Technische Daten des Intel 386 Mobile
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Intel 386SX Mobile 16 | 16 MHz | Gelötet | PQFB | 16 MHz | auf Mainboard | ? | 1,0 Micron | 5,0 V |
Intel 386SX Mobile 20 | 20 MHz | Gelötet | PQFB | 20 MHz | auf Mainboard | ? | 1,0 Micron | 5,0 V |
Intel 386SL Mobile 20 | 20 MHz | Gelötet | PQFB-196 | 20 MHz | auf Mainboard | ? | 1,0 Micron | 5,0 V |
Intel 386SL Mobile 25 | 25 MHz | Gelötet | PQFB-196 | 25 MHz | auf Mainboard | ? | 1,0 Micron | 5,0 V |
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Technische Daten des Intel 486 Mobile
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Intel Mobile 486SX 25 | 25 MHz | Gelötet | PQFB | 25 MHz | auf Mainboard | ? | 1,0 Micron | 5,0 V |
Intel Mobile 486SX 25 | 25 MHz | Sockel 168 | PCGA | 25 MHz | auf Mainboard | ? | 1,0 Micron | 5,0 V |
Intel Mobile 486SL 25 | 25 MHz | Gelötet | PQFB | 25 MHz | auf Mainboard | ? | 1,0 Micron | 5,0 V |
Intel Mobile 486DX2 40 | 40 MHz | Gelötet | SQFP | 20 MHz | auf Mainboard | ? | 0,80 Micron | 3,3 V |
Intel Mobile 486DX2 50 | 50 MHz | Gelötet | SQFP | 25 MHz | auf Mainboard | ? | 0,80 Micron | 3,3 V |
Intel Mobile 486DX4 75 | 75 MHz | Gelötet | SQFP | 25 MHz | auf Mainboard | ? | 0,80 Micron | 3,3 V |
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486SX in PQFB-Bauweise | Stromspar-Modi: Stop Clock state Stop Grant state Stop Clock Snoop state Auto Halt state Upgrade Power Down mode Auf Chip
vorhanden:
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486SX in PCGA-Bauweise | Stromspar-Modi: Stop Clock state Stop Grant state Stop Clock Snoop state Auto Halt state Upgrade Power Down mode Auf Chip
vorhanden:
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486DX2 auf Adapter | Stromspar-Modi: Stop Clock state Stop Grant state Stop Clock Snoop state Auto Halt state Auto Idle Power Down mode Upgrade Power Down mode Auf Chip vorhanden:
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486DX2 in PQFB-Bauweise | Stromspar-Modi: Auf Chip vorhanden:
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Technische Daten des Intel Mobile Pentium
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Mobile Pentium 75 | 75 MHz | Sockel 7 | SPGA | 50 MHz | auf Mainboard | ? | 0,60 Micron | 2,90 V |
Mobile Pentium 75 | 75 MHz | 320 Pin | TCP | 50 MHz | auf Mainboard | ? | 0,60 Micron | 2,90 V |
Mobile Pentium 90 | 90 MHz | Sockel 7 | SPGA | 60 MHz | auf Mainboard | ? | 0,60 Micron | 2,90 V |
Mobile Pentium 100 | 100 MHz | Sockel 7 | SPGA | 66 MHz | auf Mainboard | ? | 0,60 Micron | 2,90 V |
Mobile Pentium 100 | 100 MHz | Sockel 7 | SPGA | 66 MHz | auf Mainboard | ? | 0,35 Micron | 3,10 V |
Mobile Pentium 100 | 100 MHz | 320 Pin | TCP | 66 MHz | auf Mainboard | ? | 0,35 Micron | 2,90 V |
Mobile Pentium 120 | 120 MHz | Sockel 7 | SPGA | 60 MHz | auf Mainboard | ? | 0,35 Micron | 3,10 V |
Mobile Pentium 133 | 133 MHz | Sockel 7 | SPGA | 66 MHz | auf Mainboard | ? | 0,35 Micron | 3,10 V |
Mobile Pentium 133 | 133 MHz | 320 Pin | TCP | 66 MHz | auf Mainboard | ? | 0,35 Micron | 2,90 V |
Mobile Pentium 150 | 150 MHz | Sockel 7 | SPGA | 60 MHz | auf Mainboard | ? | 0,35 Micron | 2,90 V |
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Pentium Mobile SPGA | Pentium Mobile TCP |
Stromspar-Modi:
System Management Mode, Clock Control, SL Power-Management features
Technische Daten des Intel Mobile Pentium MMX
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Mobile Pentium MMX 120 | 120 MHz | 320 Pin | TCP | 60 MHz | auf Mainboard | ? | 0,35 Micron | 2,20 V |
Mobile Pentium MMX 133 | 133 MHz | Sockel 7 | PPGA | 66 MHz | auf Mainboard | ? | 0,35 Micron | 2,45 V |
Mobile Pentium MMX 133 | 133 MHz | 320 Pin | TCP | 66 MHz | auf Mainboard | ? | 0,35 Micron | 2,45 V |
Mobile Pentium MMX 150 | 150 MHz | Sockel 7 | PPGA | 60 MHz | auf Mainboard | ? | 0,35 Micron | 2,45 V |
Mobile Pentium MMX 150 | 150 MHz | 320 Pin | TCP | 60 MHz | auf Mainboard | ? | 0,35 Micron | 2,45 V |
Mobile Pentium MMX 166 | 166 MHz | Sockel 7 | PPGA | 66 MHz | auf Mainboard | ? | 0,35 Micron | 2,45 V |
Mobile Pentium MMX 166 | 166 MHz | 320 Pin | TCP | 66 MHz | auf Mainboard | ? | 0,35 Micron | 2,45 V |
Mobile Pentium MMX 200 | 200 MHz | Sockel 7 | PPGA | 66 MHz | auf Mainboard | ? | 0,35 Micron | 2,285 V |
Mobile Pentium MMX 200 | 200 MHz | 320 Pin | TCP | 66 MHz | auf Mainboard | ? | 0,35 Micron | 2,285 V |
Mobile Pentium MMX 233 | 233 MHz | Sockel 7 | PPGA | 66 MHz | auf Mainboard | ? | 0,25 Micron | 1,90 V |
Mobile Pentium MMX 233 | 233 MHz | 320 Pin | TCP | 66 MHz | auf Mainboard | ? | 0,25 Micron | 1,80 V |
Mobile Pentium MMX 266 | 266 MHz | 320 Pin | TCP | 66 MHz | auf Mainboard | ? | 0,25 Micron | 2,00 V |
Mobile Pentium MMX 300 | 300 MHz | 320 Pin | TCP | 66 MHz | auf Mainboard | ? | 0,25 Micron | 2,00 V |
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Pentium MMX Mobile TCP | Pentium MMX Mobile PPGA |
Eigenschaften:
MMX technology
Stromspar-Modi:
System Management Mode, Clock Control, SL power-management features
Auf Chip vorhanden:
Memory Management Unit
Technische Daten des Intel Pentium 2 Mobile (Bauart MMC-1/2)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Pentium II M 233 | 233 MHz | ? | MMC-1 | 66 MHz | 512 KB | Tonga | 0,25 Micron | 1,60 V |
Pentium II M 233 | 233 MHz | ? | MMC-2 | 66 MHz | 512 KB | Tonga | 0,25 Micron | 1,60 V |
Pentium II M 266 | 266 MHz | ? | MMC-1 | 66 MHz | 512 KB | Tonga | 0,25 Micron | 1,60 V |
Pentium II M 266 | 266 MHz | ? | MMC-2 | 66 MHz | 512 KB | Tonga | 0,25 Micron | 1,60 V |
Pentium II M 300 | 300 MHz | ? | MMC-1 | 66 MHz | 512 KB | Tonga | 0,25 Micron | 1,60 V |
Pentium II M 300 | 300 MHz | ? | MMC-2 | 66 MHz | 512 KB | Tonga | 0,25 Micron | 1,60 V |
Pentium II M 266 | 266 MHz | ? | MMC-1 | 66 MHz | 256 KB | Dixon | 0,25 Micron | 1,50 V |
