???
-----------------+-------+-----+-----+-----------+------------+---------
486SX/2 |Sockel2|50,66|25,33| |8 L1 | ???
-----------------+-------+-----+-----+-----------+------------+---------
486DX |Sockel2|25-40|25-40| |8 L1 | ???
|Sockel3| | | | |
-----------------+-------+-----+-----+-----------+------------+---------
DX/2 |Sockel3|50-80|25-40| |8 L1 | 0.50µm
-----------------+-------+-----+-----+-----------+------------+---------
DX/4 |Sockel3| 75-| 30 | |8 L1 | 0.50µm
| | 120| | | |
-----------------+-------+-----+-----+-----------+------------+---------
X5 |Sockel3| 133 | 33 | |16 L1 | 0.35µm
5x86 | | | | | |
-----------------+-------+-----+-----+-----------+------------+---------
K5 |Sockel5| 75-|50-60| |16+8 L1 | 0.35µm
SSA5 | | 100 | | | |
-----------------+-------+-----+-----+-----------+------------+---------
K5 |Sockel5| 90-|60,66| |16+8 L1 | 0.35µm
5k86 |Sockel7| 133 | | | |
-----------------+-------+-----+-----+-----------+------------+---------
K6 |Sockel7| 166-| 66-|MMX |32+32 L1 | 0.30µm,
Little Foot | | 300 | 100 | | | 0.25µm
-----------------+-------+-----+-----+-----------+------------+---------
K6-2 |Sockel7| 233-| 66-|MMX,3DNow! |32+32 L1 | 0.25µm
Chompers | | 550 | 100 | | |
-----------------+-------+-----+-----+-----------+------------+---------
K6-III |Sockel7| 350-| 66-|MMX,3DNow! |32+32 L1 | 0.25µm
Sharptooth | | 450 | 100 | |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
K6-2+ |Sockel7| 450-| 66-|MMX,X3DNow!|32+32 L1 | 0.18µm
| | 550 | 100 | |128 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
K6-III+ |Sockel7| 400-| 66-|MMX,X3DNow!|32+32 L1 | 0.18µm
| | 550 | 100 | |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon Classic | SlotA | 500-| 100 |MMX,X3DNow!|128 L1 | 0.25µm,
Argon,Pluto,Orion| |1000 | | |(512 L2)* | 0.18µm
-----------------+-------+-----+-----+-----------+------------+---------
Athlon | SlotA | 650-| 100 |MMX,X3DNow!|128 L1 | 0.18µm
Thunderbird | |1000 | | |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Duron |SockelA| 600-| 100 |MMX,X3DNow!|64+64+24* L1| 0.18µm
Spitfire | | 900 | | |64 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Duron |SockelA| 900-| 100 |MMX,X3DNow!|64+64+24* L1| 0.18µm
Morgan | |1300 | |3DNow!Pro |64 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Duron |SockelA|1400-| 133 |MMX,X3DNow!|64+64+24* L1| 0.13µm
Applebred | |1800 | |3DNow!Pro |64 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon |SockelA| 650-| 100,|MMX,X3DNow!|64+64+24* L1| 0.18µm
Thunderbird | |1400 | 133 | |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon XP |SockelA|1333-| 133 |MMX,X3DNow!|128 L1 | 0.18µm
Palomino | |1733 | |3DNow!Pro |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon XP |SockelA|1400-| 133,|MMX,X3DNow!|128 L1 | 0.13µm
Thoroughbred | |2166 | 166 |3DNow!Pro |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon XP |SockelA|1833-| 166,|MMX,X3DNow!|128 L1 | 0.13µm
Barton | |2200 | 200 |3DNow!Pro |512 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon XP |SockelA|1666-| 166-|MMX,X3DNow!|128 L1 | 0.13µm
Thorton | |2200 | 200 |3DNow!Pro |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Sempron (Mod. 8) |SockelA|1500-| 166 |MMX,X3DNow!|128 L1 | 0.13µm
Thoroughbred | |2000 | |3DNow!Pro |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Sempron (Mod.10 |SockelA|1500-| 166 |MMX,X3DNow!|128 L1 | 0.13µm
Barton 256 L2) | |2000 | |3DNow!Pro |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Sempron (Mod.10 |SockelA|2000 | 166 |MMX,X3DNow!|128 L1 | 0.13µm
Barton 512 L2) | | | |3DNow!Pro |512 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon 4MP/MP |SockelA|1000-| 100,|MMX,X3DNow!|128 L1 | 0.18µm
Palomino | |1733 | 133 |3DNow!Pro |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon MP |SockelA|1666-| 133 |MMX,X3DNow!|128 L1 | 0.13µm
Thoroughbred | |2133 | |3DNow!Pro |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon MP |SockelA|2000-| 133 |MMX,X3DNow!|128 L1 | 0.13µm
Barton | |2133 | |3DNow!Pro |512 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Duron mobile |SockelA| 600-| 100 |MMX,X3DNow!|64+64+24* L1| 0.18µm
Spitfire | | 700 | | |64 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Duron mobile |SockelA| 800-| 100 |MMX,X3DNow!|64+64+24* L1| 0.18µm
Morgan | | 950 | |3DNow!Pro |64 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon 4 mobile |SockelA| 850-| 100,|MMX,X3DNow!|128 L1 | 0.18µm
Palomino | |1333 | 133 |3DNow!Pro |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon 4 mobile |SockelA|1466-| 133 |MMX,X3DNow!|128 L1 | 0.13µm
Thoroughbred | |1800 | |3DNow!Pro |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Opteron |Sockel |1400-| HT |MMX,X3DNow!|64+64 L1| 0.13µm
1xx/2xx/8xx | 940 | | 800 |3DNow!Pro, |1024 L2 |
Sledgehammer | |2400 | |SSE2,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Opteron |Sockel |1600-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
1xx/2xx/8xx | 940 | |1000 |3DNow!Pro, |1024 L2 |
Venus,Troy,Athens| |2800 | |SSE3,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Opteron X2 |Sockel |1800-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
1xx/2xx/8xx | 940 | |1000 |3DNow!Pro, |2*1024 L2 |
Denmark, Italy, | |2400 | |SSE3,x86-64| |
Egypt | | | | | |
-----------------+-------+-----+-----+-----------+------------+---------
Opteron |Sockel |1600-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
1xx | 939 | |1000 |3DNow!Pro, |1024 L2 |
Venus | |2800 | |SSE3,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Opteron X2 |Sockel |1600-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
1xx | 939 | |1000 |3DNow!Pro, |2*1024 L2 |
Denmark | |2400 | |SSE3,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon64 |Sockel |2000-| HT |MMX,X3DNow!|64+64 L1| 0.13µm
Clawhammer | 754 |2400 | 800 |3DNow!Pro, | |
| | | |SSE2,x86-64|1024 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon64 |Sockel |1800-| HT |MMX,X3DNow!|64+64 L1| 0.13µm
Newcastle | 754 |2400 | 800 |3DNow!Pro, |512 L2 |
| | | |SSE2,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon64 |Sockel |2000-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
? | 754 |2400 | 800 |3DNow!Pro, |512 L2 |
(E3,E6-step) | | | |SSE3,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Sempron |Sockel |1800 | HT |MMX,X3DNow!|64+64 L1| 0.13µm
Paris | 754 | | 800 |3DNow!Pro, |256 L2 |
(CG-step) | | | |SSE2 | |
-----------------+-------+-----+-----+-----------+------------+---------
Sempron |Sockel |1600-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
Oakville | 754 |2000 | 800 |3DNow!Pro, |128/256 L2 |
(D0-step) | | | |SSE2 | |
-----------------+-------+-----+-----+-----------+------------+---------
Sempron |Sockel |1400-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
Palermo | 754 |2000 | 800 |3DNow!Pro, |128/256 L2 |
(E3-step) | | | |SSE3 | |
-----------------+-------+-----+-----+-----------+------------+---------
Sempron |Sockel |1400-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
Palermo x64 | 754 |2000 | 800 |3DNow!Pro, |128/256 L2 |
(E6-step) | | | |SSE3,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon64 |Sockel |1800-| HT |MMX,X3DNow!|64+64 L1| 0.13µm
Newcastle | 939 |2400 |1000 |3DNow!Pro, |512 L2 |
(CG-step) | | | |SSE2,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon64 |Sockel |1800-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
Winchester | 939 |2400 |1000 |3DNow!Pro, |512 L2 |
(D0-step) | | | |SSE2,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon64 |Sockel |1800-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
Venice | 939 |2400 |1000 |3DNow!Pro, |512 L2 |
(E3,E6-step) | | | |SSE3,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon64 |Sockel |2400 | HT |MMX,X3DNow!|64+64 L1| 0.13µm
Clawhammer | 939 | |1000 |3DNow!Pro, |1024 L2 |
(CG-step) | | | |SSE2,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon64 |Sockel |2200-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
San Diego | 939 |2400 |1000 |3DNow!Pro, |1024 L2 |
(E4-step) | | | |SSE2,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon64 FX |Sockel |2200-| HT |MMX,X3DNow!|64+64 L1| 0.13µm
Sledgehammer | 940 |2400 | 800 |3DNow!Pro, |1024 L2 |
(CG-step) | | | |SSE2,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon64 FX |Sockel |2400-| HT |MMX,X3DNow!|64+64 L1| 0.13µm
Clawhammer | 939 |2600 |1000 |3DNow!Pro, |1024 L2 |
(CG-step) | | | |SSE2,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon64 FX |Sockel |2600-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
San Diego | 939 | |1000 |3DNow!Pro, |1024 L2 |
(E4-step) | |2800 | |SSE3,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon64 FX X2 |Sockel |2600 | HT |MMX,X3DNow!|64+64 L1| 0.09µm
Toledo | 939 | |1000 |3DNow!Pro, |2*1024 L2 |
(E6-step) | | | |SSE3,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon64 X2 |Sockel |2200-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
Manchester | 939 | |1000 |3DNow!Pro, |2*512 L2 |
(E6-step) | |2200 | |SSE3,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Athlon64 X2 |Sockel |2000-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
Toledo | 939 | |1000 |3DNow!Pro, |2*1024 L2 |
(E6-step) | |2200 | |SSE3,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
mobile |Sockel |1600-| HT |MMX,X3DNow!|64+64 L1| 0.13µm
Athlon64 | 754 | | 800 |3DNow!Pro, |1024 L2 | 0.09µm
Clawhammer | |2400 | |SSE2,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
mobile |Sockel |1600-| HT |MMX,X3DNow!|64+64 L1| 0.13µm
Athlon64 | 754 |2600 | 800 |3DNow!Pro, |1024 L2 |
Odessa | | | |SSE2,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
mobile |Sockel |1800-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
Athlon64 | 754 |2000 | 800 |3DNow!Pro, |512 L2 |
Oakville | | | |SSE2,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
mobile |Sockel |1600-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
Sempron | 754 | | 800 |3DNow!Pro, |128/256 L2 |
Dublin | |2000 | |SSE2,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
mobile |Sockel |1600-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
Sempron | 754 | | 800 |3DNow!Pro, |128/256 L2 |
Paris | |2200 | |SSE2,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Turion64 |Sockel |1600-| HT |MMX,X3DNow!|64+64 L1| 0.09µm
Lancaster | 754 | | 800 |3DNow!Pro, |512/1024 L2 |
| |2400 | |SSE3,x86-64| |
-----------------+-------+-----+-----+-----------+------------+---------
Turion64 X2 |Sockel | | | |? L1|
Taylor | S1 | | | |2*1024 L2 |
| | | | | |
-----------------+-------+-----+-----+-----------+------------+---------
(...)* = L2-Cache auf der Platine
HT = Kein FSB mehr, Anbindung an den Chipsatz und andere CPUs
funktioniert über HyperTransport. Die Anbindung überträgt
bidirektional 3.2 GB/s (800MHz) bzw. 4 GB/s (1GHz).
3DNow! Pro enthält Intels SSE1-Befehle.
Centaur
=======
Prozessor/ |Slot/ | Takt| FSB |Erweiterung| OnDie Cache|Struktur-
Codename |Sockel |[MHz]|[MHz]| | [KB] |größe
=================+=======+=====+=====+===========+============+=========
WinChip |Sockel7|180- | 60- |MMX |32+32 L1 | 0.35µm
C6 | |240 | 75 | | |
-----------------+-------+-----+-----+-----------+------------+---------
WinChip2(A/B) |Sockel7|180- | 60- |MMX, 3DNow!|32+32 L1 | 0.35µm,
C6+,W2,W2A,W2B | |240 |100 | | | 0.25µm
-----------------+-------+-----+-----+-----------+------------+---------
WinChip3 |Sockel7|200 | 66 |MMX, 3DNow!|64+64 L1 | 0.25µm
W3 | | | | | |
-----------------+-------+-----+-----+-----------+------------+---------
Intel
=====
Prozessor/ |Slot/ | Takt| FSB |Erweiterung| OnDie Cache|Struktur-
Codename |Sockel |[MHz]|[MHz]| | [KB] |größe
=================+=======+=====+=====+===========+============+=========
80487SX |Sockel1|16-33|16-33| |8 L1 | ???
-----------------+-------+-----+-----+-----------+------------+---------
DX/2 |Sockel1|50,66|25,33| |8 L1 | ???
Overdrive | | | | | |
-----------------+-------+-----+-----+-----------+------------+---------
SX/2 |Sockel1|50,66|25,33| |8 L1 | ???
