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Intel Pentium MMX Prozessor (P55C)Intel Pentium Prozessor (P54C)Intel Pentium Prozessor (P5 - 60/66MHz)AMD K6-III ProzessorAMD K6-2 ProzessorAMD K6 ProzessorAMD K6 - Technische DatenAMD K5 ProzessorCyrix 6x86MX ProzessorCyrix/IBM 6x86 ProzessorIDT W-Chip Cyrix 6x86MX ProzessorUnterkapitel: MII-300 kompatible Boards | MII kompatible Boards | Daten 6x86MX/M-II | Eigenschaften: -
Projektname: M2 -
Cyrix nennt seine MMX-CPU jetzt M II (z.B. Cyrix M II - 300) -
mit MMX-Befehlssatz -
64 kByte interner Cache -
Sockel 7 kompatibel (P55C) -
Zweifache Spannung: Vcore = 2,9V und Vio = 3,3V (die Spannung Vcore wurde ursprünglich mit 2,8V angekündigt), Achtung: es sind auch Prozessoren mit Vcore=1,8V angekündigt. -
All PR-Versionen sind grundsätzlich in verschiedenen Ausführungen mit unterschiedlichen externen und internen Frequenzen erhältlich (siehe Tabelle). Prozessor Typ | Performance Rating | Bus-/CPU- Takt | Multi- plikator | CPU-Takt | 6x86MX-PR133 | PR133 | 50 55 | 2x 2x | 100 110 | 6x86MX-PR150 | PR150 | 50 60 | 2,5x 2x | 125 120 | 6x86MX-PR166 | PR166 | 50 55 60 66 | 3x 2,5x 2,5x 2x | 150 138 150 133 | 6x86MX-PR200 | PR200 | 55 60 66 75 | 3x 3x 2,5x 2x | 165 180 166 150 | 6x86MX-PR233 | PR233 | 66 75 83 | 3x 2,5x 2x | 200 188 166 | 6x86MX-PR266 | PR266 | 66 75 83 | 3,5x 3x 2,5x | 231 225 208 | MII-300 | PR300 | 60 66 75 95 | 4x 3,5x 3x 2,5x | 240 231 225 238 | MII-333 | PR333 | 66 75 83 | 4x 3,5x 3x | 264 263 249 | MII-350 | PR350 | 95 | 3x | 285 | MII-366 | PR366 | 83 100 | 3,5x 2,5x | 291 250 | MII-380 | PR380 | 100 | 3x | 300 | MII-400 | PR400 | 83 95 | 4x 3,5x | 332 333 | MII-433 | PR433 | 100 | 3,5x | 350 | MII-450 | PR450 | 95 | 4x | 380 | MII-466 | PR466 | 100 | 4 | 400 | Hinweis: Die Systemfrequenzen 75 und 83 MHz führen bei einigen Chipsätzen zur Übertaktung (z.B. 430VX/TX). Ein stabiles Betriebsverhalten kann bei Übertaktung (d.h.: Betrieb außerhalb der Spezifikation) jedoch nicht gewährleistet werden. Falls der Prozessor vom Bios nicht korrekt erkannt wird (z.B. als "486", anstatt "Cyrix MII"), sollte dies in den meisten Fällen keinen Einfluß auf Performance und Stabiltität des Systems haben. Welches Mainboard ist mit Cyrix MII-300 kompatibel? Falls der Prozessor vom Bios nicht korrekt erkannt wird (z.B. als "486", anstatt "Cyrix MII"), sollte dies in den meisten Fällen keinen Einfluß auf Performance und Stabiltität des Systems haben. Welches Mainboard ist mit Cyrix MII kompatibel? Falls der Prozessortakt einer Cyrix MII-CPU vom Bios nicht korrekt angezeigt wird, ist ein Bios-Update notwendig: Technische Daten zu 6x86MX/M-II Prozessoren aus: http://users.erols.com/chare/elec.htm Cyrix 6x86MX/M-II (M2) | | Core Voltage | Abs. Max. Core Voltage | I/O Voltage | Abs. Max. I/O Voltage | Maximum Core Amperage | Maximum I/O Amperage | Typical Power Dissipation | Maximum Power Dissipation | Max. Case Temp. | M2-PR166 (133MHz 0.35µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 6.238A | 0.1A | 10.6W | 17.6W | 70° C | M2-PR166 (150MHz 0.35µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 6.758A | 0.1A | 11.4W | 18.9W | 70° C | M2-PR200 (150MHz 0.35µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 6.758A | 0.1A | 11.4W | 18.9W | 70° C | M2-PR200 (166MHz 0.35µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 7.195A | 0.1A | 12.1W | 20.2W | 70° C | M2-PR200 (166MHz 0.30µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 6.6A | 0.1A | 11.5W | 19.1W | 70° C | M2-PR233 (188MHz 0.35µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 7.778A | 0.1A | 13.1W | 21.8W | 70° C | M2-PR233 (188MHz 0.30µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 7.48A | 0.1A | 13.1W | 21.7W | 70° C | M2-PR233 (200MHz 0.35µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 8.07A | 0.1A | 13.7W | 22.9W | 70° C | M2-PR233 (200MHz 0.30µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 7.7A | 0.1A | 13.5W | 22.3W | 70° C | M2-PR266 (208MHz 0.30µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 7.92A | 0.1A | 13.8W | 23W | 70° C | MII-300 (225MHz 0.35µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 9.2A | 0.1A | 15.7W | 26.1W | 70° C | MII-300 (225MHz 0.30µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 8.58A | 0.1A | 15.0W | 24.9W | 70° C | MII-300GP (225MHz 0.25µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 7.48A | 0.1A | 12.5W | 20.7W | 70° C | MII-300 (233MHz 0.35µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 9.5A | 0.1A | 16.2W | 27.0W | 70° C | MII-300 (233MHz 