Pentium II M 266 | 266 MHz | ? | MMC-2 | 66 MHz | 256 KB | Dixon | 0,25 Micron | 1,50 V |
Pentium II M 333 | 333 MHz | ? | MMC-1 | 66 MHz | 256 KB | Dixon | 0,25 Micron | 1,50 V |
Pentium II M 333 | 333 MHz | ? | MMC-2 | 66 MHz | 256 KB | Dixon | 0,25 Micron | 1,50 V |
Pentium II M 366 | 366 MHz | ? | MMC-1 | 66 MHz | 256 KB | Dixon | 0,25 Micron | 1,50 V |
Pentium II M 366 | 366 MHz | ? | MMC-2 | 66 MHz | 256 KB | Dixon | 0,25 Micron | 1,50 V |
Pentium II M 400 | 366 MHz | ? | MMC-1 | 100 MHz | 256 KB | Dixon | 0,25 Micron | 1,50 V |
Pentium II M 400 | 366 MHz | ? | MMC-2 | 100 MHz | 256 KB | Dixon | 0,25 Micron | 1,50 V |
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MMC-1 Modul mit 4 Reihen und 280 Pins Bild des Sockels auf Mainboard nicht vorhanden |
MMC-2 Modul mit 10 Reihen und 400 Pins Bild des Sockels auf Mainboard nicht vorhanden |
Technische Daten des Intel Pentium 3 Mobile (Sockel 370)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Pentium III M 866 | 866 MHz | Sockel 370 | FC-PGA2 | 133 MHz | 512 KB | Tualatin | 0,13 Micron | 1,40 / 1,15 V |
Pentium III M 933 | 933 MHz | Sockel 370 | FC-PGA2 | 133 MHz | 512 KB | Tualatin | 0,13 Micron | 1,40 / 1,15 V |
Pentium III M 1000 | 1,00 GHz | Sockel 370 | FC-PGA2 | 133 MHz | 512 KB | Tualatin | 0,13 Micron | 1,40 / 1,15 V |
Pentium III M 1060 | 1,06 GHz | Sockel 370 | FC-PGA2 | 133 MHz | 512 KB | Tualatin | 0,13 Micron | 1,40 / 1,15 V |
Pentium III 1130 | 1,13 GHz | Sockel 370 | FC-PGA2 | 133 MHz | 512 KB | Tualatin | 0,13 Micron | 1,40 / 1,15 V |
Powermanagement:
Enhanced SpeedStep, Quick Start, Deeper Sleep
3-D Befehle: MMX, SSE
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Den Pentium III M gibt es als sockelfähige Micro-FC-PGA-Variante (rechts) und in einem Micro-FC-BGA-Gehäuse zur direkten Mainboard-Montage. |
Technische Daten des Intel Pentium 4 Mobile (Sockel 478)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Pentium M 1,3 GHz | 1,30 GHz | Sockel 478 | FC-PGA2 | 100 MHz | 1 MB | Banias | 0,13 Micron | 1,388 V |
Pentium M 1,4 GHz | 1,40 GHz | Sockel 478 | FC-PGA2 | 100 MHz | 1 MB | Banias | 0,13 Micron | 1,484 V |
Pentium M Modell 710 | 1,40 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 2 MB | Dothan | 0,09 Micron | 1,276 V |
Pentium M 1,5 GHz | 1,50 GHz | Sockel 478 | FC-PGA2 | 100 MHz | 1 MB | Banias | 0,13 Micron | 1,484 V |
Pentium M Modell 715 | 1,50 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 2 MB | Dothan | 0,09 Micron | 1,276 V |
Pentium M 1,6 GHz | 1,60 GHz | Sockel 478 | FC-PGA2 | 100 MHz | 1 MB | Banias | 0,13 Micron | 1,484 V |
Pentium M Modell 725 | 1,60 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 2 MB | Dothan | 0,09 Micron | 1,276 V |
Pentium M Modell 730 | 1,60 GHz | Sockel 478 | FC-PGA2 | 533 MHz | 2 MB | Dothan | 0,09 Micron | 1,276 V |
Pentium M 1,7 GHz | 1,70 GHz | Sockel 478 | FC-PGA2 | 100 MHz | 1 MB | Banias | 0,13 Micron | 1,484 V |
Pentium M Modell 735 | 1,70 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 2 MB | Dothan | 0,09 Micron | 1,34 V |
Pentium M Modell 740 | 1,73 GHz | Sockel 478 | FC-PGA2 | 533 MHz | 2 MB | Dothan | 0,09 Micron | 1,34 V |
Pentium M Modell 745 | 1,80 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 2 MB | Dothan | 0,09 Micron | 1,34 V |
Pentium M Modell 750 | 1,86 GHz | Sockel 478 | FC-PGA2 | 533 MHz | 2 MB | Dothan | 0,09 Micron | 1,34 V |
Pentium M Modell 755 | 2,00 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 2 MB | Dothan | 0,09 Micron | 1,34 V |
Pentium M Modell 760 | 2,00 GHz | Sockel 478 | FC-PGA2 | 533 MHz | 2 MB | Dothan | 0,09 Micron | 1,34 V |
Pentium M Modell 765 | 2,10 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 2 MB | Dothan | 0,09 Micron | 1,34 V |
Pentium M Modell 770 | 2,13 GHz | Sockel 478 | FC-PGA2 | 533 MHz | 2 MB | Dothan | 0,09 Micron | 1,34 V |
Pentium M Modell 780 | 2,26 GHz | Sockel 478 | FC-PGA2 | 533 MHz | 2 MB | Dothan | 0,09 Micron | 1,34 V |
Technische Daten des Intel Pentium M (Sockel 479)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Pentium M 2,0 GHz | 2,00 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 512 KB | Banias | 0,13 Micron | |
Pentium M 2,2 GHz | 2,20 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 512 KB | Banias | 0,13 Micron | |
Pentium M 2,4 GHz | 2,40 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 512 KB | Banias | 0,13 Micron | |
Pentium M 2,6 GHz | 2,60 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 512 KB | Dothan | 0,09 Micron |
Stromspar-Modi:
Enhanced SpeedStep, Quick Start, Deeper Sleep
3-D Befehle: SSE2
Technische Daten des Intel Pentium 4 Mobile
Low Voltage (Sockel
478)
(Prozessoren mit minimalem Stromverbrauch)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Pentium M Modell LV 718 | 1,30 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 1 MB | Banias | 0,13 Micron | |
Pentium M Modell LV 738 | 1,40 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 2 MB | Dothan | 0,09 Micron | |
Pentium M Modell LV 758 | 1,50 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 2 MB | Dothan | 0,09 Micron | |
Pentium M Modell LV 778 | 1,60 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 2 MB | Dothan | 0,09 Micron |
Technische Daten des Intel Pentium 4 Mobile
Ultra Low Voltage (Sockel
478)
(Prozessoren mit minimalstem Stromverbrauch)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Pentium M Modell ULV 723 | 1,00 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 2 MB | Dothan | 0,09 Micron | |
Pentium M Modell ULV 733 | 1,10 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 2 MB | Dothan | 0,09 Micron | |
Pentium M Modell ULV 753 | 1,20 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 2 MB | Dothan | 0,09 Micron |
Technische Daten des Intel Mobile Celeron
Module (Sockel