Overdrive | | | | | |
-----------------+-------+-----+-----+-----------+------------+---------
80486DX |Sockel2|20-50|20-50| |8 L1 | ???
|Sockel3| | | | |
-----------------+-------+-----+-----+-----------+------------+---------
80486DX/2 |Sockel2|40-66|20-40| |16 L1 | ???
|Sockel3| | | | |
-----------------+-------+-----+-----+-----------+------------+---------
80486DX/4 |Sockel3| 75,|25,33| |16 L1 | ???
| | 100 | | | |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium Overdrive|Sockel2|63,83|25,33| |16+16 L1 | ???
|Sockel3| | | | |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium |Sockel4| 60, |60,66| |8+8 L1 | 0.80µm
P5 | | 66 | | | |
-----------------+-------+-----+-----+-----------+------------+---------
P5 Overdrive |Sockel4| 120,|60,66| |8+8 L1 | 0.35µm
| | 133 | | | |
-----------------+-------+-----+-----+-----------+------------+---------
P54C |Sockel5| 75-|50-66| |8+8 L1 | 0.50µm
| | 166 | | | |
-----------------+-------+-----+-----+-----------+------------+---------
P54C |Sockel7| 120-|60-66| |8+8 L1 | 0.35µm
| | 200 | | | |
-----------------+-------+-----+-----+-----------+------------+---------
P55C |Sockel7| 120-|60,66| MMX |16+16 L1 | 0.28µm,
| | 233 | | | | 0.25µm
-----------------+-------+-----+-----+-----------+------------+---------
Pentium Pro |Sockel8| 150-|60,66| |16+16 L1 | 0.35µm,
| | 200 | | |256-1024 L2 | 0.50µm
-----------------+-------+-----+-----+-----------+------------+---------
P6 Overdrive |Sockel8| 333 | 66 | MMX |16+16 L1 | 0.25µm
| | | | |512 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Celeron | Slot1 | 266-| 66 | MMX |16+16 L1 | 0.35µm
Covington | S370 | 300 | | | |
-----------------+-------+-----+-----+-----------+------------+---------
Celeron I | Slot1 | 300-| 66 | MMX |16+16 L1 | 0.25µm
Mendocino | S370 | 533 | | |128 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Celeron II | Slot1 | 533-| 66, | MMX,SSE |16+16 L1 | 0.18µm
Coppermine | S370 |1100 | 100 | |128 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Celeron III | S370 |1000-| 100 | MMX,SSE |16+16 L1 | 0.13µm
Tualatin | |1400 | | |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Celeron IV | S478 |1700,| 100 | MMX,SSE, |8 L1 | 0.18µm
Willamette | |1800 | | SSE2 |128 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Celeron IV | S478 |2000-| 100 | MMX,SSE, |8 L1 | 0.13µm
Northwood | |2800 | | SSE2 |128 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Celeron D | S478/ |2266-| 133 | MMX,SSE, |16+16 L1 | 0.09µm
Prescott | S775 |3200 | | SSE2,SSE3 |256 L2 |
| | | | EM64T [2] | |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium II | Slot1 | 233-| 66 | MMX |16+16 L1 | 0.35µm
Klamath | | 300 | | |(512 L2)* |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium II | Slot1 | 266-| 66, | MMX |16+16 L1 | 0.25µm
Deschutes | | 450 | 100 | |(512 L2)* |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium III | Slot1 | 450-| 100,| MMX,SSE |16+16 L1 | 0.25µm,
Katmai | | 600 | 133 | |(512 L2)* | 0.18µm
-----------------+-------+-----+-----+-----------+------------+---------
Pentium III | Slot1 | 500-| 100,| MMX,SSE |16+16 L1 | 0.18µm
Coppermine | S370 |1133 | 133 | |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium III | S370 |1133-| 133 | MMX,SSE |16+16 L1 | 0.13µm
Tualatin | |1333 | | |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium III-S | S370 | 700-| 133 | MMX,SSE |16+16 L1 | 0.13µm
Tualatin | |1400 | | |512 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium 4 | S423 |1300-| 100 | MMX,SSE, |8+12KµOPs L1| 0.18µm
Willamette | S478 |2000 | | SSE2 |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium 4 L-TDP**| S478 |1600-| 100 | MMX,SSE, |8+12KµOPs L1| 0.13µm
Northwood | |2000 | | SSE2 |512 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium 4 | S478 |2000-| 100-| MMX,SSE, |8 L1 | 0.13µm
Northwood [1] | |3200 | 200 | SSE2 |512 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium 4 [1] | S478/ |3200-| 200-| MMX,SSE, |8+12KµOPs L1| 0.13µm
(Gallatin) | S775 |3460 |266.6| SSE2 |512 L2, |
Extreme Edition | | | | |2048 L3 |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium 4 | S478/ |2400-| 133/| MMX,SSE, |16+16 L1 | 0.09µm
Prescott [1] | S775 |3800 | 200 | SSE2,SSE3 |1024/2048 L2|
| | | | EM64T [2] | |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium D | S775 |2800-| | MMX, SSE, | | 0.09µm
(Smithfield) | |3200 | 200 | SSE2, SSE3|2x 1024 L2 |
| | | | EM64T [2] | |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium EE | S775 |3200 | | MMX, SSE, | | 0.09µm
(Smithfield) [1] | | | | SSE2, SSE3|2x 1024 L2 |
| | | | EM64T [2] | |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium II XEON | Slot2 | 400-| 100 | MMX |16+16 L1 | 0.25µm
Drake | | 450 | | |(512 L2)* |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium III XEON | Slot2 | 500-| 100 | MMX,SSE |16+16 L1 | 0.25µm
Tanner | | 550 | | |512-2048 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium III XEON | Slot2 | 600-| 100,| MMX,SSE |16+16 L1 | 0.18µm
Cascades | |1000 | 133 | |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
XEON | S603 |1400-| 100 | MMX,SSE |8+12KµOPs L1| 0.18µm
Foster | |2000 | | SSE2 |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
XEON MP | S603 |1400-| 100 | MMX,SSE |8+12KµOPs L1| 0.18µm
Foster MP [1] | |1600 | | SSE2 |256 L2 |
| | | | |512-1024 L3 |
-----------------+-------+-----+-----+-----------+------------+---------
XEON | S603/ |1800-| 100,| MMX,SSE |8+12KµOPs L1| 0.13µm
Prestonia [1] | 604 |3200 | 133 | SSE2 |512 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
XEON MP | S603 |1500-| 100 | MMX,SSE |8+12KµOPs L1| 0.13µm
Gallatin MP [1] | |3000 | | SSE2 |512 L2 |
| | | | |1024-4096 L3|
-----------------+-------+-----+-----+-----------+------------+---------
XEON | S604 |2800-| 200 | MMX,SSE |16+16 L1 | 0.09µm
Nocona/ [1] | |3600 | | SSE2,SSE3,|1024 L2 |
Nocona LV | | | | EM64T | |
-----------------+-------+-----+-----+-----------+------------+---------
XEON | S604 |3000-| 200 | MMX,SSE |16+16 L1 | 0.09µm
Irwindale [1] | |3600 | | SSE2,SSE3,|2048 L2 |
| | | | EM64T | |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium II |MMC-1/2| 233-| 66 | MMX |16+16 L1 | 0.25µm
Tonga | BGA | 300 | | |(512) |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium II (PE) |MMC-1/2| 266-| 66 | MMX |16+16 L1 | 0.25µm
Dixon | BGA | 400 | | |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Mobile Celeron |MMC-1/2| 300-| 66 | MMX |16+16 L1 | 0.25µm
Mendocino | BGA | 466 | | |128 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Mobile PentiumIII| BGA2 | 400-| 100 | MMX,SSE |16+16 L1 | 0.18µm
Geyserville | µPGA2 |1000 | 100 | |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Mobile Celeron II| BGA2 | 400-| 100 | MMX,SSE |16+16 L1 | 0.18µm
Geyserville | µPGA2 | 933 | | |128 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Mobile Pentium3-M|µFC-BGA| 866-| 133 | MMX,SSE |16+16 L1 | 0.13µm
Tualatin | |1333 | | |512 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Mobile CeleronIII|µFCBGA |1000-| 133 | MMX,SSE |16+16 L1 | 0.13µm
Tualatin |µFCPGA |1333 | | |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Mobile Celeron 4 |µFCPGA-|1400-| 100 | MMX,SSE, |8+12KµOPs L1| 0.13µm
Northwood |478 |2500 | | SSE2 |256 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Mobile Pentium4-M|µFCPGA-|1400-| 100 | MMX, SSE, |8+12KµOPs L1| 0.13µm
Northwood |478 |2500 | | SSE2 |512 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Mobile Pentium 4 | |2400-| 133 | MMX, SSE, |8 L1 | 0.13µm
[1] | |3200 | | SSE2 |512 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Mobile Pentium4-M|µFCPGA-|1200-| 100 | MMX,SSE, |8+12KµOPs L1| 0.13µm
Northwood |478 |2600 | | SSE2 |512 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Mobile Pentium 4 |µFCPGA-|1866-| 133 | MMX,SSE, |16+16 L1 | 0.09µm
(Prescott) [1] | |3330 | | SSE2, SSE3|1024 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium-M |µFCPGA | 900-| 100 | MMX,SSE, |32+32 L1 | 0.13µm
Banias |µFCBGA |1700 | | SSE2 |1024 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium-M |µFCPGA |1400-| 100,| MMX,SSE, |32+32 L1 | 0.09µm
Dothan/ULV |µFCBGA |2133 | 133 | SSE2 |2048 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Celeron-M |µFCPGA | 800-| 100 | MMX,SSE, |32+32 L1 | 0.13µm
Banias |µFCBGA |1500 | | SSE2 |512/1024 L2 | 0.09µm
-----------------+-------+-----+-----+-----------+------------+---------
Celeron-M |µFCPGA | 900-| 100 | MMX,SSE, |32+32 L1 | 0.09µm
Dothan/ULV |µFCBGA |1500 | | SSE2 |1024 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Itanium |PAC478 | 733,| 133 | MMX, SSE |16+16 L1 | 0.18µm
Merced | | 800 | | |96 L2 |
| | | | |2MB/4MB L3 |
-----------------+-------+-----+-----+-----------+------------+---------
Itanium 2 |PAC611 | 900,| 100 | MMX, SSE |16+16 L1 | 0.18µm
McKinley | |1000 | | |256 L2 |
| | | | |1.5MB/3MB L3|
-----------------+-------+-----+-----+-----------+------------+---------
Itanium 2 |PAC611 |1000 | 100 | MMX, SSE |16+16 L1 | 0.13µm
Deerfield | | | | |256 L2 |
| | | | |1.5MB L3 |
-----------------+-------+-----+-----+-----------+------------+---------
Itanium 2 |PAC611 |1300-| 100,| MMX, SSE |16+16 L1 | 0.13µm
Madison | | | 166 | |256 L2 |
| |1660 | | |3MB-9MB L3 |
-----------------+-------+-----+-----+-----------+------------+---------
Core Solo | |1660 | 133 | MMX, SSE, |? L1 | 0.065µm
Yonah | | | | SSE2, SSE3|2048 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Core Duo | |1500-| 133 | MMX, SSE, |? L1 | 0.065µm
Yonah | |2330 | | SSE2, SSE3|2048 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Core Duo LV | |1500-| 133 | MMX, SSE, |? L1 | 0.065µm
Yonah | |1830 | | SSE2, SSE3|2048 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Core Duo ULV | |1060 | 133 | MMX, SSE, |? L1 | 0.065µm
Yonah | | | | SSE2, SSE3|2048 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium EE | S775 |3460 | 266 | MMX, SSE, | | 0.065µm
Presler | | | | SSE2, SSE3|2x 2048 L2 |
| | | | EM64T, HT | |
-----------------+-------+-----+-----+-----------+------------+---------
Pentium D | S775 |2800-| | MMX, SSE, | | 0.065µm
Presler | |3200 | 200 | SSE2, SSE3|2x 2048 L2 |
| | | | EM64T | |
-----------------+-------+-----+-----+-----------+------------+---------
(...)* = L2-Cache auf der Platine
L-TDP** = Low Thermal Design Power: "Intel Pentium 4 Processor with
512 KB L2 Cache on .13 Micron Process (intended for sub-45W TDP
designs" [aus: intel Datasheet #298639-001, January 2002]
[1] Hyperthreading-CPUs sind alle P4 Northwood und Prescott ab 2400MHz mit
FSB800, der P4 3066 mit FSB533, alle Xeon mit Foster MP-, Prestonia-,
Gallatin- und Nocona-Kern, der P4 EE 840 sowie der Mobile Pentium 4
mit FSB533.
Die Nutzung von Hyperthreading (HT) erfordert einen HT-fähigen Chipsatz
sowie ein OS, welches diese Technologie unterstützt.
Weiterführende Infos siehe auch Kapitel 2.2.2 und unter:
http://www.intel.com/deutsch/hyperthreading/index.htm
[2] Pentium 4 6xx und EE 2.73GHz sowie P4 EE Pentium D und teilweise
Celeron D mit EM64T
NexGen
======
Prozessor/ |Slot/ | Takt| FSB |Erweiterung| OnDie Cache|Struktur-
Codename |Sockel |[MHz]|[MHz]| | [KB] |größe
=================+=======+=====+=====+===========+============+=========
Nx586 | ??? | 35- | 35- | |16+16 L1 | 0.50µm,
| | 55.5| 55.5| | | 0.44µm
-----------------+-------+-----+-----+-----------+------------+---------
Nx686 | ??? | 180 | 60 |MM |16+32 L1 | 0.44µm,
| | | | | | 0.35µm
-----------------+-------+-----+-----+-----------+------------+---------
Rise
====
Prozessor/ |Slot/ | Takt| FSB |Erweiterung| OnDie Cache|Struktur-
Codename |Sockel |[MHz]|[MHz]| | [KB] |größe
=================+=======+=====+=====+===========+============+=========
mp6 |Sockel7|166- | 66- |MMX |8+8 L1 | 0.25µm,
| |250 | 100 | | | 0.18µm
-----------------+-------+-----+-----+-----------+------------+---------
Transmeta
=========
Prozessor/ |Slot/ | Takt| FSB |Erweiterung| OnDie Cache|Struktur-
Codename |Sockel |[MHz]|[MHz]| | [KB] |größe
=================+=======+=====+=====+===========+============+=========
Crusoe |BGA-474| 500-| 66- |MMX |128 L1 | 0.22µm,
| |1000 | 133 | |256-512 L2 | 0.18µm
-----------------+-------+-----+-----+-----------+------------+---------
Efficeon |FC-OBGA|1100-| |MMX, SSE, |128+64 L1 | 0,13µm,
| 783 | | |SSE2 |1 MB L2 | 0,09µm
-----------------+-------+-----+-----+-----------+------------+---------
VIA-Cyrix
=========
Prozessor/ |Slot/ | Takt| FSB |Erweiterung| OnDie Cache|Struktur-
Codename |Sockel |[MHz]|[MHz]| | [KB] |größe
=================+=======+=====+=====+===========+============+=========
6x86(L/LV) |Sockel5| 80- | 35- | |16 L1 | 0.65µm,
M1 |Sockel7| 150 | 55.5| | | 0.35µm
-----------------+-------+-----+-----+-----------+------------+---------
6x86MX/M-II |Sockel7| 133-| 50-|MMX |64 L1 | 0.35µm
M2 | | 300 | 100 | | |
-----------------+-------+-----+-----+-----------+------------+---------
Cyrix III | S370 | 350-| 100-|MMX,3DNow! |128 L1 | 0.18µm
Joshua** | | 450 | 133 | | |
-----------------+-------+-----+-----+-----------+------------+---------
Cyrix III | S370 | 500-| 100-|MMX,3DNow! |64+64 L1 | 0.18µm
Samuel | | 800 | 133 | | |
-----------------+-------+-----+-----+-----------+------------+---------
C3 | S370 | 733-| 100-|MMX,3DNow! |64+64 L1 | 0.15µm
Samuel2 | | 800 | 133 | |64 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
C3 | S370 | 800-| 100-|MMX,3DNow! |64+64 L1 | 0.15µm
Ezra(-T) | |1000 | 133 | |64 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
C3 | S370 |733- | 133 |MMX, SSE |64+64 L1 | 0.13µm
Nehemia | |1400 | | |64 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
C3 Eden ESP | S370 |300- | 100-|MMX, 3DNow!|64+64 L1 | 0.15µm
3000 - 6000 | |733 | 133 | |64 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
C3 Eden ESP | S370 |733 | 133 |MMX, SSE |64+64 L1 | 0.13µm
7000 | | | | |64 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
C3 | S370 |533- | 133 |MMX, SSE |64+64 L1 | 0.13µm
Eden-N | |1000 | | |64 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
C7 | V4-Bus|1000-| 800 |MMX,SSE3 |128+128 L1 | 0.09µm
Esther | |2000 | |Padlock |128 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
C7-M | V4-Bus|1000-| 800 |MMX,SSE3 |128+128 L1 | 0.09µm
Esther | |2000 | |Padlock |128 L2 |
-----------------+-------+-----+-----+-----------+------------+---------
Joshua** = Kam in Europa und den USA nie auf den Markt, in Asien
möglicherweise in Komplett-Systemen.