0.30µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 8.8A | 0.1A | 15.4W | 25.5W | 70° C | MII-300GP (233MHz 0.25µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 7.74A | 0.1A | 13W | 21.6W | 70° C | MII-333 (250MHz 0.30µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 9.5A | 0.1A | 16.6W | 27.6W | 70° C | MII-333GP (250MHz 0.25µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 8.35A | 0.1A | 14W | 23.3W | 70° C | MII-333 (250MHz 0.18µ) | 2.2V (2.1V~2.3V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 3.84A | 0.1A | 7.7W | 8.8W | 70° C | MII-366GP (250MHz 0.25µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 8.35A | 0.1A | 14W | 23.3W | 70° C | MII-366 (250MHz 0.18µ) | 2.2V (2.1V~2.3V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 3.84A | 0.1A | 7.7W | 8.8W | 70° C | MII-400 (285MHz 0.18µ) | 2.2V (2.1V~2.3V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 5.52A | 0.1A | 11.1W | 12.5W | 70° C | MII-433 (300MHz 0.18µ) | 2.2V (2.1V~2.3V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 6.08A | 0.1A | 12W | 13.7W | 70° C | M2 Notes: - The Absolute Maximum Voltages are the highest voltages the chips can take for a short period of time. Extended use of the processor at or near these voltages will cause permanent damage to the chip. Reliable operation of the chip outside its nominal voltage range is not guaranteed.
- Maximum amperages were determined using the worst-case instruction mix at maximum voltages.
- Maximum power dissipation was determined using the worst-case instruction mix at typical voltages.
IBM 6x86MX (M2) | | Core Voltage | Abs. Max. Core Voltage | I/O Voltage | Abs. Max. I/O Voltage | Maximum Core Amperage | Maximum I/O Amperage | Typical Power Dissipation | Maximum Power Dissipation | Max. Case Temp. | M2-PR166 (133MHz 0.35µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 6.238A | 0.1A | 10.6W | 17.6W | 70° C | M2-PR166 (150MHz 0.35µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 6.758A | 0.1A | 11.4W | 18.9W | 70° C | M2-PR200 (150MHz 0.35µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 6.758A | 0.1A | 11.4W | 18.9W | 70° C | M2-PR200 (166MHz 0.35µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 6.6A | 0.1A | 11.5W | 19.1W | 70° C | M2-PR200 (166MHz 0.30µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 6.7A | 0.1A | 11.5W | 18.1W | 70° C | M2-PR233 (188MHz 0.35µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 7.48A | 0.1A | 13.1W | 21.7W | 70° C | M2-PR233 (188MHz 0.30µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 7.3A | 0.1A | 13.1W | 19.7W | 70° C | M2-PR233 (200MHz 0.35µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 7.7A | 0.1A | 13.5W | 22.3W | 70° C | M2-PR233 (200MHz 0.30µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 7.6A | 0.1A | 13.5W | 20.5W | 70° C | M2-PR266 (208MHz 0.35µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 7.92A | 0.1A | 13.8W | 23.0W | 70° C | M2-PR266 (208MHz 0.30µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 7.9A | 0.1A | 13.8W | 21.3W | 70° C | M2-PR266 (225MHz 0.35µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 8.58A | 0.1A | 15.0W | 24.9W | 70° C | M2-PR266 (225MHz 0.30µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 8.3A | 0.1A | 15.0W | 22.3W | 70° C | M2-PR300 (233MHz 0.30µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 8.8A | 0.1A | 15.4W | 25.5W | 70° C | M2-PR300 (233MHz 0.25µ-G) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 8.5A | 0.1A | 15.4W | 22.8W | 70° C | M2-PR300 (233MHz 0.25µ-H) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 10.0A | 0.1A | 16.9W | 27W | 70° C | M2-PR333 (250MHz 0.30µ) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 9.5A | 0.1A | 16.6W | 27.6W | 70° C | M2-PR333 (250MHz 0.25µ-G) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 8.9A | 0.1A | 16.6W | 23.9W | 70° C | M2-PR333 (250MHz 0.25µ-H) | 2.9V (2.8V~3.0V) | 3.3V | 3.3V (3.135V~3.465V) | 4.0V | 10.3A | 0.1A | 18.3W | 27.9W | 70° C | M2 Notes: - The Absolute Maximum Voltages are the highest voltages the chips can take for a short period of time. Extended use of the processor at or near these voltages will cause permanent damage to the chip. Reliable operation of the chip outside its nominal voltage range is not guaranteed.
- Maxium amperages were determined using the worst-case instruction mix at maximum voltages.
- Maximum power dissipation was determined using the worst-case instruction mix at typical voltages.
- The 225MHz chips were never produced.
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