MMC-1 / MMC-2)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Mobile Celeron 266 MMC-1 | 266 MHz | MMC-1 | MMC-1 | 66 MHz | 128 KB | ? | 0,25 Micron | 1,6 V |
Mobile Celeron 266 MMC-2 | 266 MHz | MMC-2 | MMC-2 | 66 MHz | 128 KB | ? | 0,25 Micron | 1,6 V |
Mobile Celeron 300 MMC-1 | 300 MHz | MMC-1 | MMC-1 | 66 MHz | 128 KB | ? | 0,25 Micron | 1,6 V |
Mobile Celeron 300 MMC-2 | 300 MHz | MMC-2 | MMC-2 | 66 MHz | 128 KB | ? | 0,25 Micron | 1,6 V |
Mobile Celeron 333 MMC-1 | 333 MHz | MMC-1 | MMC-1 | 66 MHz | 128 KB | ? | 0,25 Micron | 1,6 V |
Mobile Celeron 333 MMC-2 | 333 MHz | MMC-2 | MMC-2 | 66 MHz | 128 KB | ? | 0,25 Micron | 1,6 V |
Mobile Celeron 366 MMC-1 | 366 MHz | MMC-1 | MMC-1 | 66 MHz | 128 KB | ? | 0,25 Micron | 1,6 V |
Mobile Celeron 366 MMC-2 | 366 MHz | MMC-2 | MMC-2 | 66 MHz | 128 KB | ? | 0,25 Micron | 1,6 V |
Mobile Celeron 400 MMC-1 | 400 MHz | MMC-1 | MMC-1 | 66 MHz | 128 KB | ? | 0,25 Micron | 1,6 V |
Mobile Celeron 400 MMC-2 | 400 MHz | MMC-2 | MMC-2 | 66 MHz | 128 KB | ? | 0,25 Micron | 1,6 V |
Mobile Celeron 433 MMC-1 | 433 MHz | MMC-1 | MMC-1 | 66 MHz | 128 KB | ? | 0,25 Micron | 1,6 V |
Mobile Celeron 433 MMC-2 | 433 MHz | MMC-2 | MMC-2 | 66 MHz | 128 KB | ? | 0,25 Micron | 1,9 V |
Mobile Celeron 450 MMC-2 | 450 MHz | MMC-2 | MMC-2 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,6 V |
Mobile Celeron 466 MMC-1 | 466 MHz | MMC-1 | MMC-1 | 66 MHz | 128 KB | ? | 0,25 Micron | 1,9 V |
Mobile Celeron 466 MMC-2 | 466 MHz | MMC-2 | MMC-2 | 66 MHz | 128 KB | ? | 0,25 Micron | 1,9 V |
Mobile Celeron 500 MMC-2 | 500 MHz | MMC-2 | MMC-2 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,6 V |
Mobile Celeron 550 MMC-2 | 550 MHz | MMC-2 | MMC-2 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,6 V |
Mobile Celeron 600 MMC-2 | 600 MHz | MMC-2 | MMC-2 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,6 V |
Mobile Celeron 650 MMC-2 | 650 MHz | MMC-2 | MMC-2 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,6 V |
Mobile Celeron 700 MMC-2 | 700 MHz | MMC-2 | MMC-2 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,6 V |
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MMC-1 Modul mit 4 Reihen und 280 Pins Bild des Sockels auf Mainboard nicht vorhanden |
MMC-2 Modul mit 10 Reihen und 400 Pins Bild des Sockels auf Mainboard nicht vorhanden |
Eigenschaften:
MMX technology
Stromspar-Modi:
Auto Halt state, Quick Start state, HALT/Grant Snoop state,
Deep Sleep state
On-chip peripherals:
Intel 82443DX Host Bridge System Controller, Integriertes Active Thermal
Feedback System
Technische Daten des Intel Mobile Celeron
Module (PBGA-B615)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Mobile Celeron 266 LV | 266 MHz | ? | PBGA-B615 | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 1,365 V |
Mobile Celeron 266 | 266 MHz | ? | PBGA-B615 | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 1,465 V |
Mobile Celeron 300 | 300 MHz | ? | PBGA-B615 | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 1,465 V |
Mobile Celeron 333 | 333 MHz | ? | PBGA-B615 | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 1,465 V |
Mobile Celeron 366 | 366 MHz | ? | PBGA-B615 | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 1,465 V |
Mobile Celeron 400 | 400 MHz | ? | PBGA-B615 | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 1,465 V |
Mobile Celeron 433 | 433 MHz | ? | PBGA-B615 | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 1,765 V |
Mobile Celeron 466 | 466 MHz | ? | PBGA-B615 | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 1,765 V |
Technische Daten des Intel Mobile Celeron
Module (Bauweise 495)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Mobile Celeron 400 LV | 400 MHz | Gelötet | PBGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,25 V |
Mobile Celeron 450 | 450 MHz | Sockel 495 | PPGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 450 | 450 MHz | Gelötet | PBGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 500 | 500 MHz | Sockel 495 | PPGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 500 | 500 MHz | Gelötet | PBGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 500 LV | 500 MHz | Gelötet | PBGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,25 V |
Mobile Celeron 500 ULV | 500 MHz | Gelötet | PBGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,02 V |
Mobile Celeron 550 | 550 MHz | Sockel 495 | PPGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 550 | 550 MHz | Gelötet | PBGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 600 | 600 MHz | Sockel 495 | PPGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 600 | 600 MHz | Gelötet | PBGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 600 LV | 600 MHz | Gelötet | PBGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,25 V |
Mobile Celeron 600 ULV | 600 MHz | Gelötet | PBGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,02 V |
Mobile Celeron 650 | 650 MHz | Sockel 495 | PPGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 650 | 650 MHz | Gelötet | PBGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 700 | 700 MHz | Sockel 495 | PPGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 700 | 700 MHz | Gelötet | PBGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 750 | 750 MHz | Sockel 495 | PPGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 750 | 750 MHz | Gelötet | PBGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 800 | 800 MHz | Sockel 495 | PPGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 800 | 800 MHz | Gelötet | PBGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 850 | 850 MHz | Sockel 495 | PPGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 850 | 850 MHz | Gelötet | PBGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,485 V |
Mobile Celeron 900 | 900 MHz | Sockel 495 | PPGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,62 V |