3.3.2 Elektrische Daten
=======================
Aufgelistet sind die zur Zeit am häufigsten verbauten CPUs, unterteilt
nach ihrer Verwendung für Desktops, Mobilcomputer und Server/Workstations.
Geordnet sind die CPUs nach Hersteller, dann nach CPU-Generationen,
dann nach Taktrate. Der Verbrauch ist in Watt angegeben, die
Maximal-Temperatur in Grad Celsius. Das PR ist, so vorhanden, das vom
Hersteller genannte "Performance-Rating".
3.3.2.1 Desktop-CPUs
====================
AMD
===
Prozessor/Codename |Takt | PR/ |Voltage|Verbrauch |Verbrauch|Maximal-
|[MHz]|M-No.| [V] |Durchschn.| Maximal | Temp
===========================+=====+=====+=======+==========+=========+========
K6-2 Chompers AFR | 233 | - | 2.2 | 8.1 | 13.5 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2 Chompers AFR | 266 | - | 2.2 | 8.85 | 14.7 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2 Chompers AFR | 300 | - | 2.2 | 10.35 | 17.2 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2 Chompers AFR | 333 | - | 2.2 | 11.4 | 19 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2 Chompers AFR | 350 | - | 2.2 | 11.98 | 19.95 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2 Chompers AFR | 366 | - | 2.2 | 12.48 | 20.8 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2 Chompers AFR | 380 | - | 2.2 | 12.95 | 21.6 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2 Chompers AFQ | 400 | - | 2.2 | 13.65 | 22.7 | 60°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2 Chompers AFR | 400 | - | 2.2 | 10.15 | 16.9 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2 Chompers AFX | 450 | - | 2.2 | 11.3 | 18.8 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2 Chompers AHX | 450 | - | 2.4 | 17.05 | 28.4 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2 Chompers AFX | 475 | - | 2.2 | 11.9 | 19.8 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2 Chompers AHX | 475 | - | 2.4 | 17.75 | 29.6 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2 Chompers AFX | 500 | - | 2.2 | 12.45 | 20.75 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2 Chompers AFX | 533 | - | 2.4 | 12.45 | 20.75 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2 Chompers AGR | 550 | - | 2.3 | 15 | 25 | 70°
===========================+=====+=====+=======+==========+=========+========
K6-3 Sharptooth AFR | 400 | - | 2.2 | 10.85 | 18.1 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K6-3 Sharptooth AHX | 400 | - | 2.4 | 16.1 | 26.8 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
K6-3 Sharptooth AHX | 450 | - | 2.2 | 12.15 | 20.2 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
K6-3 Sharptooth AHX | 450 | - | 2.4 | 17.7 | 29.5 | 65°
===========================+=====+=====+=======+==========+=========+========
K6-2+ ACZ | 450 | - | 2.0 | 12.6 | 16 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2+ ACZ | 475 | - | 2.0 | 12.6 | 16 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2+ ACZ | 500 | - | 2.0 | 12.6 | 16 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2+ ACZ | 533 | - | 2.0 | 14.2 | 18 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
K6-2+ ACZ | 550 | - | 2.0 | 14.2 | 18 | 85°
===========================+=====+=====+=======+==========+=========+========
K6-III+ ACZ | 450 | - | 2.2 | 12.6 | 16 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
K6-III+ ACZ | 475 | - | 2.2 | 12.6 | 16 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
K6-III+ ACZ | 500 | - | 2.2 | 12.6 | 16 | 85°
===========================+=====+=====+=======+==========+=========+========
K7 Athlon Pluto | 500 | - | 1.6 | 38 | 42 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K7 Athlon Pluto | 550 | - | 1.6 | 41 | 46 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K7 Athlon Pluto | 600 | - | 1.6 | 45 | 50 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K7 Athlon Pluto | 650 | - | 1.6 | 48 | 54 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K7 Athlon Pluto | 700 | - | 1.6 | 45 | 50 | 70°
===========================+=====+=====+=======+==========+=========+========
K75 Athlon Orion | 550 | - | 1.6 | 28 | 31 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K75 Athlon Orion | 600 | - | 1.6 | 30 | 34 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K75 Athlon Orion | 650 | - | 1.6 | 32 | 36 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K75 Athlon Orion | 700 | - | 1.6 | 34 | 39 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K75 Athlon Orion | 750 | - | 1.6 | 35 | 40 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K75 Athlon Orion | 800 | - | 1.7 | 43 | 48 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K75 Athlon Orion | 850 | - | 1.7 | 45 | 50 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K75 Athlon Orion | 900 | - | 1.8 | 53 | 60 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K75 Athlon Orion | 950 | - | 1.8 | 55 | 62 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
K75 Athlon Orion |1000 | - | 1.8 | 60 | 65 | 70°
===========================+=====+=====+=======+==========+=========+========
Athlon Thunderbird | 650 | - | 1.7 | 32.4 | 36.1 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird | 650 | - | 1.75 | 34 | 38 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird | 700 | - | 1.7 | 34.4 | 38.3 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird | 700 | - | 1.75 | 36 | 40 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird | 750 | - | 1.7 | 36.3 | 40.4 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird | 750 | - | 1.75 | 38 | 43 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird | 800 | - | 1.7 | 38.3 | 42.6 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird | 800 | - | 1.75 | 40 | 45 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird | 850 | - | 1.7 | 40.2 | 44.8 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird | 850 | - | 1.75 | 42 | 47 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird | 900 | - | 1.75 | 44 | 50 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird | 950 | - | 1.75 | 47 | 52 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird |1000 | - | 1.75 | 49 | 54 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird |1100 | - | 1.75 | 54 | 60 | 95°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird |1133 | - | 1.75 | 56 | 63 | 95°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird |1200 | - | 1.75 | 59 | 66 | 95°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird |1300 | - | 1.75 | 61 | 68 | 95°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird |1333 | - | 1.75 | 63 | 70 | 95°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon Thunderbird |1400 | - | 1.75 | 65 | 72 | 95°
===========================+=====+=====+=======+==========+=========+========
AthlonXP Palomino |1333 |1500+| 1.75 | 53.8 | 60 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Palomino |1400 |1600+| 1.75 | 56.3 | 62.8 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Palomino |1466 |1700+| 1.75 | 57.4 | 64 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Palomino |1533 |1800+| 1.75 | 59.2 | 66 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Palomino |1600 |1900+| 1.75 | 60.7 | 68 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Palomino |1666 |2000+| 1.75 | 62.5 | 70 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Palomino |1733 |2100+| 1.75 | 64.3 | 72 | 90°
===========================+=====+=====+=======+==========+=========+========
AthlonXP Thoroughbred 681* |1400 |1600+| 1.60 | 44.0 | 48.5 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 680* |1466 |1700+| 1.50 | 44.9 | 49.4 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 681* |1466 |1700+| 1.50 | 44.9 | 49.4 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 681* |1466 |1700+| 1.60 | 44.9 | 49.4 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 680* |1533 |1800+| 1.50 | 46.3 | 51.0 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 681* |1533 |1800+| 1.50 | 46.3 | 51.0 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 681* |1533 |1800+| 1.60 | 46.3 | 51.0 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 680* |1600 |1900+| 1.50 | 47.7 | 52.5 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 680* |1666 |2000+| 1.60 | 54.7 | 60.3 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 680* |1666 |2000+| 1.65 | 55.7 | 61.3 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 681* |1666 |2000+| 1.60 | 54.7 | 60.3 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 680* |1733 |2100+| 1.60 | 56.4 | 62.1 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 681* |1733 |2100+| 1.60 | 55.9 | 62.1 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 680* |1800 |2200+| 1.65 | 61.7 | 67.9 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 681* |1800 |2200+| 1.60 | 57.0 | 62.8 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 681* |2000 |2400+| 1.60 | 59.3 | 65.3 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 681* |2083 |2600+| 1.65 | 62.0 | 68.3 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 681* |2133 |2600+| 1.65 | 62.0 | 68.3 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 681* |2166 |2700+| 1.65 | 62.0 | 68.3 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thoroughbred 681* |2250 |2800+| 1.65 | ? | ? | ?
===========================+=====+=====+=======+==========+=========+========
AthlonXP Barton FSB333 |1833 |2500+| 1.65 | 53.7 | 68.3 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Barton FSB333 |1917 |2600+| 1.65 | 53.7 | 68.3 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Barton FSB266 |2067 |2800+| 1.65 | 53.7 | 68.3 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Barton FSB333 |2083 |2800+| 1.65 | 53.7 | 68.3 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Barton FSB333 |2166 |3000+| 1.65 | 58.4 | 74.3 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Barton FSB400 |2100 |3000+| 1.65 | 53.7 | 68.3 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Barton FSB400 |2200 |3200+| 1.65 | 60.4 | 76.8 | 85°
===========================+=====+=====+=======+==========+=========+========
AthlonXP Thorton FSB333 |1667 |2000+| 1.60 | 47.4 | 60.3 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thorton FSB333 |1800 |2200+| 1.60 | 49.4 | 62.8 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thorton FSB333 |2000 |2400+| 1.65 | 53.7 | 68.3 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
AthlonXP Thorton FSB400 |2200 |3100+| 1.65 | ? | ? | ?
===========================+=====+=====+=======+==========+=========+========
Sempron Sockel A (Mod. 8) |1500 |2200+| 1.6 | 55.9 | 62 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Sockel A (Mod. 8) |1583 |2300+| 1.6 | 55.9 | 62 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Sockel A (Mod. 8) |1666 |2400+| 1.6 | 55.9 | 62 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Sockel A (Mod. 8) |1750 |2500+| 1.6 | 55.9 | 62 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Sockel A (Mod. 8) |1833 |2600+| 1.6 | 55.9 | 62 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Sockel A (Mod. 8) |2000 |2800+| 1.6 | 55.9 | 62 | 90°
===========================+=====+=====+=======+==========+=========+========
Sempron Sockel A (M10, 256)|1500 |2200+| 1.6 | 49.4 | 62 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Sockel A (M10, 256)|2000 |2800+| 1.6 | 49.4 | 62 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Sockel A (M10, 512)|2000 |3000+| 1.6 | 49.4 | 62 | 90°
===========================+=====+=====+=======+==========+=========+========
Duron Spitfire | 550 | - | 1.5 | 18.9 | 21.1 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Spitfire | 600 | - | 1.5 | 20.4 | 22.7 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Spitfire | 600 | - | 1.6 | 24.5 | 27.4 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Spitfire | 650 | - | 1.5 | 21.8 | 24.3 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Spitfire | 650 | - | 1.6 | 26.4 | 29.4 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Spitfire | 700 | - | 1.5 | 22.9 | 25.5 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Spitfire | 700 | - | 1.6 | 28.2 | 31.4 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Spitfire | 750 | - | 1.6 | 30 | 33.4 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Spitfire | 800 | - | 1.6 | 31.8 | 35.4 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Spitfire | 850 | - | 1.6 | 33.6 | 37.4 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Spitfire | 900 | - | 1.6 | 35.4 | 39.5 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Spitfire | 950 | - | 1.6 | 37.2 | 41.5 | 90°
===========================+=====+=====+=======+==========+=========+========
Duron Morgan | 900 | - | 1.75 | 38.3 | 42.7 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Morgan | 950 | - | 1.75 | 39.8 | 44.4 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Morgan |1000 | - | 1.75 | 41.3 | 46.1 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Morgan |1100 | - | 1.75 | 45.1 | 50.3 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Morgan |1200 | - | 1.75 | 49.1 | 54.7 | 90°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Morgan |1300 | - | 1.75 | 55.2 | 60 | 90°
===========================+=====+=====+=======+==========+=========+========
Duron Applebred |1400 | - | 1.5 | 45.5 | 57 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Applebred |1600 | - | 1.5 | 48.0 | 57 | 85°
---------------------------+-----+-----+-------+----------+---------+--------
Duron Applebred |1800 | - | 1.5 | 53.0 | 57 | 85°
===========================+=====+=====+=======+==========+=========+========
Athlon64 Newcastle S754 |1800 |2800+| 1.5 | | 89 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Newcastle S754 |2000 |3000+| 1.5 | | 89 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 ? S754 |2000 |3000+| 1.4 | | 51 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Clawhammer S754 |2000 |3200+| 1.5 | | 89 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Newcastle S754 |2200 |3200+| 1.5 | | 89 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Clawhammer S754 |2200 |3400+| 1.5 | | 66 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Newcastle S754 |2400 |3400+| 1.5 | | 89 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 ? S754 |2400 |3400+| 1.4 | | 69 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Clawhammer S754 |2400 |3700+| 1.5 | | 89 | 70°
===========================+=====+=====+=======+==========+=========+========
Athlon64 Newcastle S939 |1800 |3000+| 1.5 | | 89 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Winchester S939 |1800 |3000+| 1.4 | | 67 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Venice S939 |1800 |3000+| 1.4 | | 67 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Venice S939 |2000 |3000+| 1.4 | | 51 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Newcastle S939 |2000 |3200+| 1.5 | | 89 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Winchester S939 |2000 |3200+| 1.4 | | 67 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Venice S939 |2000 |3200+| 1.4 | | 67 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Newcastle S939 |2200 |3500+| 1.5 | | 89 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Winchester S939 |2200 |3500+| 1.4 | | 67 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Venice S939 |2200 |3500+| 1.4 | | 67 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 San Diego S939 |2200 |3700+| 1.4 | | 89 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Newcastle S939 |2400 |3800+| 1.5 | | 89 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Winchester S939 |2400 |3800+| 1.4 | | 89 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Venice S939 |2400 |3800+| 1.4 | | 89 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Clawhammer S939 |2400 |4000+| 1.5 | | 89 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 San Diego S939 |2400 |4000+| 1.4 | | 89 | 65°
===========================+=====+=====+=======+==========+=========+========
Sempron Paris |1800 |3100+| 1.4 | | 62 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Oakville 128kB |1600 |2600+| 1.4 | | 62 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Oakville 256kB |1600 |2800+| 1.4 | | 62 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Oakville 128kB |1800 |3000+| 1.4 | | 62 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Oakville 256kB |1800 |3100+| 1.4 | | 62 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Oakville 128kB |2000 |3300+| 1.4 | | 62 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Palermo 256kB |1400 |2500+| 1.4 | | 62 | 69°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Palermo 128kB |1600 |2600+| 1.4 | | 62 | 69°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Palermo 256kB |1600 |2800+| 1.4 | | 62 | 69°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Palermo 128kB |1800 |3000+| 1.4 | | 62 | 69°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Palermo 256kB |1800 |3100+| 1.4 | | 62 | 69°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Palermo 128kB |2000 |3300+| 1.4 | | 62 | 69°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Palermo 256kB x64 |1400 |2500+| 1.4 | | 62 | 69°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Palermo 128kB x64 |1600 |2600+| 1.4 | | 62 | 69°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Palermo 256kB x64 |1600 |2800+| 1.4 | | 62 | 69°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Palermo 128kB x64 |1800 |3000+| 1.4 | | 62 | 69°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Palermo 256kB x64 |1800 |3100+| 1.4 | | 62 | 69°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Palermo 128kB x64 |2000 |3300+| 1.4 | | 62 | 69°
---------------------------+-----+-----+-------+----------+---------+--------
Sempron Palermo 256kB x64 |2000 |3400+| 1.4 | | 62 | 69°
===========================+=====+=====+=======+==========+=========+========
Athlon64 Sledgehammer S940 |2200 |FX51 | 1.5 | | 89 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Sledgehammer S940 |2400 |FX53 | 1.5 | | 89 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Sledgehammer S939 |2400 |FX53 | 1.5 | | 89 | 70°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 Sledgehammer S939 |2600 |FX55 | 1.5 | | 104 | 63°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 San Diego S939 |2600 |FX55 | 1.4 | | 104 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 San Diego S939 |2800 |FX57 | 1.4 | | 104 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 X2 Toledo S939 |2600 |FX60 | 1.35 | | ? | ?
===========================+=====+=====+=======+==========+=========+========
Athlon64 X2 Manchester |2000 |3800+| 1.35 | | 89 | 71°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 X2 Manchester |2200 |4200+| 1.35 | | 89 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 X2 Toledo |2200 |4400+| 1.35 | | 110 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 X2 Manchester |2400 |4600+| 1.35 | | 110 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
Athlon64 X2 Toledo |2400 |4800+| 1.35 | | 110 | 65°
---------------------------+-----+-----+-------+----------+---------+--------
* Beim Athlon XP Thoroughbred wird zusätzlich die CPUID angegeben, um
die erste und zweite Version (Thoroughbred a und b) voneinander
zu unterscheiden.
Intel
=====
Prozessor/Codename |Takt |Voltage| Verbrauch |Verbrauch|Maximal-
|[MHz]| [V] |Durchschnitt| Maximal | Temp
=====================+=====+=======+============+=========+========
Pentium II Klamath | 233 | 2.8 | 23 | 34.8 | 75°
---------------------+-----+-------+------------+---------+--------
Pentium II Klamath | 266 | 2.8 | 25 | 38.2 | 75°
---------------------+-----+-------+------------+---------+--------
Pentium II Klamath | 300 | 2.8 | 28 | 43 | 72°
=====================+=====+=======+============+=========+========
Pentium II Deschutes | 266 | 2.0 | 11 | 16.8 | 75°
---------------------+-----+-------+------------+---------+--------
Pentium II Deschutes | 300 | 2.0 | 12 | 18.7 | 75°
---------------------+-----+-------+------------+---------+--------
Pentium II Deschutes | 333 | 2.0 | 14 | 20.6 | 75°
---------------------+-----+-------+------------+---------+--------
Pentium II Deschutes | 350 | 2.0 | 20 | 29.5 | 75°
---------------------+-----+-------+------------+---------+--------
Pentium II Deschutes | 400 | 2.0 | 22 | 32.7 | 75°
---------------------+-----+-------+------------+---------+--------
Pentium II Deschutes | 450 | 2.0 | 24 | 36.4 | 75°
=====================+=====+=======+============+=========+========
Pentium3 Katmai | 450 | 2.0 | 17 | 25.3 | 70°
---------------------+-----+-------+------------+---------+--------
Pentium3 Katmai | 500 | 2.0 | 19 | 28.0 | 70°
---------------------+-----+-------+------------+---------+--------
Pentium3B Katmai | 533 | 2.0 | 20 | 29.7 | 70°
---------------------+-----+-------+------------+---------+--------
Pentium3 Katmai | 550 | 2.0 | 21 | 30.8 | 70°
---------------------+-----+-------+------------+---------+--------
Pentium3 Katmai | 600 | 2.05 | 23 | 34.5 | 70°
---------------------+-----+-------+------------+---------+--------
Pentium3B Katmai | 600 | 2.05 | 23 | 34.5 | 70°
=====================+=====+=======+============+=========+========
Pentium3E Coppermine| 500 | 1.6 | 11 | 16 | 85°
---------------------+-----+-------+------------+---------+--------
Pentium3EB Coppermine| 533 | 1.65 | 12 | 17.6 | 85°
---------------------+-----+-------+------------+---------+--------
Pentium3E Coppermine| 550 | 1.65 | 12 | 17.6 | 85°
---------------------+-----+-------+------------+---------+--------
Pentium3E Coppermine| 600 | 1.65 | 13 | 19.8 | 85°
---------------------+-----+-------+------------+---------+--------
Pentium3EB Coppermine| 600 | 1.65 | 13 | 19.8 | 85°
---------------------+-----+-------+------------+---------+--------
Pentium3E Coppermine| 650 | 1.65 | 14 | 21.4 | 85°
---------------------+-----+-------+------------+---------+--------
Pentium3EB Coppermine| 667 | 1.65 | 15 | 22 | 85°
---------------------+-----+-------+------------+---------+--------
Pentium3E Coppermine| 700 | 1.65 | 15 | 23.1 | 85°
---------------------+-----+-------+------------+---------+--------
Pentium3EB Coppermine| 733 | 1.65 | 16 | 24.1 | 85°
---------------------+-----+-------+------------+---------+--------
Pentium3E Coppermine| 750 | 1.65 | 16 | 24.7 | 85°
---------------------+-----+-------+------------+---------+--------
Pentium3EB Coppermine| 800 | 1.65 | 18 | 26.4 | 75°
---------------------+-----+-------+------------+---------+--------
Pentium3EB Coppermine| 850 | 1.65 | 18 | 26.7 | 75°
---------------------+-----+-------+------------+---------+--------
Pentium3EB Coppermine| 866 | 1.65 | 16 | 24.5 | 75°
---------------------+-----+-------+------------+---------+--------
Pentium3EB Coppermine| 866 | 1.75 | 18 | 26.9 | 75°
---------------------+-----+-------+------------+---------+--------
Pentium3EB Coppermine| 933 | 1.65 | 17 | 27.3 | 75°
---------------------+-----+-------+------------+---------+--------
Pentium3EB Coppermine| 933 | 1.75 | 20 | 31.5 | 75°
---------------------+-----+-------+------------+---------+--------
Pentium3E Coppermine|1000 | 1.7 | 18 | 26.1 | 70°
---------------------+-----+-------+------------+---------+--------
Pentium3EB Coppermine|1000 | 1.75 | 24 | 35.5 | 70°
=====================+=====+=======+============+=========+========
Pentium3 Coppermine-T| 866 | 1.75 | ?? | 26.1 | 77°
---------------------+-----+-------+------------+---------+--------
Pentium3 Coppermine-T| 933 | 1.75 | ?? | 27.3 | 75°
---------------------+-----+-------+------------+---------+--------
Pentium3 Coppermine-T|1000 | 1.75 | ?? | 33.9 | 69°
---------------------+-----+-------+------------+---------+--------
Pentium3 Coppermine-T|1133 | 1.75 | ?? | 37.5 | 72°
=====================+=====+=======+============+=========+========
Pentium3 Tualatin |1000 | 1.475| 27.6 | ?? | 69°
---------------------+-----+-------+------------+---------+--------
Pentium3 Tualatin |1133 | 1.475| 29.1 | ?? | 69°
---------------------+-----+-------+------------+---------+--------
Pentium3 Tualatin |1266 | 1.475| 29.9 | ?? | 69°
---------------------+-----+-------+------------+---------+--------
Pentium3 Tualatin |1333 | 1.475| 33.9 | ?? | 71°
=====================+=====+=======+============+=========+========
Pentium3-S Tualatin |1133 | 1.45 | 27.9 | ?? | 69°
---------------------+-----+-------+------------+---------+--------
Pentium3-S Tualatin |1266 | 1.45 | 29.5 | ?? | 69°
---------------------+-----+-------+------------+---------+--------
Pentium3-S Tualatin |1400 | 1.45 | 31.2 | ?? | 69°
=====================+=====+=======+============+=========+========
Pentium4 Willamette |1300 | 1.7 | 48.9 | 65.2 | 69°
---------------------+-----+-------+------------+---------+--------
Pentium4 Willamette |1300 | 1.75 | 51.6 | 68.8 | 70°
---------------------+-----+-------+------------+---------+--------
Pentium4 Willamette |1400 | 1.7 | 51.8 | 69.1 | 70°
---------------------+-----+-------+------------+---------+--------
Pentium4 Willamette |1400 | 1.75 | 54.7 | 72.9 | 72°
---------------------+-----+-------+------------+---------+--------
Pentium4 Willamette |1500 | 1.7 | 54.7 | 72.9 | 72°
---------------------+-----+-------+------------+---------+--------
Pentium4 Willamette |1500 | 1.75 | 57.8 | 77.1 | 73°
---------------------+-----+-------+------------+---------+--------
Pentium4 Willamette |1600 | 1.75 | 61 | 81.3 | 75°
---------------------+-----+-------+------------+---------+--------
Pentium4 Willamette |1700 | 1.75 | 64 | 85.3 | 76°
---------------------+-----+-------+------------+---------+--------
Pentium4 Willamette |1800 | 1.75 | 66.7 | 88.9 | 78°
---------------------+-----+-------+------------+---------+--------
Pentium4 Willamette |1900 | 1.75 | 69.2 | 92.3 | 73°
---------------------+-----+-------+------------+---------+--------
Pentium4 Willamette |2000 | 1.75 | 71.8 | 95.7 | 76°
---------------------+-----+-------+------------+---------+--------
Pentium4 Willamette *|1500 | 1.75 | 57.9 | ???? | 73°
---------------------+-----+-------+------------+---------+--------
Pentium4 Willamette *|1600 | 1.75 | 60.8 | ???? | 75°
---------------------+-----+-------+------------+---------+--------
Pentium4 Willamette *|1700 | 1.75 | 63.5 | ???? | 76°
---------------------+-----+-------+------------+---------+--------
Pentium4 Willamette *|1800 | 1.75 | 66.1 | ???? | 77°
---------------------+-----+-------+------------+---------+--------
Pentium4 Willamette *|1900 | 1.75 | 72.8 | ???? | 75°
---------------------+-----+-------+------------+---------+--------
Pentium4 Willamette *|2000 | 1.75 | 75.3 | ???? | 76°
=====================+=====+=======+============+=========+========
Pentium4 Northwood |1600 | 1.5 | 46.8 | ???? | 66°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood |1800 | 1.5 | 49.6 | ???? | 67°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood |2000 | 1.5 | 52.4 | ???? | 68°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood |2000 | 1.525| 54.3 | ???? | 69°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood |2200 | 1.5 | 55.1 | ???? | 69°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood |2200 | 1.525| 57.1 | ???? | 70°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood |2266 | 1.5 | 56.0 | ???? | 70°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood |2266 | 1.525| 58.0 | ???? | 70°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood |2400 | 1.5 | 57.8 | ???? | 70°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood |2400 | 1.525| 59.8 | ???? | 71°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood HT|2400 | 1.5 | 66.2 | ???? | 74°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood |2500 | 1.5 | 59.3 | ???? | 71°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood |2500 | 1.525| 61.0 | ???? | 72°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood |2533 | 1.5 | 59.3 | ???? | 71°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood |2533 | 1.525| 61.5 | ???? | 72°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood |2600 | 1.525| 62.6 | ???? | 72°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood HT|2600 | 1.5 | 69.0 | ???? | 75°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood |2666 | 1.525| 66.1 | ???? | 74°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood |2800 | 1.525| 68.4 | ???? | 75°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood HT|2800 | 1.5 | 69.7 | ???? | 75°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood HT|3000 | 1.5 | 81.9 | ???? | 70°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood HT|3066 | 1.525| 81.8 | ???? | 69°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood HT|3200 | 1.5 | 82 | ???? | 70°
---------------------+-----+-------+------------+---------+--------
Pentium4 Northwood HT|3400 | 1.5 | 89 | ???? | 68°
=====================+=====+=======+============+=========+========
Pentium4 XE So478 [1]|3200 | 1.5 | 92.1 | ???? | 64°
---------------------+-----+-------+------------+---------+--------
Pentium4 XE So478 [1]|3400 | 1.5 | 102.9 | ???? | 67°
---------------------+-----+-------+------------+---------+--------
Pentium4 XE So775 [1]|3400 | 1.5 | 109.6 | ???? | 66°
---------------------+-----+-------+------------+---------+--------
Pentium4 XE So775 [1]|3460 | 1.5 | 110.7 | ???? | 66°
---------------------+-----+-------+------------+---------+--------
Pentium4 XE So775 [1]|3773 | 1.5 | 115 | ???? | 70.8°
=====================+=====+=======+============+=========+========
Pentium4 Prescott [2]|2800A| 1.4 | 89 | ???? | 69°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott [2]|2800E| 1.4 | 89 | ???? | 69°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott [2]|3000E| 1.4 | 89 | ???? | 69°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott [2]|3200E| 1.4 | 103 | ???? | 73°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott [2]|3400E| 1.4 | 103 | ???? | 73°
=====================+=====+=======+============+=========+========
Pentium4 Prescott505*|2666 | 1.4 | 84 | ???? | 67.7°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott520 |2800 | 1.4 | 84 | ???? | 67.7°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott521 |2800 | 1.4 | 84 | ???? | 67.7°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott515*|2933 | 1.4 | 84 | ???? | 67.7°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott530 |3000 | 1.4 | 84 | ???? | 67.7°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott531 |3000 | 1.4 | 84 | ???? | 67.7°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott540 |3200 | 1.4 | 84 | ???? | 67.7°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott541 |3200 | 1.4 | 84 | ???? | 67.7°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott550 |3400 | 1.4 | 84 | ???? | 67.7°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott550 |3400 | 1.4 | 115 | ???? | 72.8°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott551 |3400 | 1.4 | 84 | ???? | 67.7°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott560 |3600 | 1.4 | 115 | ???? | 72.8°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott561 |3600 | 1.4 | 84 | ???? | 67.7°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott570 |3800 | 1.4 | 115 | ???? | 72.8°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott571 |3800 | 1.4 | 115 | ???? | 72.8°
=====================+=====+=======+============+=========+========
Pentium4 Prescott630 |3000 | var[4]| 84 | ???? | 66.6°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott640 |3200 | var[4]| 84 | ???? | 66.6°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott650 |3400 | var[4]| 84 | ???? | 66.6°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott660 |3600 | var[4]| 115 | ???? | 70.8°
---------------------+-----+-------+------------+---------+--------
Pentium4 Prescott670 |3800 | var[4]| 115 | ???? | 70.8°
=====================+=====+=======+============+=========+========
Pentium D 820 |2800#| var[4]| 95 | ???? | 64.1°
---------------------+-----+-------+------------+---------+--------
Pentium D 830 |3000#| var[4]| 95 | ???? | 69.8°
---------------------+-----+-------+------------+---------+--------
Pentium D 840 |3200#| var[4]| 130 | ???? | 69.8°
=====================+=====+=======+============+=========+========
Pentium D 920 |2800#| var[4]| ? | ???? | ?
---------------------+-----+-------+------------+---------+--------
Pentium D 930 |3000#| var[4]| ? | ???? | ?
---------------------+-----+-------+------------+---------+--------
Pentium D 940 |3200#| var[4]| ? | ???? | ?
=====================+=====+=======+============+=========+========
PentiumEE 840 Smithf.|3200#| var[4]| 130 | ???? | 69.8°
=====================+=====+=======+============+=========+========
PentiumEE 955 Presler|3460#| var[4]| 130 | ???? | ?