Mobile Celeron 900 | 900 MHz | Gelötet | PBGA-B495 | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,62 V |
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Mobile Celeron 450 mit Coppermine-Kern |
LV: Low Voltage
ULV: Ultra Low Voltage
Eigenschaften:
MMX technology, SSE
Stromspar-Modi:
AutoHALT state, Stop Grant state, Quick Start state, Sleep state, Deep Sleep
state
Technische Daten des Intel Mobile Celeron
(Bauweise
479)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Mobile Celeron 650 LV | 650 MHz | Gelötet | µFCBGA | 100 MHz | 256 KB | Tualatin | 0,13 Micron | 1,15 V |
Mobile Celeron 650 ULV | 650 MHz | Gelötet | µFCBGA | 100 MHz | 256 KB | Tualatin | 0,13 Micron | 1,1 V |
Mobile Celeron 667 LV | 667 MHz | Gelötet | µFCBGA | 133 MHz | 256 KB | Tualatin | 0,13 Micron | 1,15 V |
Mobile Celeron 700 ULV | 700 MHz | Gelötet | µFCBGA | 100 MHz | 256 KB | Tualatin | 0,13 Micron | 1,1 V |
Mobile Celeron 733 LV | 733 MHz | Gelötet | µFCBGA | 133 MHz | 256 KB | Tualatin | 0,13 Micron | 1,15 V |
Mobile Celeron 733 ULV | 733 MHz | Gelötet | µFCBGA | 133 MHz | 256 KB | Tualatin | 0,13 Micron | 1,1 V |
Mobile Celeron 733 | 733 MHz | Gelötet | µFCBGA | 133 MHz | 128 KB | Coppermine-T | 0,18 Micron | 1,575 V |
Mobile Celeron 733 | 733 MHz | Sockel 479 | µFCPGA | 133 MHz | 128 KB | Coppermine-T | 0,18 Micron | 1,575 V |
Mobile Celeron 800 ULV | 800 MHz | Gelötet | µFCBGA | 133 MHz | 256 KB | Tualatin | 0,13 Micron | 1,1 V |
Mobile Celeron 800 | 800 MHz | Gelötet | µFCBGA | 133 MHz | 128 KB | Coppermine-T | 0,18 Micron | 1,575 V |
Mobile Celeron 800 | 800 MHz | Sockel 479 | µFCPGA | 133 MHz | 128 KB | Coppermine-T | 0,18 Micron | 1,575 V |
Mobile Celeron 866 LV | 866 MHz | Gelötet | µFCBGA | 133 MHz | 256 KB | Tualatin | 0,13 Micron | 1,15 V |
Mobile Celeron 866 | 866 MHz | Gelötet | µFCBGA | 133 MHz | 128 KB | Coppermine-T | 0,18 Micron | 1,575 V |
Mobile Celeron 866 | 866 MHz | Sockel 479 | µFCPGA | 133 MHz | 128 KB | Coppermine-T | 0,18 Micron | 1,575 V |
Mobile Celeron 900 | 900 MHz | Gelötet | µFCBGA | 133 MHz | 128 KB | Coppermine-T | 0,18 Micron | 1,575 V |
Mobile Celeron 900 | 900 MHz | Sockel 479 | µFCPGA | 133 MHz | 128 KB | Coppermine-T | 0,18 Micron | 1,575 V |
Mobile Celeron 1,0 GHz | 1,0 GHz | Gelötet | µFCBGA | 133 MHz | 256 KB | Tualatin | 0,13 Micron | 1,40 V |
Mobile Celeron 1,0 GHz | 1,0 GHz | Sockel 479 | µFCPGA | 133 MHz | 256 KB | Tualatin | 0,13 Micron | 1,40 V |
Mobile Celeron 1,066 GHz | 1,066 GHz | Gelötet | µFCBGA | 133 MHz | 256 KB | Tualatin | 0,13 Micron | 1,45 V |
Mobile Celeron 1,066 GHz | 1,066 GHz | Sockel 479 | µFCPGA | 133 MHz | 256 KB | Tualatin | 0,13 Micron | 1,45 V |
Mobile Celeron 1,13 GHz | 1,13 GHz | Sockel 479 | µFCPGA | 133 MHz | 256 KB | Tualatin | 0,13 Micron | 1,45 V |
Mobile Celeron 1,20 GHz | 1,20 GHz | Sockel 479 | µFCPGA | 133 MHz | 256 KB | Tualatin | 0,13 Micron | 1,45 V |
Mobile Celeron 1,26 GHz | 1,26 GHz | Sockel 479 | µFCPGA | 133 MHz | 256 KB | Tualatin | 0,13 Micron | 1,45 V |
Mobile Celeron 1,33 GHz | 1,33 GHz | Sockel 479 | µFCPGA | 133 MHz | 256 KB | Tualatin | 0,13 Micron | 1,50 V |
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Tualatin-Kern | Coppermine-Kern |
Eigenschaften: MMX technology, SSE
Stromspar-Modi: AutoHALT mode, Quick Start mode, Deep Sleep mode
Technische Daten des Intel Mobile Celeron (Sockel
478)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Mobile Celeron 1,40 GHz | 1,40 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 256 KB | Northwood | 0,13 Micron | 1,30 V |
Mobile Celeron 1,50 GHz | 1,50 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 256 KB | Northwood | 0,13 Micron | 1,30 V |
Mobile Celeron 1,60 GHz | 1,60 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 256 KB | Northwood | 0,13 Micron | 1,30 V |
Mobile Celeron 1,70 GHz | 1,70 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 256 KB | Northwood | 0,13 Micron | 1,30 V |
Mobile Celeron 1,80 GHz | 1,80 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 256 KB | Northwood | 0,13 Micron | 1,30 V |
Mobile Celeron 2,0 GHz | 2,0 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 256 KB | Northwood | 0,13 Micron | 1,30 V |
Mobile Celeron 2,20 GHz | 2,20 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 256 KB | Northwood | 0,13 Micron | 1,30 V |
Mobile Celeron 2,40 GHz | 2,40 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 256 KB | Northwood | 0,13 Micron | 1,30 V |
Mobile Celeron 2,50 GHz | 2,50 GHz | Sockel 478 | FC-PGA2 | 400 MHz | 256 KB | Northwood | 0,13 Micron | 1,30 V |
Eigenschaften: MMX technology, SSE, SSE2
Stromspar-Modi: AutoHALT mode, Stop Grant mode, Sleep mode, Deep Sleep mode, Address bus power down
Technische Daten des Intel Mobile Celeron M
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Mobile Celeron M ULV | 800 MHz | Sockel 479 | FC-PGA2 | 400 MHz | 512 KB | Banias | 0,13 Micron | 1,004 V |
Mobile Celeron M 333 ULV | 900 MHz | Sockel 479 | FC-PGA2 | 400 MHz | 512 KB | Banias | 0,13 Micron | 1,004 V |
Mobile Celeron M 353 ULV | 900 MHz | Sockel 479 | FC-PGA2 | 400 MHz | 512 KB | Dothan | 0,09 Micron | 0,940 V |
Mobile Celeron M 373 ULV | 1,00 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 512 KB | Dothan | 0,09 Micron | 0,940 V |
Mobile Celeron M 383 ULV | 1,10 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 1 MB | Dothan | 0,09 Micron | 0,876 V |
Mobile Celeron M 310 | 1,20 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 512 KB | Banias | 0,13 Micron | 1,356 V |
Mobile Celeron M 320 | 1,30 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 512 KB | Banias | 0,13 Micron | 1,356 V |
Mobile Celeron M 330 | 1,40 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 512 KB | Banias | 0,13 Micron | 1,356 V |
Mobile Celeron M 340 | 1,50 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 512 KB | Banias | 0,13 Micron | 1,356 V |