=====================+=====+=======+============+=========+========
CeleronI Covington | 266 | 2.0 | 11 | 16 | 85°
---------------------+-----+-------+------------+---------+--------
CeleronI Covington | 300 | 2.0 | 12 | 18 | 85°
=====================+=====+=======+============+=========+========
CeleronI Mendocino | 300 | 2.0 | 12 | 18.4 | 85°
---------------------+-----+-------+------------+---------+--------
CeleronI Mendocino | 333 | 2.0 | 14 | 20.2 | 85°
---------------------+-----+-------+------------+---------+--------
CeleronI Mendocino | 366 | 2.0 | 15 | 22.2 | 85°
---------------------+-----+-------+------------+---------+--------
CeleronI Mendocino | 400 | 2.0 | 16 | 24.2 | 85°
---------------------+-----+-------+------------+---------+--------
CeleronI Mendocino | 433 | 2.0 | 16 | 24.6 | 85°
---------------------+-----+-------+------------+---------+--------
CeleronI Mendocino | 466 | 2.0 | 17 | 25.6 | 70°
---------------------+-----+-------+------------+---------+--------
CeleronI Mendocino | 500 | 2.0 | 18 | 27 | 70°
---------------------+-----+-------+------------+---------+--------
CeleronI Mendocino | 533 | 2.0 | 19 | 28.3 | 70°
=====================+=====+=======+============+=========+========
CeleronII Coppermine | 533 | 1.5 | 7 | 11.2 | 90°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 533 | 1.7 | 8 | 14 | 90°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 566 | 1.5 | 8 | 11.9 | 90°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 566 | 1.7 | 9 | 14.9 | 90°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 600 | 1.5 | 8 | 12.6 | 90°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 600 | 1.7 | 10 | 15.8 | 90°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 600 | 1.75 | 12 | 19.6 | 90°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 633 | 1.65 | 11 | 16.5 | 82°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 633 | 1.75 | 13 | 20.2 | 82°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 667 | 1.65 | 12 | 17.5 | 82°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 667 | 1.75 | 14 | 21.1 | 82°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 700 | 1.65 | 12 | 18.3 | 80°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 700 | 1.75 | 15 | 21.9 | 80°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 733 | 1.65 | 13 | 19.1 | 80°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 733 | 1.75 | 16 | 22.8 | 80°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 766 | 1.65 | 13 | 20 | 80°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 766 | 1.75 | 15 | 23.6 | 80°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 800 | 1.65 | 14 | 20.8 | 80°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 800 | 1.75 | 15 | 24.5 | 80°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 850 | 1.65 | ?? | 22.5 | 80°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 850 | 1.75 | ?? | 25.7 | 80°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 900 | 1.75 | ?? | 26.7 | 77°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine | 950 | 1.75 | ?? | 28 | 79°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine |1000 | 1.75 | ?? | 29 | 75°
---------------------+-----+-------+------------+---------+--------
CeleronII Coppermine |1100 | 1.75 | ?? | 33 | 77°
=====================+=====+=======+============+=========+========
CeleronIII Tualatin |1000 | 1.475 | ?? | 27.8 | 69°
---------------------+-----+-------+------------+---------+--------
CeleronIII Tualatin |1100 | 1.475 | ?? | 28.9 | 69°
---------------------+-----+-------+------------+---------+--------
CeleronIII Tualatin |1200 | 1.475 | ?? | 29.9 | 69°
---------------------+-----+-------+------------+---------+--------
CeleronIII Tualatin |1300 | 1.5 | ?? | 33.4 | 71°
---------------------+-----+-------+------------+---------+--------
CeleronIII Tualatin |1400 | 1.5 | ?? | 34.8 | 72°
=====================+=====+=======+============+=========+========
Celeron IV Willamette|1700 | 1.75 | ?? | 63.5 | 76°
---------------------+-----+-------+------------+---------+--------
Celeron IV Willamette|1800 | 1.75 | ?? | 66.1 | 77°
=====================+=====+=======+============+=========+========
Celeron IV Northwood |2000 | 1.525 | ?? | 52.8 | 68°
---------------------+-----+-------+------------+---------+--------
Celeron IV Northwood |2100 | 1.525 | ?? | 55.5 | 69°
---------------------+-----+-------+------------+---------+--------
Celeron IV Northwood |2200 | 1.525 | ?? | 57.1 | 70°
---------------------+-----+-------+------------+---------+--------
Celeron IV Northwood |2300 | 1.525 | ?? | 58.3 | 70°
---------------------+-----+-------+------------+---------+--------
Celeron IV Northwood |2400 | 1.525 | ?? | 59.8 | 71°
---------------------+-----+-------+------------+---------+--------
Celeron IV Northwood |2500 | 1.525 | ?? | 61.0 | 72°
---------------------+-----+-------+------------+---------+--------
Celeron IV Northwood |2600 | 1.525 | ?? | 62.6 | 72°
---------------------+-----+-------+------------+---------+--------
Celeron IV Northwood |2700 | 1.525 | ?? | 61.0 | 72°
---------------------+-----+-------+------------+---------+--------
Celeron IV Northwood |2800 | 1.525 | ?? | 68.4 | 72°
=====================+=====+=======+============+=========+========
Celeron D315 So 478 |2266 | | -- | 73 | 67°
---------------------+-----+-------+------------+---------+--------
Celeron D320 So 478 |2400 | | -- | 73 | 67°
---------------------+-----+-------+------------+---------+--------
Celeron D325 So 478 |2533 | | -- | 73 | 67°
---------------------+-----+-------+------------+---------+--------
Celeron D330 So 478 |2666 | | -- | 73 | 67°
---------------------+-----+-------+------------+---------+--------
Celeron D335 So 478 |2800 | | -- | 73 | 67°
---------------------+-----+-------+------------+---------+--------
Celeron D340 So 478 |2933 | | -- | 73 | 67°
---------------------+-----+-------+------------+---------+--------
Celeron D345 So 478 |3066 | | -- | 73 | 67°
=====================+=====+=======+============+=========+========
Celeron D325J LGA775 |2533 | var[3]| -- | 84 | 67.7°
---------------------+-----+-------+------------+---------+--------
Celeron D326 LGA775+|2533 | var[3]| -- | 84 | 67.7°
---------------------+-----+-------+------------+---------+--------
Celeron D330J LGA775 |2666 | var[3]| -- | 84 | 67.7°
---------------------+-----+-------+------------+---------+--------
Celeron D321 LGA775+|2666 | var[3]| -- | 84 | 67.7°
---------------------+-----+-------+------------+---------+--------
Celeron D335J LGA775 |2800 | var[3]| -- | 84 | 67.7°
---------------------+-----+-------+------------+---------+--------
Celeron D336 LGA775+|2800 | var[3]| -- | 84 | 67.7°
---------------------+-----+-------+------------+---------+--------
Celeron D340J LGA775 |2933 | var[3]| -- | 84 | 67.7°
---------------------+-----+-------+------------+---------+--------
Celeron D341 LGA775+|2933 | var[3]| -- | 84 | 67.7°
---------------------+-----+-------+------------+---------+--------
Celeron D345J LGA775 |3066 | var[3]| -- | 84 | 67.7°
---------------------+-----+-------+------------+---------+--------
Celeron D346 LGA775+|3066 | var[3]| -- | 84 | 67.7°
---------------------+-----+-------+------------+---------+--------
Celeron D350 LGA775 |3200 | var[3]| -- | 84 | 67.7°
---------------------+-----+-------+------------+---------+--------
Celeron D351 LGA775+|3200 | var[3]| -- | 84 | 67.7°
=====================+=====+=======+============+=========+========
Pentium4 Willamette * = Diese Pentium 4s sind im Sockel 478, durch
weitere Strom-/Masseleitungen ist der
Stromverbrauch leicht gestiegen.
* FSB 133MHz, kein Hyper Threading
# Dual-Core-CPU
+ EM64T + Execute Disable Bit
[1] Xeon Gallatin-Core
[2] Mit dem nachgestellten "E" in der Produktbezeichung der
So478-Version (z.B. Pentium 4 3,40E GHz) unterscheiden sich die
Prescotts vom Pentium4 3,4GHz mit dem Northwood-Kern. Das
nachgestellte "A" steht für FSB-133MHz-CPUs.
[3] Kernspannung zwischen 1,01 und 1,35V; bei Überhitzung durch
Thermal Monitor 2 Multiplikatoränderung und Senkung der Kern-
spannung möglich
[4] Enhanced Speedstep (EIST), Heruntertaktung bis auf 2800MHz und
variable Kernspannung von 1,25 bis 1,4V
VIA-Cyrix
=========
Prozessor/Codename |Takt |Voltage| Verbrauch |Verbrauch|Maximal-
|[MHz]| [V] |Durchschnitt| Maximal | Temp
=====================+=====+=======+============+=========+========
Cyrix-III Samuel | 500 | 1.9 | 6.8 | 11.2 | 70°
---------------------+-----+-------+------------+---------+--------
Cyrix-III Samuel | 500 | 2.0 | 7.5 | 12.4 | 70°
---------------------+-----+-------+------------+---------+--------
Cyrix-III Samuel | 550 | 1.9 | 7.3 | 12.2 | 70°
---------------------+-----+-------+------------+---------+--------
Cyrix-III Samuel | 550 | 2.0 | 8.1 | 13.5 | 70°
---------------------+-----+-------+------------+---------+--------
Cyrix-III Samuel | 600 | 1.9 | 7.8 | 13.1 | 70°
---------------------+-----+-------+------------+---------+--------
Cyrix-III Samuel | 600 | 2.0 | 8.6 | 14.5 | 70°
---------------------+-----+-------+------------+---------+--------
Cyrix-III Samuel | 650 | 1.9 | 8.4 | 14.2 | 70°
---------------------+-----+-------+------------+---------+--------
Cyrix-III Samuel | 650 | 2.0 | 9.3 | 15.7 | 70°
---------------------+-----+-------+------------+---------+--------
Cyrix-III Samuel | 667 | 1.9 | 8.7 | 14.5 | 70°
---------------------+-----+-------+------------+---------+--------
Cyrix-III Samuel | 667 | 2.0 | 9.6 | 16.1 | 70°
---------------------+-----+-------+------------+---------+--------
Cyrix-III Samuel | 700 | 1.9 | 9.2 | 15.3 | 70°
---------------------+-----+-------+------------+---------+--------
Cyrix-III Samuel | 700 | 2.0 | 10.2 | 16.9 | 70°
---------------------+-----+-------+------------+---------+--------
Cyrix-III Samuel | 733 | 1.9 | 9.6 | 16.0 | 70°
---------------------+-----+-------+------------+---------+--------
Cyrix-III Samuel | 733 | 2.0 | 10.6 | 17.7 | 70°
=====================+=====+=======+============+=========+========
C3 Samuel2 | 700 | 1.6 | 5.81 | 9.88 | 70°
---------------------+-----+-------+------------+---------+--------
C3 Samuel2 | 733 | 1.6 | 11.1 | 17.9 | 70°
---------------------+-----+-------+------------+---------+--------
C3 Samuel2 | 733 | 1.65 | 12.0 | 19.4 | 70°
---------------------+-----+-------+------------+---------+--------
C3 Samuel2 | 750 | 1.6 | 6.23 | 10.59 | 70°
---------------------+-----+-------+------------+---------+--------
C3 Samuel2 | 800 | 1.65 | 12 | 19.4 | 70°
=====================+=====+=======+============+=========+========
C3 Ezra | 800 | 1.35 | 5.0 | 8.3 | 70°
---------------------+-----+-------+------------+---------+--------
C3 Ezra | 850 | 1.35 | 5.5 | 9.0 | 70°
---------------------+-----+-------+------------+---------+--------
C3 Ezra | 866 | 1.35 | 5.6 | 9.2 | 70°
---------------------+-----+-------+------------+---------+--------
C3 Ezra | 900 | 1.35 | 5.7 | 9.4 | 70°
---------------------+-----+-------+------------+---------+--------
C3 Ezra | 933 | 1.35 | 5.9 | 10.0 | 70°
---------------------+-----+-------+------------+---------+--------
C3 Ezra |1000 | 1.35 | ?.? | ?.? | 70°
---------------------+-----+-------+------------+---------+--------
C3 Ezra T | ? | 1.45 | ?.? | ?.? | 85°
=====================+=====+=======+============+=========+========
C3 Nehemia |1000 | 1.4 | 17.8 | 18.5 | 85°
---------------------+-----+-------+------------+---------+--------
C3 Nehemia |1100 | 1.4 | ?.? | ?.? | 85°
---------------------+-----+-------+------------+---------+--------
C3 Nehemia |1200 | 1.4 | ?.? | ?.? | 85°
---------------------+-----+-------+------------+---------+--------
C3 Nehemia |1400 | 1.4 | ?.? | ?.? | 85°
---------------------+-----+-------+------------+---------+--------
C3 Nehemia LP |1000 | 1.25 | 11.8 | 12.0 | 85°
=====================+=====+=======+============+=========+========
Eden ESP3000 [1] | 300 | 1.05 | 1.4 | 2.5 | 85°
---------------------+-----+-------+------------+---------+--------
Eden ESP4000 [1] | 400 | 1.05 | 1.7 | 3.0 | 85°
---------------------+-----+-------+------------+---------+--------
Eden ESP5000 [1] | 533 | 1.2 | 2.8 | 5.0 | 85°
---------------------+-----+-------+------------+---------+--------
Eden ESP6000 [1] | 600 | 1.2 | 3.2 | 6.0 | 85°
---------------------+-----+-------+------------+---------+--------
Eden ESP7000 [2] | 733 | 1.05 | 4.4 | 6.0 | 85°
---------------------+-----+-------+------------+---------+--------
[1] Samuel2-Core
[2] Nehemia-Core
3.3.2.2 Mobil-CPUs
==================
AMD
===
Prozessor/Codename |Takt | PR/ |Voltage|Verbrauch|Maximal-
|[MHz]|M-No.| [V] | Typisch | Temp
======================================+=====+=====+=================+========
Mobile Athlon XP-M LP | |2000+| | | °
--------------------------------------+-----+-----+-------+---------+--------
Mobile Athlon XP-M LP | |2100+| | | °
======================================+=====+=====+=======+==================
Mobile Athlon XP-M [1] | |2600+| | | °
--------------------------------------+-----+-----+-------+---------+--------
Mobile Athlon XP-M [2] | |2200+| | 27 | °
======================================+=====+=====+=======+=========+========
Athlon64 mobile Clawh. |1600 |2800+| 1.5 | 81.5 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Athlon64 mobile Clawh. |1800 |3000+| 1.5 | 81.5 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Athlon64 mobile Clawh. |2000 |3200+| 1.5 | 81.5 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Athlon64 mobile Clawh. |2200 |3400+| 1.5 | 81.5 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Athlon64 mobile Clawh. |2200 |3400+| 1.4 | 62.0 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Athlon64 mobile Clawh. |2400 |3700+| 1.5 | 81.5 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Athlon64 mobile Clawh. |2400 |3700+| 1.4 | 62.0 | 95°
======================================+=====+=====+=======+=========+========
Athlon64 mobile Odessa |1600 |2700+| | |
--------------------------------------+-----+-----+-------+---------+--------
Athlon64 mobile Odessa |1800 |2800+| | |
--------------------------------------+-----+-----+-------+---------+--------
Athlon64 mobile Odessa |2000 |3200+| | |
--------------------------------------+-----+-----+-------+---------+--------
Athlon64 mobile Odessa |2200 |3400+| | |
--------------------------------------+-----+-----+-------+---------+--------
Athlon64 mobile Odessa |2400 |3700+| | |
--------------------------------------+-----+-----+-------+---------+--------
Athlon64 mobile Odessa |2600 |4000+| | 62 |
======================================+=====+=====+=======+=========+========
Athlon64 mobile Oakville |1800 |2800+| | 35 |
--------------------------------------+-----+-----+-------+---------+--------
Athlon64 mobile Oakville |2000 |3000+| | 35 |
======================================+=====+=====+=======+=========+========
Mobile Sempron Dublin 128kB |1600 |2600+|1.2/1.4| 25/62 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Mobile Sempron Dublin 256kB |1600 |2800+|1.2/1.4| 25/62 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Mobile Sempron Dublin 128kB |1800 |3000+|1.2/1.4| 25/62 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Mobile Sempron Dublin 256kB |1800 |3100+| 1.4 | 25/62 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Mobile Sempron Dublin 128kB |2000 |3300+| 1.4 | 25/62 | 95°
======================================+=====+=====+=======+=========+========
Mobile Sempron Paris 128kB |1600 |2600+| 1.4 | 62 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Mobile Sempron Paris 128kB |1600 |2600+| 1.22 | 25 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Mobile Sempron Paris 256kB |1600 |2800+| 1.4 | 62 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Mobile Sempron Paris 256kB |1600 |2800+| 1.22 | 25 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Mobile Sempron Paris 128kB |1800 |3000+| 1.4 | 62 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Mobile Sempron Paris 128kB |1800 |3000+| 1.22 | 25 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Mobile Sempron Paris 256kB |1800 |3100+| 1.4 | 62 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Mobile Sempron Paris 256kB |1800 |3100+| 1.22 | 25 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Mobile Sempron Paris 128kB |2000 |3300+| 1.4 | 62 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Mobile Sempron Paris 128kB |2000 |3300+| 1.22 | 25 | 95°
--------------------------------------+-----+-----+-------+---------+--------
Mobile Sempron Paris 256kB |2200 |3400+| 1.4 | 62 | 95°
======================================+=====+=====+=================+========
Turion64 512kB |1600 |ML-28| | 35 |
--------------------------------------+-----+-----+-------+---------+--------
Turion64 512kB |1600 |MT-28| | 25 |
--------------------------------------+-----+-----+-------+---------+--------
Turion64 1024kB |1600 |ML-30| | 35 |
--------------------------------------+-----+-----+-------+---------+--------
Turion64 1024kB |1600 |MT-30| | 25 |
--------------------------------------+-----+-----+-------+---------+--------
Turion64 512kB |1800 |ML-32| | 35 |
--------------------------------------+-----+-----+-------+---------+--------
Turion64 512kB |1800 |MT-32| | 25 |
--------------------------------------+-----+-----+-------+---------+--------
Turion64 1024kB |1800 |ML-34| | 35 |
--------------------------------------+-----+-----+-------+---------+--------
Turion64 1024kB |1800 |MT-34| | 25 |
--------------------------------------+-----+-----+-------+---------+--------
Turion64 1024kB |2000 |ML-37| | 35 |
--------------------------------------+-----+-----+-------+---------+--------
Turion64 1024kB |2000 |MT-37| | 25 |
--------------------------------------+-----+-----+-------+---------+--------
Turion64 1024kB |2200 |ML-40| | 35 |
--------------------------------------+-----+-----+-------+---------+--------
Turion64 1024kB |2200 |MT-40| | 25 |
--------------------------------------+-----+-----+-------+---------+--------
Turion64 512kB |2400 |ML-42| | 35 |
--------------------------------------+-----+-----+-------+---------+--------
Turion64 1024kB |2400 |ML-44| | 35 |
======================================+=====+=====+=======+=========+========
[1] Thoroughbred-Kern
[2] Barton-Kern
Intel
=====
Prozessor/Codename |Takt |Voltage| Verbrauch |Verbrauch|Maximal-
|[MHz]| [V] | Durchschnitt | Maximal | Temp
========================+=====+=======+===================+=========+========
Mobile Celeron IV |1400 | 1.3 | 30 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Celeron IV |1500 | 1.3 | 30 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Celeron IV |1600 | 1.3 | 30 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Celeron IV |1700 | 1.3 | 30 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Celeron IV |1800 | 1.3 | 30 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Celeron IV |2000 | 1.3 | 32 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Celeron IV |2200 | 1.3 | 35 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Celeron IV |2400 | 1.3 | 35 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Celeron IV |2500 | 1.3 | 35 | | 100°
========================+=====+=======+===================+=========+========
Mobile Pentium 4 |2400 | 1.5* | 59.8 | | 71°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4 |2666 | 1.5* | 66.1 | | 74°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4 |2800 | 1.5* | 68.4 | | 75°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4 |3066 | 1.5* | 70 | | 74°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4 |3200 | 1.5* | 76 | | 72°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4 538 |2800 | 1.5* | 76 | | 72°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4 532 |3066 | 1.5* | 76 | | 72°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4 518 |3200 | 1.5* | 76 | | 72°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4 548 |3330 | 1.4 | 88 | 112 | 84°
========================+=====+=======+===================+=========+========
Mobile Pentium 4-M |1200 | 1.2 | 20.8 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4-M |1400 | 1.3 | 25.8 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4-M |1500 | 1.3 | 26.9 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4-M |1600 | 1.3 | 30 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4-M |1700 | 1.3 | 30 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4-M |1800 | 1.3 | 30 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4-M |1900 | 1.3 | 32 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4-M |2000 | 1.3 | 32 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4-M |2200 | 1.3 | 35 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4-M |2400 | 1.3 | 35 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4-M |2500 | 1.3 | 35 | | 100°
------------------------+-----+-------+-------------------+---------+--------
Mobile Pentium 4-M |2600 | 1.3 | 35 | | 100°
========================+=====+=======+===================+=========+========
Pentium-M Banias |1300 | 1.388 | 22 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Banias |1400 | 1.484 | 22 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Banias |1500 | 1.484 | 24.5 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Banias 705 |1500 | 1.484 | 24.5 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Banias |1600 | 1.484 | 24.5 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Banias |1700 | 1.484 | 24.5 | ? | 100°
========================+=====+=======+===================+=========+========
Pentium-M Banias LV |1100 | 1.18 | 12 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Banias LV |1200 | 1.18 | 12 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M 718 Banias LV |1300 | 1.18 | 12 | ? | 100°
========================+=====+=======+===================+=========+========
Pentium-M Banias ULV | 900 | 1.004 | 7 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Banias ULV |1000 | 1.004 | 7 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Banias ULV |1100 | 1.004 | 7 | ? | 100°
========================+=====+=======+===================+=========+========
Pentium-M Dothan 710 |1400 | 1.34 | 24.5 | ? | 85°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Dothan 715 |1500 | 1.34 | 24.5 | ? | 85°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Dothan 725 |1600 | 1.34 | 24.5 | ? | 85°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Dothan 730 |1600 | 1.356 | 27 | ? | 85°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Dothan 735 |1700 | 1.34 | 24.5 | ? | 85°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Dothan 740 |1733 | 1.356 | 27 | ? | 85°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Dothan 745 |1800 | 1.34 | 24.5 | ? | 85°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Dothan 750 |1866 | 1.356 | 27 | ? | 85°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Dothan 755 |2000 | 1.34 | 21 | ? | 85°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Dothan 760 |2000 | 1.356 | 27 | ? | 85°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Dothan 765 |2100 | 1.34 | 21 | ? | 85°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Dothan 770 |2133 | 1.356 | 27 | ? | 85°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Dothan 780 |2266 | | 27 | ? | 85°
========================+=====+=======+===================+=========+========
Pentium-M 738 Dothan LV |1400 | | 10 | ? | 85°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M 758 Dothan LV |1500 | | 10 | ? | 85°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M 778 Dothan LV |1600 | | 10 | ? | 85°
========================+=====+=======+===================+=========+========
Pentium-M Dothan 723 ULV|1000 | 1.004 | 7 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Dothan 733 ULV|1100 | 1.004 | 7 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Pentium-M Dothan 753 ULV|1200 | 1.004 | 7 | ? | 100°
========================+=====+=======+===================+=========+========
Celeron-M Banias 310 |1200 | 1.356 | 24.5 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Celeron-M Banias 320 |1300 | 1.356 | 24.5 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Celeron-M Banias 330 |1400 | 1.356 | 24.5 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Celeron-M Banias 340 |1500 | 1.356 | 24.5 | ? | 100°
========================+=====+=======+===================+=========+========
Celeron-M Dothan 350 |1300 | 1.356 | 24.5 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Celeron-M Dothan 360 |1400 | 1.356 | 24.5 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Celeron-M Dothan 370 |1500 | 1.356 | 21 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Celeron-M Dothan 380 |1600 | | 21 | ? | 100°
========================+=====+=======+===================+=========+========
Celeron-M Dothan 333 ULV| 900 | 1.004 | 7 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Celeron-M Dothan 353 ULV| 900 | 0.94 | 5 | ? | 100°
------------------------+-----+-------+-------------------+---------+--------
Celeron-M Dothan 373 ULV|1000 | 0.94 | 5 | ? | 100°
========================+=====+=======+===================+=========+========
Core Solo Yonah T1300 |1660 | ? | 27 | ? | ?
------------------------+-----+-------+-------------------+---------+--------
Core Duo Yonah T2300 |1660 | ? | 31 | ? | ?
------------------------+-----+-------+-------------------+---------+--------
Core Duo Yonah T2400 |1830 | ? | 31 | ? | ?
------------------------+-----+-------+-------------------+---------+--------
Core Duo Yonah T2500 |2000 | ? | 31 | ? | ?
------------------------+-----+-------+-------------------+---------+--------
Core Duo Yonah T2600 |2160 | ? | 31 | ? | ?
------------------------+-----+-------+-------------------+---------+--------
Core Duo Yonah T2700 |2330 | ? | 31 | ? | ?
========================+=====+=======+===================+=========+========
Core Duo Yonah T2300LV |1500 | ? | 15 | ? | ?
------------------------+-----+-------+-------------------+---------+--------
Core Duo Yonah T2400LV |1660 | ? | 15 | ? | ?
------------------------+-----+-------+-------------------+---------+--------
Core Duo Yonah T2500LV |1830 | ? | 15 | ? | ?
========================+=====+=======+===================+=========+========
Core Duo Yonah T2500ULV|1060 | ? | | ? | ?
========================+=====+=======+===================+=========+========
*Es existieren verschiedene CPUs mit 1.475, 1,5, 1,525 und 1,55V V_Core.
Transmeta
=========
Prozessor/Codename |Takt |Voltage| Verbrauch |Verbrauch|Maximal-
|[MHz]| [V] | TDP [Watt] |Max[Watt]|Temp[°C]
========================+=====+=======+============+=========+========
Crusoe TM5500 | 800 | 1.3 | 8.0 | | 100
========================+=====+=======+============+=========+========
Crusoe TM5800 | 733 | 1.3 | 5.5 | | 100
------------------------+-----+-------+------------+---------+--------
Crusoe TM5800 | 800 | 1.3 | 6.0 | | 100
------------------------+-----+-------+------------+---------+--------
Crusoe TM5800 | 867 | 1.35 | 7.5 | | 80
------------------------+-----+-------+------------+---------+--------
Crusoe TM5800 | 933 | 1.35 | 7.5 | | 80
------------------------+-----+-------+------------+---------+--------
Crusoe TM5800 |1000 | 1.3 | 7.5 | | 80
========================+=====+=======+============+=========+========
Efficeon TM8600 OBGA 783|1000 | | | | 100
------------------------+-----+-------+------------+---------+--------
Efficeon TM8600 OBGA 783|1100 | | | | 100
------------------------+-----+-------+------------+---------+--------
Efficeon TM8620 OBGA 592|1000 | | | | 100
------------------------+-----+-------+------------+---------+--------
Efficeon TM8620 OBGA 592|1100 | | | | 100
------------------------+-----+-------+------------+---------+--------
Efficeon TM8800 OBGA 783|1600 | | | | 100
------------------------+-----+-------+------------+---------+--------
VIA-Cyrix
=========
Prozessor/Codename |Takt |Voltage| Verbrauch |Verbrauch|Maximal-
|[MHz]| [V] | TDP [Watt] |Max[Watt]|Temp[°C]
========================+=====+=======+============+=========+========
C7-M Esther |1000 | | 3.5 | |
------------------------+-----+-------+------------+---------+--------
C7-M Esther |1500 | | 12 | |
------------------------+-----+-------+------------+---------+--------
C7-M Esther |1800 | | 15 | |
------------------------+-----+-------+------------+---------+--------
C7-M Esther |2000 | | 20 | |
------------------------+-----+-------+------------+---------+--------
3.3.2.3 Server-/Workstation-CPUs
================================
AMD
===
Prozessor/Codename | Takt | PR/ |Voltage|Verbrauch|Maximal-
| [MHz]|M-No.| [V] | Maximal | Temp
========================+======+=====+=======+=========+========
Opteron x40 0.13µm | 1400 | | 1.55 | 84.7 | 69°
------------------------+------+-----+-------+---------+--------
Opteron x40 0.13µm | 1400 | | 1.50 | 82.1 | 70°
------------------------+------+-----+-------+---------+--------
Opteron x40 0.13µm EE | 1400 | | 1.15 | 30.0 | 70°
------------------------+------+-----+-------+---------+--------
Opteron x40 0.13µm | 1400 | | 1.50 | 82.1 | 70°
------------------------+------+-----+-------+---------+--------