Mobile Celeron M 350 | 1,30 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 1 MB | Dothan | 0,09 Micron | 1,292 V |
Mobile Celeron M 350 J | 1,30 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 1 MB | Dothan | 0,09 Micron | 1,292 V |
Mobile Celeron M 360 | 1,40 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 1 MB | Dothan | 0,09 Micron | 1,004 V |
Mobile Celeron M 360 J | 1,40 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 1 MB | Dothan | 0,09 Micron | 1,004 V |
Mobile Celeron M 370 | 1,50 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 1 MB | Dothan | 0,09 Micron | 1.004 V |
Mobile Celeron M 380 | 1,60 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 1 MB | Dothan | 0,09 Micron | 1,004 V |
Mobile Celeron M 390 | 1,70 GHz | Sockel 479 | FC-PGA2 | 400 MHz | 1 MB | Dothan | 0,09 Micron | 1,004 V |
ULV: Ultra-Low-Voltage
J-Modelle: Mit XD-Bit
Technische Daten des Intel Pentium Mobile Dual Core
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2-Cache | Prozessor- kern |
Kerne Real/logisch |
Fertigungs- technik |
Kern- spannung |
Pentium Mobile Dual Core T2060 | 2 x 1600 MHz | Sockel M | µFCPGA | 533 MHz | 1 x 2 MB | Yonah | 2/2 | 65 nm | 1.0375 - 1.3 V |
Pentium Mobile Dual Core T2080 | 2 x 1733 MHz | Sockel M | µFCPGA | 533 MHz | 1 x 2 MB | Yonah | 2/2 | 65 nm | 1.0375 - 1.3 V |
Pentium Mobile Dual Core T2130 | 2 x 1867 MHz | Sockel M | µFCPGA | 533 MHz | 1 x 2 MB | Yonah | 2/2 | 65 nm | 1.0375 - 1.3 V |
Pentium Mobile Dual Core T2310 | 2 x 1467 MHz | Sockel P | µFCPGA | 533 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.2125 V |
Pentium Mobile Dual Core T2330 | 2 x 1600 MHz | Sockel P | µFCPGA | 533 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.2125 V |
Pentium Mobile Dual Core T2370 | 2 x 1733 MHz | Sockel P | µFCPGA | 533 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.2125 V |
Pentium Mobile Dual Core T2390 | 2 x 1867 MHz | Sockel P | µFCPGA | 533 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.075 - 1,175 V |
Pentium Mobile Dual Core T2410 | 2 x 2000 MHz | Sockel P | µFCPGA | 533 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.075 - 1,175 V |
Pentium Mobile Dual Core T3200 | 2 x 2000 MHz | Sockel P | µFCPGA | 667 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.075 - 1,175 V |
Pentium Mobile Dual Core T3400 | 2 x 2167 MHz | Sockel P | µFCPGA | 667 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.075 - 1,175 V |
Pentium Mobile Dual Core T4200 | 2 x 2000 MHz | Sockel P | µFCPGA | 800 MHz | 1 x 2 MB | ? | 2/2 | 45 nm | 1.075 - 1,175 V |
Eigenschaften:
MMX instruction set, SSE, SSE2, SSE3; Execute Disable Bit technology, EM64T
technology
Stromspar-Modi:
Stop Grant mode, Sleep mode, Deep Sleep mode, Core C1/AutoHALT, C1/MWait, C2 and
C3 modes, Enhanced SpeedStep technology
Technische Daten des Intel Core 2 Mobile (Sockel M)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2-Cache | Prozessor- kern |
Kerne Real/logisch |
Fertigungs- technik |
Kern- spannung |
Mobile Core 2 Solo U2100 | 1060 MHz | Sockel M | µOPGA | 533 MHz | 1 MB | Merom | 1/1 | 65 nm | |
Mobile Core 2 Solo U2200 | 1200 MHz | Sockel M | µOPGA | 533 MHz | 1 MB | Merom | 1/1 | 65 nm | |
Mobile Core 2 Duo T5200 | 2 x 1600 MHz | Sockel M | µFCPGA | 533 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.0375 - 1.3 V |
Mobile Core 2 Duo T5300 | 2 x 1733 MHz | Sockel M | µFCPGA | 533 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.0375 - 1.3 V |
Mobile Core 2 Duo T5500 | 2 x 1670 MHz | Sockel M | µFCPGA | 667 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.0375 - 1.3 V |
Mobile Core 2 Duo T5600 | 2 x 1833 MHz | Sockel M | µFCPGA | 667 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.0375 - 1.3 V |
Mobile Core 2 Duo T7200 | 2 x 2000 MHz | Sockel M | µFCPGA | 667 MHz | 1 x 4 MB | Merom | 2/2 | 65 nm | 1.0375 - 1.3 V |
Mobile Core 2 Duo T7400 | 2 x 2160 MHz | Sockel M | µFCPGA | 667 MHz | 1 x 4 MB | Merom | 2/2 | 65 nm | 1.0375 - 1.3 V |
Mobile Core 2 Duo T7600 | 2 x 2330 MHz | Sockel M | µFCPGA | 667 MHz | 1 x 4 MB | Merom | 2/2 | 65 nm | 1.0375 - 1.3 V |
Technische Daten des Intel Mobile Core 2 (Sockel P)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2-Cache | Prozessor- kern |
Kerne Real/logisch |
Fertigungs- technik |
Kern- spannung |
Mobile Core 2 Duo T5250 | 2 x 1500 MHz | Sockel P | µFCPGA | 667 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.075 - 1.25 V |
Mobile Core 2 Duo T5270 | 2 x 1400 MHz | Sockel P | µFCPGA | 800 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.075 - 1.25 V |
Mobile Core 2 Duo T5450 | 2 x 1667 MHz | Sockel P | µFCPGA | 667 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.075 - 1.25 V |
Mobile Core 2 Duo T5470 | 2 x 1600 MHz | Sockel P | µFCPGA | 800 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.075 - 1.25 V |
Mobile Core 2 Duo T5670 | 2 x 1800 MHz | Sockel P | µFCPGA | 800 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.0375 - 1.3 V |
Mobile Core 2 Duo T7250 | 2 x 2000 MHz | Sockel P | µFCPGA | 800 MHz | 2 x 1 MB | Merom | 2/2 | 65 nm | 1,08-1,25 V |
Mobile Core 2 Duo T7500 | 2 x 2200 MHz | Sockel P | µFCPGA | 800 MHz | 2 x 2 MB | Merom | 2/2 | 65 nm | 1,08-1,25 V |
Mobile Core 2 Duo T7550 | 2 x 1833 MHz | Sockel P | µFCPGA | 667 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1,075-1,25 V |
Mobile Core 2 Duo T7700 | 2 x 2400 MHz | Sockel P | µFCPGA | 800 MHz | 2 x 2 MB | Merom | 2/2 | 65 nm | 1,08-1,25 V |
Mobile Core 2 Duo L7700 | 2 x 1800 MHz | Sockel P | µOPGA | 800 MHz | 1 x 4 MB | Merom | 2/2 | 65 nm | 0,8 V |
Mobile Core 2 Duo L7800 | 2 x 2600 MHz | Sockel P | µOPGA | 800 MHz | 1 x 4 MB | Merom | 2/2 | 65 nm | 1,0375 V |
Mobile Core 2 Duo P8400 | 2 x 2167 MHz | Sockel P | µFCPGA | 1066 MHz | 1 x 3 MB | Penryn | 2/2 | 45 nm | 0.9 - 1.25 V |
Mobile Core 2 Duo P8600 | 2 x 2400 MHz | Sockel P | µFCPGA | 1066 MHz | 1 x 3 MB | Penryn | 2/2 | 45 nm | 0.9 - 1.25 V |
Mobile Core 2 Duo P8700 | 2 x 2533 MHz | Sockel P | µFCPGA | 1066 MHz | 1 x 3 MB | Penryn | 2/2 | 45 nm | 0.9 - 1.25 V |
Mobile Core 2 Duo P8800 | 2 x 2667 MHz | Sockel P | µFCPGA | 1066 MHz | 1 x 3 MB | Penryn | 2/2 | 45 nm | 0.9 - 1.25 V |
Mobile Core 2 Duo P9500 | 2 x 2533 MHz | Sockel P | µFCPGA | 1066 MHz | 1 x 6 MB | Penryn | 2/2 | 45 nm | 0.9 - 1.25 V |
Mobile Core 2 Duo P9600 | 2 x 2667 MHz | Sockel P | µFCPGA | 1066 MHz | 1 x 6 MB | Penryn | 2/2 | 45 nm | 0.9 - 1.25 V |
Mobile Core 2 Duo X7800 | 2 x 2600 MHz | Sockel P | µOPGA | 800 MHz | 1 x 4 MB | Penryn | 2/2 | 45 nm | 1,0375 V |
Mobile Core 2 Duo X7900 | 2 x 2800 MHz | Sockel P | µOPGA | 800 MHz | 1 x 4 MB | Penryn | 2/2 | 45 nm | 1,0375 V |
Technische Daten des Intel Mobile Core 2 Duo (Sockel 479M)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2-Cache |
Prozessor- kern |
Kerne Real/logisch |
Fertigungs- technik |
Kern- spannung |
Mobile Core 2 Duo L7200 | 2 x 1333 MHz | Sockel 479M | µFCPGA | 667 MHz | 1 x 4 MB | Merom | 2/2 | 65 nm | 0,9 -1,1 V |
Mobile Core 2 Duo L7300 | 2 x 1400 MHz | Sockel 479M | µFCPGA | 800 MHz | 1 x 4 MB | Merom | 2/2 | 65 nm | 0,9-1,2 V |
Mobile Core 2 Duo L7400 | 2 x 1500 MHz | Sockel 479M | µFCPGA | 667 MHz | 1 x 4 MB | Merom | 2/2 | 65 nm | 0,9-1,1 V |
Mobile Core 2 Duo L7500 | 2 x 1600 MHz | Sockel 479M | µFCPGA | 800 MHz | 1 x 4 MB | Merom | 2/2 | 65 nm | 0,9-1,2 V |
Mobile Core 2 Duo L7700 | 2 x 1800 MHz | Sockel 479M | µFCPGA | 800 MHz | 1 x 4 MB | Merom | 2/2 | 65 nm | 0,9-1,2 V |
Mobile Core 2 Duo P7350 | 2 x 2000 MHz | Sockel 479M | µFCPGA | 1066 MHz | 1 x 3 MB | Penryn | 2/2 | 45 nm | 0.9 - 1.2125 V |
Mobile Core 2 Duo P7370 | 2 x 2000 MHz | Sockel 479M | µFCPGA | 1066 MHz | 1 x 3 MB | Penryn | 2/2 | 45 nm | 1.0 - 1.25 V |
Mobile Core 2 Duo P7450 | 2 x 2133 MHz | Sockel 479M | µFCPGA | 1066 MHz | 1 x 3 MB | Penryn | 2/2 | 45 nm | 0.9 - 1.2125 V |
Mobile Core 2 Duo P8400 | 2 x 21267 MHz | Sockel 479M | µFCPGA | 1066 MHz | 1 x 3 MB | Penryn | 2/2 | 45 nm | 0.9 - 1.25 V |
Mobile Core 2 Duo P8600 | 2 x 2400 MHz | Sockel 479M | µFCPGA | 1066 MHz | 1 x 3 MB | Penryn | 2/2 | 45 nm | 0.9 - 1.25 V |
Mobile Core 2 Duo P8700 | 2 x 2533 MHz | Sockel 479M | µFCPGA | 1066 MHz | 1 x 3 MB | Penryn | 2/2 | 45 nm | 0.9 - 1.25 V |
Mobile Core 2 Duo T5500 | 2 x 1670 MHz | Sockel 479M | µFCPGA | 667 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 1.0375 - 1.3 V |
Mobile Core 2 Duo U7500 | 2 x 1066 MHz | Sockel 479M | µFCPGA | 533 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 0.8 - 0.975 V |
Mobile Core 2 Duo U7600 | 2 x 1200 MHz | Sockel 479M | µFCPGA | 533 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 0.8 - 0.975 V |
Mobile Core 2 Duo U7700 | 2 x 1333 MHz | Sockel 479M | µFCPGA | 533 MHz | 1 x 2 MB | Merom | 2/2 | 65 nm | 0.8 - 0.975 V |
Technische Daten des Intel Mobile Core 2 Duo (Sockel 956)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2-Cache |
Prozessor- kern |
Kerne Real/logisch |
Fertigungs- technik |
Kern- spannung |
Mobile Core 2 Duo SU9300 | 2 x 1200 MHz | Sockel 956 | µFCPGA | 800 MHz | 1 x 3 MB | Penryn | 2/2 | 45 nm | 0.775 - 1.1 V |
Mobile Core 2 Duo SU9400 | 2 x 1400 MHz | Sockel 956 | µFCPGA | 800 MHz | 1 x 3 MB | Penryn | 2/2 | 45 nm | 0.775 - 1.1 V |
Mobile Core 2 Duo SL9300 | 2 x 1600 MHz | Sockel 956 | µFCPGA | 1066 MHz | 1 x 6 MB | Penryn | 2/2 | 45 nm | 0.9 - 1.175 V |
Mobile Core 2 Duo SL9380 | 2 x 1800 MHz | Sockel 956 | µFCPGA | 800 MHz | 1 x 6 MB | Penryn | 2/2 | 45 nm | 0.9 - 1.175 V |
Mobile Core 2 Duo SL9400 | 2 x 1867 MHz | Sockel 956 | µFCPGA | 1066 MHz | 1 x 6 MB | Penryn | 2/2 | 45 nm | 0.9 - 1.175 V |
Mobile Core 2 Duo SP9300 | 2 x 2267 MHz | Sockel 956 | µFCPGA | 1066 MHz | 1 x 6 MB | Penryn | 2/2 | 45 nm | 0.9 -1.2125 V |
Mobile Core 2 Duo SP9400 | 2 x 2400 MHz | Sockel 956 | µFCPGA | 1066 MHz | 1 x 6 MB | Penryn | 2/2 | 45 nm | 0.9 - 1.2125 V |
Mobile Core 2 Duo L7400 LV | 2 x 1500 MHz | Sockel 956 | µFCPGA | 667 MHz | 1 x 4 MB | Merom | 2/2 | 65 nm | 0,9-1,1 V |
Eigenschaften:
MMX instruction set, SSE, SSE2, SSE3, Supplemental SSE3,
SSE4.1, EM64T technology, Execute
Disable Bit technology, Virtualization Technology, Dynamic Acceleration
technology, Intel Trusted Execution technology
Stromspar-Modi::
C1/AutoHALT, C1/MWAIT, C2, C3, C4 (with Enhanced Deep Sleep) and C6 core states,
Stop Grant mode, Sleep mode, Deep Sleep
mode, Deeper Sleep mode, Enhanced
Deeper Sleep mode, Deep Power-Down state, Dynamic FSB Frequency switching,
Enhanced SpeedStep technology
Technische Daten des Intel Mobile Core i3
Bezeichnung | Frequenz | Sockel | Bauform |
Kerne Real/logisch |
Bustakt | Grafiktakt | L2-Cache | L3-Cache |
Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Mobile Core i3 330 E | 2,13 GHz | Sockel G1 | FCPGA10 | 2/4 | 2500 MT/s | 500-667 MHz | 2 x 256 KB | 3 MB shared | Arrandale | 32/45 nm | 0.77 - 1.0 V |
Mobile Core i3 330 M | 2,13 GHz | Sockel G1 | FCPGA10 | 2/4 | 2500 MT/s | 500-667 MHz | 2 x 256 KB | 3 MB shared | Arrandale | 32/45 nm | 0.77 - 1.0 V |
Mobile Core i3 330 M | 2.133 GHz | Sockel 1288 | FCBGA | 2/4 | 2500 MT/s | 500-667 MHz | 2 x 256 KB | 3 MB shared | Arrandale | 32/45 nm | 0.77 - 1.0 V |
Mobile Core i3 330 UM | 1,2 GHz | Sockel 1288 | FCBGA | 2/4 | 2500 MT/s | 166-500 MHz | 2 x 256 KB | 3 MB shared | Arrandale | 32/45 nm | 0.77 - 1.0 V |
Mobile Core i3 340 M | 2,267 GHz | Sockel G1 | FCPGA10 | 2/4 | 2500 MT/s | 500-667 MHz | 2 x 256 KB | 3 MB shared | Arrandale | 32/45 nm | 0.77 - 1.0 V |
Mobile Core i3 340 M | 2,267 GHz | Sockel 1288 | FCBGA | 2/4 | 2500 MT/s | 500-667 MHz | 2 x 256 KB | 3 MB shared | Arrandale | 32/45 nm | 0.77 - 1.0 V |
Mobile Core i3 340 M | 2,267 GHz | Sockel G1 | FCPGA10 | 2/4 | 2500 MT/s | 500-667 MHz | 2 x 256 KB | 3 MB shared | Arrandale | 32/45 nm | 0.77 - 1.0 V |