Opteron x42 0.13µm | 1600 | | 1.55 | 84.7 | 69°
------------------------+------+-----+-------+---------+--------
Opteron x42 0.13µm | 1600 | | 1.50 | 82.1 | 70°
------------------------+------+-----+-------+---------+--------
Opteron x42 0.09µm | 1600 | | 1.40 | 85.3 | 71°
------------------------+------+-----+-------+---------+--------
Opteron x42 0.09µm | 1600 | | 1.35 | 85.3 | 71°
------------------------+------+-----+-------+---------+--------
Opteron x44 0.13µm | 1800 | | 1.55 | 84.7 | 69°
------------------------+------+-----+-------+---------+--------
Opteron x44 0.13µm | 1800 | | 1.50 | 82.1 | 70°
------------------------+------+-----+-------+---------+--------
Opteron x44 0.09µm | 1800 | | 1.40 | 85.3 | 71°
------------------------+------+-----+-------+---------+--------
Opteron x44 0.09µm | 1800 | | 1.35 | 85.3 | 71°
------------------------+------+-----+-------+---------+--------
Opteron x46 0.13µm | 2000 | | 1.50 | 89.0 | 70°
------------------------+------+-----+-------+---------+--------
Opteron x46 0.13µm HE | 2000 | | 1.30 | 55.0 | 70°
------------------------+------+-----+-------+---------+--------
Opteron x46 0.09µm | 2000 | | 1.40 | 67.0 | 65°
------------------------+------+-----+-------+---------+--------
Opteron x46 0.09µm | 2000 | | 1.40 | 85.3 | 71°
------------------------+------+-----+-------+---------+--------
Opteron x46 0.09µm | 2000 | | 1.35 | 85.3 | 71°
------------------------+------+-----+-------+---------+--------
Opteron x48 0.13µm | 2200 | | 1.55 | 89.0 | 70°
------------------------+------+-----+-------+---------+--------
Opteron x48 0.13µm | 2200 | | 1.50 | 89.0 | 70°
------------------------+------+-----+-------+---------+--------
Opteron x48 0.09µm | 2200 | | 1.40 | 67.0 | 65°
------------------------+------+-----+-------+---------+--------
Opteron x48 0.09µm | 2200 | | 1.40 | 85.3 | 71°
------------------------+------+-----+-------+---------+--------
Opteron x48 0.09µm | 2200 | | 1.35 | 85.3 | 71°
------------------------+------+-----+-------+---------+--------
Opteron x48 0.09µm HE | 2200 | | 1.40 | 55.0 | 71°
------------------------+------+-----+-------+---------+--------
Opteron x50 0.13µm | 2400 | | 1.50 | 89.0 | 70°
------------------------+------+-----+-------+---------+--------
Opteron x50 0.09µm | 2400 | | 1.40 | 85.3 | 71°
------------------------+------+-----+-------+---------+--------
Opteron x50 0.09µm | 2400 | | 1.35 | 85.3 | 71°
------------------------+------+-----+-------+---------+--------
Opteron x52 0.09µm | 2600 | | 1.40 | 92.6 | 67°
------------------------+------+-----+-------+---------+--------
Opteron x52 0.09µm | 2600 | | 1.35 | 92.6 | 67°
------------------------+------+-----+-------+---------+--------
Opteron x54 0.09µm | 2800 | |1.3-1.4| 92.6 | 67°
========================+======+=====+=======+=========+========
Opteron x60 0.09µm X2 HE| 1600 | | | |
------------------------+------+-----+-------+---------+--------
Opteron x65 0.09µm X2 | 1800 | | 1.30 | 95.0 | 67°
------------------------+------+-----+-------+---------+--------
Opteron x65 0.09µm X2 HE| 1800 | | | |
------------------------+------+-----+-------+---------+--------
Opteron x65 0.09µm X2 | 1800 | | 1.35 | 95.0 | 67°
------------------------+------+-----+-------+---------+--------
Opteron x70 0.09µm X2 | 2000 | |1.3/.35| 95.0 | 67°
------------------------+------+-----+-------+---------+--------
Opteron x75 0.09µm X2 | 2200 | |1.3/.35| 95.0 | 67°
------------------------+------+-----+-------+---------+--------
Opteron x75 0.09µm X2 HE| 2200 | | 1.15 | 55.0 | 71°
------------------------+------+-----+-------+---------+--------
Opteron x80 0.09µm X2 | 2400 | |1.3/.35| 95.0 | 67°
========================+======+=====+=======+=========+========
Opteron 144 S939 | 1800 | |1.3/.35| 67.0 | 71°
------------------------+------+-----+-------+---------+--------
Opteron 146 S939 | 2000 | |1.3/.35| 67.0 | 71°
------------------------+------+-----+-------+---------+--------
Opteron 148 S939 | 2200 | |1.3/.35| 85.3 | 71°
------------------------+------+-----+-------+---------+--------
Opteron 150 S939 | 2400 | |1.3/.35| 85.3 | 71°
------------------------+------+-----+-------+---------+--------
Opteron 152 S939 | 2600 | |1.3/.35| 104.0 | 71°
------------------------+------+-----+-------+---------+--------
Opteron 154 S939 | 2800 | |1.3/.35| 104.0 | 71°
========================+======+=====+=======+=========+========
Opteron 165 S939 X2 | 1800 | |1.3/.35| 110.0 | 65°
------------------------+------+-----+-------+---------+--------
Opteron 170 S939 X2 | 2000 | |1.3/.35| 110.0 | 65°
------------------------+------+-----+-------+---------+--------
Opteron 175 S939 X2 | 2200 | |1.3/.35| 110.0 | 65°
------------------------+------+-----+-------+---------+--------
Opteron 180 S939 X2 | 2400 | |1.3/.35| 110.0 | 65°
------------------------+------+-----+-------+---------+--------
Intel
=====
Prozessor/Codename |Takt |Voltage| Verbrauch |Verbrauch|Maximal-
|[MHz]| [V] |Durchschnitt| Maximal | Temp
=====================+=====+=======+============+=========+========
Itanium Merced | 733 | 2.1 | 116 | ??.? | 66°
2MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium Merced | 733 | 2.1 | 130 | ??.? | 66°
4MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium Merced | 800 | 2.1 | 116 | ??.? | 66°
2MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium Merced | 800 | 2.1 | 130 | ??.? | 66°
4MB L3-Cache | | | | |
=====================+=====+=======+============+=========+========
Itanium 2 McKinley | 900 | 2.1 | 130 | ??.? | 85°
1.5MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium 2 McKinley | 900 | 2.1 | 130 | ??.? | 85°
3MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium 2 McKinley |1000 | 2.1 | 130 | ??.? | 85°
1.5MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium 2 McKinley |1000 | 2.1 | 130 | ??.? | 85°
3MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium 2 McKinley | 900 | 1.5 | 90 | 130 | 85°
1.5MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium 2 McKinley | 900 | 1.5 | 90 | 130 | 85°
3MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium 2 McKinley |1000 | 1.5 | 100 | 130 | 85°
1.5MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium 2 McKinley |1000 | 1.5 | 100 | 130 | 85°
3MB L3-Cache | | | | |
=====================+=====+=======+============+=========+========
Itanium 2 Deerfield |1000 | 1.5 | 55 | 62 | 83°
1,5MB L3-Cache | | | | |
=====================+=====+=======+============+=========+========
Itanium 2 Madison |1300 | 1.5 | 97 | 130 | 83°
3MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium 2 Madison |1400 | 1.5 | | 130 | 83°
3MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium 2 Madison |1600 | 1.5 | | 130 | 83°
3MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium 2 Madison |1400 | 1.5 | 91 | 130 | 83°
1.5MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium 2 Madison |1400 | 1.5 | 91 | 130 | 83°
4MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium 2 Madison |1500 | 1.5 | 107 | 130 | 83°
6MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium 2 Madison |1660 | 1.5 | 122 | | 83°
6MB L3-Cache | | | | |
---------------------+-----+-------+------------+---------+--------
Itanium 2 Madison |1660 | 1.5 | 122 | | 83°
9MB L3-Cache | | | | |
=====================+=====+=======+============+=========+========
Xeon Nocona LV |2800 | 1.2 | 55 | 62.1 | 85°
=====================+=====+=======+============+=========+========
Xeon Nocona |2800 | 1.4 | 103 | 111 | 85°
---------------------+-----+-------+------------+---------+--------
Xeon Nocona |3000 | 1.4 | 103 | 111 | 85°
---------------------+-----+-------+------------+---------+--------
Xeon Nocona |3200 | 1.4 | 103 | 111 | 85°
---------------------+-----+-------+------------+---------+--------
Xeon Nocona |3400 | 1.4 | 103 | 111 | 85°
---------------------+-----+-------+------------+---------+--------
Xeon Nocona |3600 | 1.4 | 103 | 111 | 85°
=====================+=====+=======+============+=========+========
Xeon Irwindale |2800 | 1.4 | 110 | 120 | 79°
---------------------+-----+-------+------------+---------+--------
Xeon Irwindale |3000 | 1.4 | 110 | 120 | 79°
---------------------+-----+-------+------------+---------+--------
Xeon Irwindale |3200 | 1.4 | 110 | 120 | 79°
---------------------+-----+-------+------------+---------+--------
Xeon Irwindale |3400 | 1.4 | 110 | 120 | 79°
---------------------+-----+-------+------------+---------+--------
Xeon Irwindale |3600 | 1.4 | 110 | 120 | 79°
=====================+=====+=======+============+=========+========
3.3.3 Cacheable Area: Tabelle der Prozessoren
==============================================
AMD
===
Chipname | MHz | Codename / Core| L2 Cache Range
=============+===========+================+===================
K6-2+ | 450 - 550 | Chompers | 4 GB
-------------+-----------+----------------+-------------------
K6-III | 400 - 450 | Sharptooth | 4 GB
-------------+-----------+----------------+-------------------
K6-III+ | 450 - 500 | Sharptooth | 4 GB
-------------+-----------+----------------+-------------------
Duron | 550 - 950 | Spitfire | 64 GB
-------------+-----------+----------------+-------------------
Duron | 900 -1300 | Morgan | 64 GB
-------------+-----------+----------------+-------------------
Duron | 1400-1800 | Applebred | 64 GB
-------------+-----------+----------------+-------------------
Sempron | 1500-2000 | Thoroughbred | 64 GB
-------------+-----------+----------------+-------------------
Sempron | 1500-2000 | Barton | 64 GB
-------------+-----------+----------------+-------------------
Sempron | 1800 | Paris 128K | 1 TB
-------------+-----------+----------------+-------------------
Sempron | 1800 | Paris 256K | 1 TB
-------------+-----------+----------------+-------------------
Sempron | 1600-2000 | Oakville 128K | 1 TB
-------------+-----------+----------------+-------------------
Sempron | 1600-1800 | Oakville 256K | 1 TB
-------------+-----------+----------------+-------------------
Sempron | 1600-2000 | Palermo 128K | 1 TB
-------------+-----------+----------------+-------------------
Sempron | 1400-1800 | Palermo 256K | 1 TB
-------------+-----------+----------------+-------------------
Athlon | 500 - 700 | K7 | 64 GB
-------------+-----------+----------------+-------------------
Athlon | 550 -1000 | K75 | 64 GB
-------------+-----------+----------------+-------------------
Athlon | 750 -1400 | Thunderbird | 64 GB
-------------+-----------+----------------+-------------------
Athlon XP | 1333-1733 | Palomino | 64 GB
-------------+-----------+----------------+-------------------
Athlon XP | 1400-2166 | Thoroughbred | 64 GB
-------------+-----------+----------------+-------------------
Athlon XP | 1667-2000 | Thorton | 64 GB
-------------+-----------+----------------+-------------------
Athlon XP | 1833-2200 | Barton | 64 GB
-------------+-----------+----------------+-------------------
Athlon MP | 1000-1733 | Palomino | 64 GB
-------------+-----------+----------------+-------------------
Athlon MP | 1666-2133 | Thoroughbred | 64 GB
-------------+-----------+----------------+-------------------
Athlon MP | 2000-2133 | Barton | 64 GB
-------------+-----------+----------------+-------------------
Athlon 64 | 1600-2400 | Clawhammer | 1 TB
-------------+-----------+----------------+-------------------
Athlon 64 | 1800-2400 | Newcastle | 1 TB
-------------+-----------+----------------+-------------------
Athlon 64 | 1800-2200 | Winchester | 1 TB
-------------+-----------+----------------+-------------------
Athlon 64 | 1800-2400 | Venice | 1 TB
| | 512 KB L2 |
-------------+-----------+----------------+-------------------
Athlon 64 | 2200-2400 | San Diego | 1 TB
| | 1024 KB L2 |
-------------+-----------+----------------+-------------------
Athlon 64 X2| 2200-2400 | Manchester | 1 TB
| | 512+512 |
| | (Dual-Core) |
-------------+-----------+----------------+-------------------
Athlon 64 X2| 2200-2400 | Toledo 1M+1M | 1 TB
| | (Dual-Core) |
-------------+-----------+----------------+-------------------
Athlon 64 FX| 2400-2600 | Clawhammer | 1 TB
-------------+-----------+----------------+-------------------
Athlon 64 FX| 2200-2400 | Sledgehammer | 1 TB
-------------+-----------+----------------+-------------------
Turion64 | 1600-2200 | Lancaster | 1 TB
ML-XX | | |
-------------+-----------+----------------+-------------------
Turion64 | 1600-1800 | Lancaster | 1 TB
MT-XX | | |
-------------+-----------+----------------+-------------------
Opteron | 1400-2400 | Sledgehammer | 1 TB
-------------+-----------+----------------+-------------------
Opteron 1xx | 1600-2600 | Venus | 1 TB
-------------+-----------+----------------+-------------------
Opteron 2xx | 1600-2600 | Troy | 1 TB
-------------+-----------+----------------+-------------------
Opteron 8xx | 1600-2600 | Athens | 1 TB
-------------+-----------+----------------+-------------------
Opteron 2xx | 1800-2200 | Italy | 1 TB
| | (Dual-Core) |
-------------+-----------+----------------+-------------------
Opteron 8xx | 1800-2200 | Egypt | 1 TB
| | (Dual-Core) |
Intel
=====
Chipname | MHz | Codename / Core| L2 Cache Range
=============+===========+================+===================
Celeron | 266 - 300 | Covington | N/A
-------------+-----------+----------------+-------------------
Celeron | 300 - 533 | Mendochino | 4 GB
-------------+-----------+----------------+-------------------
Celeron | 500 -1100 | Coppermine-128 | 4 GB
-------------+-----------+----------------+-------------------
Celeron | 1000-1400 | Tualatin | 4 GB
-------------+-----------+----------------+-------------------
Celeron | 1700-1800 | Willamette | 4 GB
-------------+-----------+----------------+-------------------
Celeron | 2000-2800 | Northwood-128 | 4 GB
-------------+-----------+----------------+-------------------
Celeron D | 2266-3066 | Prescott-256, | 4 GB
Serie 300 | | S-478 |
-------------+-----------+----------------+-------------------
Celeron D | 2533-3066 | Prescott-256, | 4 GB
Serie 300J | | NX LGA-775 |
-------------+-----------+----------------+-------------------
Celeron D | 2533-3200 | Prescott-256, | 4 GB
Serie 300J | |NX EM64T LGA-775|
-------------+-----------+----------------+-------------------
Celeron M | 1200-1500 | Banias-512 | 4 GB
-------------+-----------+----------------+-------------------
Celeron M | 800 - 900 | Banias-512 ULV | 4 GB
-------------+-----------+----------------+-------------------
Celeron M | 1300-1500 | Dothan-1024 | 4 GB
-------------+-----------+----------------+-------------------
Celeron M | 900 -1000 | Dothan-1024 ULV| 4 GB