Mobile Core i3 350 M | 2,267 GHz | Sockel 1288 | FCBGA | 2/4 | 2500 MT/s | 500-667 MHz | 2 x 256 KB | 3 MB shared | Arrandale | 32/45 nm | 0.77 - 1.0 V |
Mobile Core i3 350 M | 2,267 GHz | Sockel G1 | FCBGA | 2/4 | 2500 MT/s | 500-667 MHz | 2 x 256 KB | 3 MB shared | Arrandale | 32/45 nm | 0.77 - 1.0 V |
Mobile Core i3 370 M | 2,4 GHz | Sockel 1288 | FCBGA | 2/4 | 2500 MT/s | 500-667 MHz | 2 x 256 KB | 3 MB shared | Arrandale | 32/45 nm | 0.77 - 1.0 V |
Mobile Core i3 370 M | 2,4 GHz | Sockel G1 | FCBGA | 2/4 | 2500 MT/s | 500-667 MHz | 2 x 256 KB | 3 MB shared | Arrandale | 32/45 nm | 0.77 - 1.0 V |
Mobile Core i3 380 M | 2,533 GHz | Sockel G1 | FCBGA | 2/4 | 2500 MT/s | 500-667 MHz | 2 x 256 KB | 3 MB shared | Arrandale | 32/45 nm | 0.77 - 1.0 V |
Mobile Core i3 380 M | 2,533 GHz | Sockel 1288 | FCBGA | 2/4 | 2500 MT/s | 500-667 MHz | 2 x 256 KB | 3 MB shared | Arrandale | 32/45 nm | 0.77 - 1.0 V |
Mobile Core i3 390 M | 2,667 GHz | Sockel G1 | FCBGA | 2/4 | 2500 MT/s | 500-667 MHz | 2 x 256 KB | 3 MB shared | Arrandale | 32/45 nm | 0.77 - 1.0 V |
Mobile Core i3 390 M | 2,667 GHz | Sockel 1288 | FCBGA | 2/4 | 2500 MT/s | 500-667 MHz | 2 x 256 KB | 3 MB shared | Arrandale | 32/45 nm | 0.77 - 1.0 V |
Eigenschaften: MMX Befehlssatz, SSE, SSE2, SSE3, Supplemental SSE3, SSE4.1, SSE4.2, EM64T Technologie, Hyper-Threading Technologie, Virtualization Technologie, Execute Disable bit
Stromspar-Modi: Thread C1/C1E, C3 and C6 states, Core C1/C1E, C3 and C6 states, Package C1/C1E, C3 and C6 states, Enhanced SpeedStep Technologie
On-chip peripherals: Integrierter 2-Kanal DDR3 SDRAM Speicher-Controller, Direct Media Interface, Integrierter Grafik-Controller
Technische Daten des Intel Mobile Core i5
Bezeichnung | Frequenz | Sockel | Bauform | Bustakt | Grafiktakt | L2-Cache | L3-Cache |
Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Mobile Core i5 430 M | 2,26 / 2,53 GHz | Sockel G1 | FCPGA10 | 2500 MT/s | 500-766 MHz | 2 x 256 KB | 3 MB | Arrandale | 32 / 45 nm | 0.65 - 1.4 V |
Mobile Core i5 430 UM | 1,2 / 1,73 GHz | Sockel G1 | FCPGA10 | 2500 MT/s | 166-500 MHz | 2 x 256 KB | 3 MB | Arrandale | 32 / 45 nm | 0.65 - 1.4 V |
Mobile Core i5 450 M | 2,4 / 2,66 GHz | Sockel G1 | FCPGA10 | 2500 MT/s | 500-766 MHz | 2 x 256 KB | 3 MB | Arrandale | 32 / 45 nm | 0.65 - 1.4 V |
Mobile Core i5 460 M | 2,533 / 2,8 GHz | Sockel G1 | FCPGA10 | 2500 MT/s | 500-766 MHz | 2 x 256 KB | 3 MB | Arrandale | 32 / 45 nm | 0.65 - 1.4 V |
Mobile Core i5 520 E | 1,2 / 2,4 GHz | Sockel 1288 | FCPGA10 | 2500 MT/s | 500-766 MHz | 2 x 256 KB | 3 MB | Arrandale | 32 / 45 nm | 0.65 - 1.4 V |
Mobile Core i5 520 M | 2,4 / 2,93 GHz | Sockel G1 | FCPGA10 | 2500 MT/s | 500-766 MHz | 2 x 256 KB | 3 MB | Arrandale | 32 / 45 nm | 0.65 - 1.4 V |
Mobile Core i5 520 M | 2,4 / 2,93 GHz | Sockel 1288 | FCPGA10 | 2500 MT/s | 500-766 MHz | 2 x 256 KB | 3 MB | Arrandale | 32 / 45 nm | 0.65 - 1.4 V |
Mobile Core i5 520 UM | 1,06 / 1,86 GHz | Sockel 1288 | FCPGA10 | 2500 MT/s | 166-500 MHz | 2 x 256 KB | 3 MB | Arrandale | 32 / 45 nm | 0.75 - 1.4 V |
Mobile Core i5 540 M | 2,53 / 3,06 GHz | Sockel G1 | FCPGA10 | 2500 MT/s | 500-766 MHz | 2 x 256 KB | 3 MB | Arrandale | 32 / 45 nm | 0.65 - 1.4 V |
Mobile Core i5 540 M | 2,53 / 3,06 GHz | Sockel 1288 | FCPGA10 | 2500 MT/s | 500-766 MHz | 2 x 256 KB | 3 MB | Arrandale | 32 / 45 nm | 0.65 - 1.4 V |
Mobile Core i5 540 UM | 1,2 / 2,0 GHz | Sockel 1288 | FCPGA10 | 2500 MT/s | 166-500 MHz | 2 x 256 KB | 3 MB | Arrandale | 32 / 45 nm | 0.65 - 1.4 V |
Mobile Core i5 560 M | 2,66 / 3,2 GHz | Sockel G1 | FCPGA10 | 2500 MT/s | 500-766 MHz | 2 x 256 KB | 3 MB | Arrandale | 32 / 45 nm | 0.65 - 1.4 V |
Mobile Core i5 560 M | 2,66 / 3,2 GHz | Sockel 1288 | FCPGA10 | 2500 MT/s | 500-766 MHz | 2 x 256 KB | 3 MB | Arrandale | 32 / 45 nm | 0.65 - 1.4 V |
Mobile Core i5 560 UM | 1,3 / 2,13 GHz | Sockel 1288 | FCPGA10 | 2500 MT/s | 166-500 MHz | 2 x 256 KB | 3 MB | Arrandale | 32 / 45 nm | 0.65 - 1.4 V |
Mobile Core i5 580 M | 2,66 / 3,3 GHz | Sockel G1 | FCPGA10 | 2500 MT/s | 500-766 MHz | 2 x 256 KB | 3 MB | Arrandale | 32 / 45 nm | 0.65 - 1.4 V |
Mobile Core i5 580 M | 2,66 / 3,3 GHz | Sockel 1288 | FCPGA10 | 2500 MT/s | 500-766 MHz | 2 x 256 KB | 3 MB | Arrandale | 32 / 45 nm | 0.65 - 1.4 V |
Eigenschaften: MMX Befehlssatz, SSE, SSE2, SSE3, Supplemental SSE3, SSE4.1, SSE4.2, EM64T Technologie, Hyper-Threading Technologie, Turbo Boost Technologie, Virtualization Technologie (VT-x and VT-d), Execute Disable bit
Stromspar-Modi: Thread C1/C1E, C3 and C6 states, Core C1/C1E, C3 and C6 states, Package C1/C1E, C3 and C6 states, Enhanced SpeedStep Technologie
On-chip peripherals: Integrierter 2-Kanal DDR3 SDRAM Speicher-Controller, Direct Media Interface, Integrierter Grafik-Controller
Technische Daten des Intel Mobile Core i7
Bezeichnung |
Frequenz Min/Max |
Sockel | Bauform |
Kerne Real/logisch |
Bustakt | Grafiktakt | Grafikkern | L2-Cache | L3-Cache |
Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Mobile Core i7 610 E | 2,533 GHz | Sockel 1288 | FCBGA10 | 2/4 | 2500 MT/s | 500 | n.bek. | 2 x 256 KB | 4 MB | Arrandale | 32/45 nm | 0.8 - 1.4 V |
Mobile Core i7 620 LE | 2,0 GHz | Sockel 1288 | FCBGA10 | 2/4 | 2500 MT/s | 266 | n.bek. | 2 x 256 KB | 4 MB | Arrandale | 32/45 nm | 0.8 - 1.4 V |
Mobile Core i7 620 LM | 2,0 / 2,8 GHz | Sockel 1288 | FCBGA10 | 2/4 | 2500 MT/s | 266 | n.bek. | 2 x 256 KB | 4 MB | Arrandale | 32/45 nm | 0.8 - 1.4 V |
Mobile Core i7 620 M | 2,667 GHz | Sockel G1 | µFCPGA | 2/4 | 2500 MT/s | 500 | n.bek. | 2 x 256 KB | 4 MB | Arrandale | 32/45 nm | 0.8 - 1.4 V |
Mobile Core i7 620 UE | 1,067 / 2,133 GHz | Sockel 1288 | FCBGA10 | 2/4 | 2500 MT/s | 166 | n.bek. | 2 x 256 KB | 4 MB | Arrandale | 32/45 nm | 0.75 - 1.4 V |
Mobile Core i7 620 UM | 1,067 / 2,133 GHz | Sockel 1288 | FCBGA10 | 2/4 | 2500 MT/s | 166 | n.bek. | 2 x 256 KB | 4 MB | Arrandale | 32/45 nm | 0.75 - 1.4 V |
Mobile Core i7 640 LM | 2,133 GHz | Sockel 1288 | FCBGA10 | 2/4 | 2500 MT/s | 266 | n.bek. | 2 x 256 KB | 4 MB | Arrandale | 32/45 nm | 0.8 - 1.4 V |
Mobile Core i7 640 UM | 1,2 / 2,267 GHz | Sockel 1288 | FCBGA10 | 2/4 | 2500 MT/s | 166 | n.bek. | 2 x 256 KB | 4 MB | Arrandale | 32/45 nm | 0.75 - 1.4 V |
Mobile Core i7 640 M | 2,8 GHz | Sockel G1 | µFCPGA | 2/4 | 2500 MT/s | 500 | n.bek. | 2 x 256 KB | 4 MB | Arrandale | 32/45 nm | 0.8 - 1.4 V |
Mobile Core i7 660 LM | 2,267 / 3,067 GHz | Sockel 1288 | FCBGA10 | 2/4 | 2500 MT/s | 266 | n.bek. | 2 x 256 KB | 4 MB | Arrandale | 32/45 nm | 0.8 - 1.4 V |
Mobile Core i7 660 UE | 1,333 GHz | Sockel 1288 | FCBGA10 | 2/4 | 2500 MT/s | 166 | n.bek. | 2 x 256 KB | 4 MB | Arrandale | 32/45 nm | 0.75 - 1.4 V |
Mobile Core i7 660 UM | 1,333 / 2,4 GHz | Sockel 1288 | FCBGA10 | 2/4 | 2500 MT/s | 166 | n.bek. | 2 x 256 KB | 4 MB | Arrandale | 32/45 nm | 0.75 - 1.4 V |
Mobile Core i7 680 UM | 1,467 / 2,533 GHz | Sockel 1288 | FCBGA10 | 2/4 | 2500 MT/s | 166 | n.bek. | 2 x 256 KB | 4 MB | Arrandale | 32/45 nm | 0.75 - 1.4 V |
Mobile Core i7 720 QM | 1,6 / 2,8 GHz | Sockel G1 | µFCPGA | 4/8 | 2500 MT/s | n.n. | n.bek. | 4 x 256 KB | 6 MB | Clarksfield | 45 nm | 0.75 - 1.4 V |
Mobile Core i7 740 QM | 1,733 / 2,93 GHz | Sockel G1 | µFCPGA | 4/8 | 2500 MT/s | n.n. | n.bek. | 4 x 256 KB | 6 MB | Clarksfield | 45 nm | 0.75 - 1.4 V |
Mobile Core i7 820 QM | 1,733 / 3,06 GHz | Sockel G1 | µFCPGA | 4/8 | 2500 MT/s | n.n. | n.bek. | 4 x 256 KB | 8 MB | Clarksfield | 45 nm | 0.75 - 1.4 V |
Mobile Core i7 840 QM | 1,867 / 3,2 GHz | Sockel G1 | µFCPGA | 4/8 | 2500 MT/s | n.n. | n.bek. | 4 x 256 KB | 8 MB | Clarksfield | 45 nm | 0.75 - 1.4 V |
Mobile Core i7 2610 UE | 1,5 / 2,4 GHz | Sockel 1023 | µFCBGA | 2/4 | 5000 MT/s | 350/850 MHz | HD3000 | 2 x 256 KB | 4 MB | Sandy Bridge | 32 nm | ? V |
Mobile Core i7 2617 M | 1,5 / 2,6 GHz | Sockel 1023 | µFCBGA | 2/4 | 5000 MT/s | 350/950 MHz | HD3000 | 2 x 256 KB | 4 MB | Sandy Bridge | 32 nm | ? V |
Mobile Core i7 2620 M | 2,7 / 3,4 GHz | Sockel 1023 | µFCBGA | 2/4 | 5000 MT/s | 650/1300 MHz | HD3000 | 2 x 256 KB | 4 MB | Sandy Bridge | 32 nm | ? V |
Mobile Core i7 2620 M | 2,7 / 3,4 GHz | Sockel G2 | µFCPGA | 2/4 | 5000 MT/s | 650/1300 MHz | HD3000 | 2 x 256 KB | 6 MB | Sandy Bridge | 32 nm | ? V |
Mobile Core i7 2629 M | 2,1 / 3,0 GHz | Sockel 1023 | µFCBGA | 2/4 | 5000 MT/s | 500/1100 MHz | HD3000 | 2 x 256 KB | 4 MB | Sandy Bridge | 32 nm | ? V |
Mobile Core i7 2630 QM | 2,0 / 2,9 GHz | Sockel G2 | µFCPGA | 4/8 | 5000 MT/s | 650/1100 MHz | HD3000 | 4 x 256 KB | 6 MB | Sandy Bridge | 32 nm | ? V |
Mobile Core i7 2637 M | 1,7 / 2,8 GHz | Sockel 1023 | µFCBGA | 2/4 | 5000 MT/s | 350/1200 MHz | HD3000 | 2 x 256 KB | 4 MB | Sandy Bridge | 32 nm | ? V |
Mobile Core i7 2640 M | 2,8 / 3,5 GHz | Sockel G2 | µFCPGA | 2/4 | 5000 MT/s | 650/1300 MHz | HD3000 | 2 x 256 KB | 4 MB | Sandy Bridge | 32 nm | ? V |
Mobile Core i7 2649 M | 2,3 / 3,2 GHz | Sockel 1023 | µFCBGA | 2/4 | 5000 MT/s | 500/1100 MHz | HD3000 | 2 x 256 KB | 4 MB | Sandy Bridge | 32 nm | ? V |
Mobile Core i7 2657 M | 1,6 / 2,7 GHz | Sockel 1023 | µFCBGA | 2/4 | 5000 MT/s | 350/1000 MHz | HD3000 | 2 x 256 KB | 4 MB | Sandy Bridge | 32 nm | ? V |
Mobile Core i7 2670 QM | 2,2 / 3,1 GHz | Sockel G2 | µFCPGA | 4/8 | 5000 MT/s | 650/1100 MHz | HD3000 | 4 x 256 KB | 6 MB | Sandy Bridge | 32 nm | ? V |
Mobile Core i7 2677 M | 1,8 / 2,9 GHz | Sockel 1023 | µFCBGA | 2/4 | 5000 MT/s | 350/1200 MHz | HD3000 | 2 x 256 KB | 4 MB | Sandy Bridge | 32 nm | ? V |
Mobile Core i7 2720 QM | 2,2 / 3,3 GHz | Sockel G2 | µFCPGA | 4/8 | 5000 MT/s | 650/1300 MHz | HD3000 | 4 x 256 KB | 6 MB | Sandy Bridge | 32 nm | ? V |
Mobile Core i7 2760 QM | 2,4 / 3,5 GHz | Sockel G2 | µFCPGA | 4/8 | 5000 MT/s | 650/1300 MHz | HD3000 | 4 x 256 KB | 6 MB | Sandy Bridge | 32 nm | ? V |
Mobile Core i7 2820 QM | 2,3/ 3,4 GHz | Sockel G2 | µFCPGA | 4/8 | 5000 MT/s | 650/1300 MHz | HD3000 | 4 x 256 KB | 8 MB | Sandy Bridge | 32 nm | ? V |
Mobile Core i7 2860 QM | 2,5/ 3,6 GHz | Sockel G2 | µFCPGA | 4/8 | 5000 MT/s | 650/1300 MHz | HD3000 | 4 x 256 KB | 8 MB | Sandy Bridge | 32 nm | ? V |
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Mobile Core i7 |
Eigenschaften: MMX Befehlssatz, SSE, SSE2, SSE3, Supplemental SSE3, SSE4.1, SSE4.2, EM64T Technologie, Hyper-Threading Technologie, Turbo Boost Technologie, Virtualization Technologie (VT-x and VT-d), Execute Disable bit, Trusted Execution Technologie
Stromspar-Modi: Thread C1/C1E, C3 and C6 states, Core C1/C1E, C3 and C6 states, Package C1/C1E, C3 and C6 states, Enhanced SpeedStep Technologie
On-chip peripherals:
Technische Daten des Intel Mobile Core i7 Extreme Edition
Bezeichnung | Frequenz | Sockel | Bauform | Bustakt | Grafiktakt | L2-Cache | L3-Cache |
Prozessor- kern |
Kerne Real/logisch |
Fertigungs- technik |
Kern- spannung |
Mobile Core i7 920 XM | 2,0 / 3,2 GHz | Sockel 988 | µFCPGA | 2500 MT/s | n.n. | 4 x 256 KB | 8 MB | Clarksfield | 4/8 | 45 nm | 0.65 - 1.4 V |
Mobile Core i7 940 XM | 2,13 / 3,33 GHz | Sockel 988 | µFCPGA | 2500 MT/s | n.n. | 4 x 256 KB | 8 MB | Clarksfield | 4/8 | 45 nm | 0.65 - 1.4 V |
Eigenschaften: MMX Befehlssatz, SSE, SSE2, SSE3, Supplemental SSE3, SSE4.1, SSE4.2, EM64T Technologie, Hyper-Threading Technologie, Turbo Boost Technologie, Virtualization Technologie (VT-x and VT-d), Execute Disable bit, Trusted Execution Technologie
Stromspar-Modi: Thread C1/C1E, C3 and C6 states, Core C1/C1E, C3 and C6 states, Package C1/C1E, C3 and C6 states, Enhanced SpeedStep Technologie
On-chip peripherals: Integrierter 2-Kanal DDR3 SDRAM Speicher-Controller, Direct Media Interface, PCI-Express Grafik-Controller
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Zuletzt geändert am:
07. Dezember 2011