-------------+-----------+----------------+-------------------
Pentium Pro | 133 - 200 | P6 | 64 GB
-------------+-----------+----------------+-------------------
Pentium II | 300 - 333 | P6T | 64 GB
(Overdrive) | | |
-------------+-----------+----------------+-------------------
Pentium II | 233 - 300 | Klamath | 512 MB
-------------+-----------+----------------+-------------------
Pentium II | 266 - 333 | Deschutes | 512 MB (1)
-------------+-----------+----------------+-------------------
Pentium II | 266 - 450 | Deschutes | 4 GB (1)
-------------+-----------+----------------+-------------------
Pentium III | 450 - 600 | Katmai | 4 GB
-------------+-----------+----------------+-------------------
Pentium III | 500 -1000 | Coppermine | 4 GB
-------------+-----------+----------------+-------------------
Pentium III | 866 -1133 | Coppermine-T | 4 GB
-------------+-----------+----------------+-------------------
Pentium III | 1133-1200 | Tualatin-256 | 64 GB
-------------+-----------+----------------+-------------------
Pentium III | 700 -1400 | Tualatin-512 | 64 GB
-------------+-----------+----------------+-------------------
Pentium 4 | 1300-2000 | Willamette | 4 GB
-------------+-----------+----------------+-------------------
Pentium 4 | 1600-2800 | Northwood | 4 GB
-------------+-----------+----------------+-------------------
Pentium 4 | 2400-3400 | Northwood w/HT | 4 GB
-------------+-----------+----------------+-------------------
Pentium 4 | 2400-3400 | Prescott 1M, | 4 GB
| | S-478 |
-------------+-----------+----------------+-------------------
Pentium 4 | 2666-3600 | Prescott 1M, | 4 GB
Serie 500 | | LGA-775 |
-------------+-----------+----------------+-------------------
Pentium 4 | 2666-3800 | Prescott 1M, | 4 GB
Serie 500J | | NX LGA-775 |
-------------+-----------+----------------+-------------------
Pentium 4 | 2666-3800 | Prescott 1M, | 4 GB
Serie 500(J)| |NX EM64T LGA-775|
-------------+-----------+----------------+-------------------
Pentium 4 | 3200-3800 | Prescott 1M, | 16 TB
3.xxF | | EM64T LGA-775 |
-------------+-----------+----------------+-------------------
Pentium 4 | 3000-3800 | Prescott 2M, | 16 TB
Serie 600 | |NX EM64T LGA-775|
-------------+-----------+----------------+-------------------
Pentium D | 2800-3200 | Smithfield, | 64 GB
Serie 800 | | Dual-Core NX |
| | EM64T LGA-775 |
-------------+-----------+----------------+-------------------
Pentium 4 XE| 3200-3400 | Gallatin | 64 GB
-------------+-----------+----------------+-------------------
Pentium 4 XE| 3400-3466 |Gallatin LGA-775| 64 GB
-------------+-----------+----------------+-------------------
Pentium 4 XE| 3733 |Prescott LGA-775| 64 GB
-------------+-----------+----------------+-------------------
Pentium XE | 3200 | Smithfield, | 64 GB
Serie 800 | |Dual-Core HT NX |
| | EM64T LGA-775 |
-------------+-----------+----------------+-------------------
Pentium M | 1400-1700 | Banias | 4 GB
-------------+-----------+----------------+-------------------
Pentium M | 1200-1300 | Banias LV | 4 GB
-------------+-----------+----------------+-------------------
Pentium M | 600- 1100 | Banias ULV | 4 GB
-------------+-----------+----------------+-------------------
Pentium M | 1400-2100 | Dothan | 4 GB
-------------+-----------+----------------+-------------------
Pentium M | 1600-2166 | Dothan/FSB533 | 4 GB
-------------+-----------+----------------+-------------------
Pentium M | 1400-1500 | Dothan LV | 4 GB
-------------+-----------+----------------+-------------------
Pentium M | 1000-1200 | Dothan ULV | 4 GB
-------------+-----------+----------------+-------------------
P II Xeon | 400 - 450 | Drake | 64 GB
-------------+-----------+----------------+-------------------
P III Xeon | 500 - 550 | Tanner | 64 GB
-------------+-----------+----------------+-------------------
P III Xeon | 600 -1000 | Cascades | 64 GB
-------------+-----------+----------------+-------------------
Xeon | 1400-2000 | Foster | 4 GB
-------------+-----------+----------------+-------------------
Xeon MP | 1400-1600 | Foster MP | 64 GB
-------------+-----------+----------------+-------------------
Xeon | 1800-3200 | Prestonia | 64 GB
-------------+-----------+----------------+-------------------
Xeon MP | 1500-3000 | Gallatin | 64 GB
-------------+-----------+----------------+-------------------
Xeon | 800 | Nocona LV | 64 GB
-------------+-----------+----------------+-------------------
Xeon | 2800-3600 | Nocona | 64 GB
-------------+-----------+----------------+-------------------
Xeon | 2800-3600 | Irwindale | 64 GB
-------------+-----------+----------------+-------------------
Xeon MP | 2833-3667 | Cranford | 16 TB
-------------+-----------+----------------+-------------------
Xeon MP | 2667-3667 | Potomac | 16 TB
-------------+-----------+----------------+-------------------
Itanium | 733 - 800 | Merced | 16 TB
-------------+-----------+----------------+-------------------
Itanium 2 | 900 -1000 | McKinley | 16 TB
-------------+-----------+----------------+-------------------
Itanium 2 | 1000 | Deerfield | 16 TB
-------------+-----------+----------------+-------------------
Itanium 2 | 1300 | Fanwood | 16 TB
-------------+-----------+----------------+-------------------
Itanium 2 | 1300-1600 | Madison | 16 TB
Anmerkungen:
(1) Pentium II "Deschutes" ab Stepping dA1 ab 350MHz und alle
Modelle mit den folgenden S-Nummern:
266 MHz: SL33D, SL2W7
300 MHz: SL35V, SL2VY, SL2YK, SL2W8
333 MHz: SL2QH, SL2S5, SL2WY, SL2TV, SL2ZP
haben alle eine cacheable Area von 4 GB
(Aus welchem Stepping ein Prozessor stammt, kann man unter
http://developer.intel.com/design/pentiumII/qit nachsehen)
Transmeta
=========
Chipname | MHz | Codename / Core| L2 Cache Range
=============+===========+================+===================
TM5500,5800 | 667 - 900 | Crusoe | 4 GB
-------------+-----------+----------------+-------------------
TM5700,5900 | 667 -1000 | Crusoe | 4 GB
-------------+-----------+----------------+-------------------
TM8300 | 1100 | Efficeon | 4 GB
-------------+-----------+----------------+-------------------
TM8600 | 1000-1200 | Efficeon | 4 GB
-------------+-----------+----------------+-------------------
TM8800 | 1000-1600 | Efficeon | 4 GB
VIA-Cyrix
=========
Chipname | MHz | Codename / Core| L2 Cache Range
=============+===========+================+===================
Cyrix III | 500 - 666 | Samuel / C5 | 4 GB
-------------+-----------+----------------+-------------------
C3 | 700 - 800 | Samuel 2 / C5B | 4 GB
-------------+-----------+----------------+-------------------
C3 | 800 - 866 | Ezra / C5C | 4 GB
-------------+-----------+----------------+-------------------
C3 | 800 -1000 | Ezra-T / C5M | 4 GB
-------------+-----------+----------------+-------------------
C3 | 800 -1400 | Nehemiah / C5P | 4 GB
-------------+-----------+----------------+-------------------
C3-M | 1000-1400 |Antaur-M / C5P-M| 4 GB
-------------+-----------+----------------+-------------------
C7 | -2000 | Esther / C5J | 4 GB
-------------+-----------+----------------+-------------------
C7-M | -2000 | Esther / C5J-M | 4 GB
Quelle: Hersteller der CPUs (siehe Kap. 13.4) sowie
http://users.erols.com/chare und http://www.sandpile.org
3.4 Welche CPU habe ich?
========================
Um den verwendeten CPU-Typ und genauere Eigenschaften über diesen
zu erfahren gibt es mehrere Möglichkeiten.
3.4.1 Tools der Hersteller
======================
3.4.1.1 Intel
=============
Ist der CPU-Typ bekannt (oder Teile der Bezeichnung) können folgende
Seiten zur vollständigen Identifikation weiterhelfen:
http://processorfinder.intel.com/scripts/default.asp
Hier genügt es, die 'sSpec Number' (5stellige Buchstaben-/
Zahlenkombination) einzugeben um an detaillierte Informationen über
die CPU zu kommen. Schrittweise über CPU-Typ, Sockel etc. ist dies
auch möglich.
Ein unter DOS bootfähiges Programm von Intel namens
'Processor Frequency ID Utility' lässt sich unter
http://support.intel.com/support/processors/tools/frequencyid
herunterladen.
3.4.1.2 AMD
===========
Bei AMD lässt sich ein DOS-Programm namens 'cpuinfo.exe' unter
http://www.amd.com/de-de/Processors/ComputingSolutions/0,,30_288_809_965%5E871%5E2364~4563,00.html
herunterladen. Die Informationen über die (derzeit) verwendete CPU
entsprechen in etwa denen von 'WCPUID'.
Sehr hilfreich für nähere Information über die verwendete CPU könnte auch
die AMD-eigene Seite http://www.amdcompare.com/ sein.
3.4.2. Tools von Drittanbietern
===============================
Den verwendeten CPU-Typ kann man unter Windows z.B. mit
"WCPUID" feststellen, offizielle Homepage: http://www.h-oda.com.
Falls der Download dort zu langsam ist reicht das Suchen nach
WCPUID bei jeder Suchmaschine um genügende Ergebnisse hervorzubringen.
Alternativ kann man das ähnliche CPU-Z verwenden, die
Herstellerhomepage lautet http://www.cpuid.com.
Eine weitere Freeware wäre CPUInfo von
http://www.pcanalyser.de/deu/index.html
Für DOS ist Dr. Hardware geeignet. Man kann es auf der
offiziellen Seite http://www.drhardware.de erhalten.
Unter Linux ist (falls vorhanden) 'cat /proc/cpuinfo' möglich, bei
vielen Distributionen gibt es auch das Paket cpuid (Für Debian:
apt-get install cpuid; Andere Distributionen bieten ähnliche
Pakete an).
3.5 Mobiler Einsatz - spezielle Anforderungen und Anpassungen
=============================================================
Mit der wachsenden Beliebtheit von tragbaren Rechnern (Notebooks,
Subnotebooks, Tablet-PCs) rücken auch die dort verbauten Prozessoren
stärker in den Blickpunkt. Generell kann man mehrere Typen von
Prozessoren unterscheiden:
3.5.1 Desktop-CPUs
==================
Insbesondere der Pentium 4 gehört in diese Kategorie. Diese
Prozessoren sind ganz gewöhnliche Exemplare, wie sie auch in
Desktop-Rechnern zum Einsatz kommen, mit hoher Verlustleistung,
keinerlei Stromsparfunktionen (von Throttling einmal abgesehen,
siehe 4.5.4) und eher niedriger zulässiger Maximaltemperatur, damit
hohem Kühlbedarf. Ständiges Lüfterrauschen und/oder starke Erwärmung
der eher klobigen Geräte sind an der Tagesordnung, zudem bedingt der
hohe Energieverbrauch meist wenig überzeugende Akkulaufzeiten trotz
hoher Akkukapazitäten. Desktop-CPUs werden typischerweise in sehr
billigen Notebooks oder Desktop-Replacements (also eher großen
Geräten mit einer Ausstattung, die der von stationären Rechnern
Konkurrenz macht) verbaut.
3.5.2 Mobile-CPUs mit höherer Verlustleistung
=============================================
Hierzu zählen vor allem Mobile Pentium 4-M (kurz mP4-M) und Mobile
Athlon XP (kurz mA-XP [mit DECs Alphas hat der nichts zu tun, daher
nicht mAXP]). Diese bieten alle Stromsparfunktionen, die man so
braucht (dazu später mehr), verbraten aber dennoch maximal bis zu
30-40 W und sind aufgrund der dafür nötigen Kühlsysteme für sehr
dünne Notebooks kaum geeignet. Zwischen mP4-M und Desktop-P4 ist der
Mobile Pentium 4 angesiedelt, der die Stromsparfunktionen des mP4-M
bietet, bei vollem Takt aber mit Kernspannungen vergleichbar denen
von Desktop-Exemplaren läuft und dann auch ähnliche
Verlustleistungen aufweist. Die Prozessoren dieser Kategorie sind
ausnahmslos von Desktop-CPUs abgeleitete Designs (siehe 3.5.3.1).
3.5.3 Echte Mobile-CPUs
=======================
Hierzu zählen vor allem der Pentium-M (Banias- und Dothan-Kern), der
Mobile Pentium III-M (kurz mPIII-M), die Low-Voltage-Versionen des
Mobile Athlon XP und der Transmeta Crusoe. Diese eignen sich auch
für den Einsatz in Subnotebooks, die typischerweise aufgrund der
geringen Akkukapazitäten sehr stromsparend sein müssen und keinen
Platz für ein großzügig dimensioniertes Kühlsystem bieten. Sie sind
(mal abgesehen vom Crusoe) oftmals auch in Low-Voltage- und
Ultra-Low-Voltage-Versionen mit weiter reduzierten Kernspannungen
verfügbar, die z.B. in Subnotebooks, Mini-Notebooks und Tablet-PCs
zum Einsatz kommen. Man kann in dieser Kategorie nochmals zwei Arten
von Prozessoren unterscheiden:
3.5.3.1 Von Desktop-Prozessoren abgeleitete Designs
===================================================
Dies ist der klassische Ansatz. Hierhin gehören der mPIII-M, der
mA-XP und der mP4-M. Die Vertreter dieser Gattung sind im
wesentlichen Desktop-Prozessoren mit diversen Stromsparfunktionen
(u.a. Reduktion von Takt und Kernspannung in einer oder mehreren
Stufen [Intel: SpeedStep, AMD: PowerNow] und "Tiefschlaf-Modi" mit
weiter reduzierter Stromaufnahme gegenüber normalem Leerlauf
[d.h. Einsatz des HLT-Befehls]).
3.5.3.2 Eigene Mobil-Designs
============================
Diese Prozessoren wurden speziell für den Einsatz als
Mobilprozessoren entworfen und haben sonst keine Entsprechung.
Hierunter fallen insbesondere Intels Pentium-M und Transmetas
Crusoe.
Der Pentium-M ist in gewissem Sinne ein "klassischer" x86er - auf
den ersten Blick erkennt man einige Elemente des P6-Designs (also
PPro/PII/PIII/Celeron abzüglich P4-Celeron), was wenig verwundert,
hatten doch die Entwickler vorher am "Timna" gearbeitet, der eine
Art Celeron mit integriertem Grafikcore und Speichercontroller
werden sollte; der Prozessorbus ist eine Variante des
Pentium-4-Busses mit niedrigerer Spannung. Daneben finden sich aber
auch jede Menge Dinge, die implementiert wurden, um die Effizienz
des Prozessors zu erhöhen und den Stromverbrauch zu reduzieren:
Eine verbesserte Sprungvorhersage, die Abschaltung und lediglich
gezielte Aktivierung von einzelnen Segmenten des großen L2-Caches,
die Möglichkeit zum separaten Abschalten von vielerlei
Prozessorteilen, deutlich reduzierte Leckströme (ab 0.13µ ein
ernstzunehmendes Problem) sowie endlich auch Speedstep mit mehr
Taktstufen. In der Summe handelt es sich um einen Prozessor, der
bezüglich Rechen- und Verlustleistung den mP4-M das Fürchten lehrt
und hinsichtlich der Mobiltauglichkeit endlich wieder an den
mPIII-M anschließt.
Der Transmeta Crusoe ist gänzlich anders konzipiert: Dieser
VLIW-Prozessor (Very Long Instruction Word, die Datenworte sind 128
bzw. 256 Bit lang) führt sämtlichen x86-Code mittels seiner
Code-Morphing-Software in einer Art Emulation aus (womit er
eigentlich nicht auf x86 beschränkt ist, sondern auch ganz andere
Architekturen emulieren könnte), wobei zusätzlich der Programmablauf
im Laufe der Zeit weiter optimiert wird. Der Stromspartrick besteht
darin, daß der eigentliche Prozessorkern weitaus einfacher (und #
damit: weniger stromhungrig) gehalten werden kann als es für die
Realisierung von x86-Kompatibilität ganz in Hardware vonnöten wäre.
Der große Durchbruch blieb dem innovativen Konzept bisher verwehrt,
waren doch die erzielten Rechenleistungen eher moderat.
Weiterführende Literatur:
c't 7/03, S. 122f
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