Technologie Daten des Intel Celeron (Slot 1)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technologie |
Kern- spannung |
Celeron 266 | 266 MHz | Slot 1 | SEPP | 66 MHz | 0 KB | Covington | 0,35 Micron | 2,0 V |
Celeron 300 | 300 MHz | Slot 1 | SEPP | 66 MHz | 0 KB | Covington | 0,35 Micron | 2,0 V |
Celeron 300 A | 300 MHz | Slot 1 | SEPP | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 2,0 V |
Celeron 333 | 333 MHz | Slot 1 | SEPP | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 2,0 V |
Celeron 366 | 366 MHz | Slot 1 | SEPP | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 2,0 V |
Celeron 400 | 400 MHz | Slot 1 | SEPP | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 2,0 V |
Celeron 433 | 433 MHz | Slot 1 | SEPP | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 2,0 V |
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Intel Celeron mit Covington-Kern | Intel Celeron mit Mendocino-Kern |
Technologie Daten des
Intel Celeron (Sockel 370)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technologie |
Kern- spannung |
Celeron 433 | 433 MHz | Sockel 370 | PPGA | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 2,0 V |
Celeron 466 | 466 MHz | Sockel 370 | PPGA | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 2,0 V |
Celeron 500 | 500 MHz | Sockel 370 | PPGA | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 2,0 V |
Celeron 533A | 533 MHz | Sockel 370 | FC-PGA | 66 MHz | 128 KB | Coppermine | 0,18 Micron | 1,50 V |
Celeron 533 | 533 MHz | Sockel 370 | PPGA | 66 MHz | 128 KB | Mendocino | 0,25 Micron | 2,0 V |
Celeron 566 | 566 MHz | Sockel 370 | FC-PGA | 66 MHz | 128 KB | Coppermine | 0,18 Micron | 1,50 V |
Celeron 600 | 600 MHz | Sockel 370 | FC-PGA | 66 MHz | 128 KB | Coppermine | 0,18 Micron | 1,50 V |
Celeron 633 | 633 MHz | Sockel 370 | FC-PGA | 66 MHz | 128 KB | Coppermine | 0,18 Micron | 1,65 V |
Celeron 667 | 667 MHz | Sockel 370 | FC-PGA | 66 MHz | 128 KB | Coppermine | 0,18 Micron | 1,65 V |
Celeron 700 | 700 MHz | Sockel 370 | FC-PGA | 66 MHz | 128 KB | Coppermine | 0,18 Micron | 1,65 V |
Celeron 733 | 733 MHz | Sockel 370 | FC-PGA | 66 MHz | 128 KB | Coppermine | 0,18 Micron | 1,65 V |
Celeron 766 | 766 MHz | Sockel 370 | FC-PGA | 66 MHz | 128 KB | Coppermine | 0,18 Micron | 1,65 V |
Celeron 800 | 800 MHz | Sockel 370 | FC-PGA | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,70 V |
Celeron 850 | 850 MHz | Sockel 370 | FC-PGA | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,70 V |
Celeron 900 | 900 MHz | Sockel 370 | FC-PGA | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,75 V |
Celeron 950 | 950 MHz | Sockel 370 | FC-PGA | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,75 V |
Celeron 1,0 | 1000 MHz | Sockel 370 | FC-PGA | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,75 V |
Celeron 1,1 | 1100 MHz | Sockel 370 | FC-PGA | 100 MHz | 128 KB | Coppermine | 0,18 Micron | 1,75 V |
Celeron 900 A | 900 MHz | Sockel 370 | FC-PGA2 | 100 MHz | 256 KB | Tualatin | 0,13 Micron | 1,475 V |
Celeron 1,0 A | 1000 MHz | Sockel 370 | FC-PGA2 | 100 MHz | 256 KB | Tualatin | 0,13 Micron | 1,475 V |
Celeron 1,1 A | 1100 MHz | Sockel 370 | FC-PGA2 | 100 MHz | 256 KB | Tualatin | 0,13 Micron | 1,475 V |
Celeron 1,2 | 1200 MHz | Sockel 370 | FC-PGA2 | 100 MHz | 256 KB | Tualatin | 0,13 Micron | 1,50 V |
Celeron 1,3 | 1300 MHz | Sockel 370 | FC-PGA2 | 100 MHz | 256 KB | Tualatin | 0,13 Micron | 1,50 V |
Celeron 1,4 | 1400 MHz | Sockel 370 | FC-PGA2 | 100 MHz | 256 KB | Tualatin | 0,13 Micron | 1,50 V |
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Intel Celeron mit Mendocino-Kern | Intel Celeron mit Coppermine 128 Kern | Intel Celeron mit Tualatin 256 Kern |
Technologie Daten des Intel Celeron (Sockel 478)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technologie |
Kern- spannung |
Celeron 1,7 | 1700 MHz | mPGA478 | FC-PGA2 | 400 MHz | 128 KB | Willamette | 0,18 Micron | 1,75 V |
Celeron 1,8 | 1800 MHz | mPGA478 | FC-PGA2 | 400 MHz | 128 KB | Willamette | 0,18 Micron | 1,75 V |
Celeron 2,0 | 2000 MHz | mPGA478 | FC-PGA2 | 400 MHz | 128 KB | Northwood | 0,13 Micron | 1,475 V |
Celeron 2,1 | 2100 MHz | mPGA478 | FC-PGA2 | 400 MHz | 128 KB | Northwood | 0,13 Micron | 1,475 V |
Celeron 2,2 | 2200 MHz | mPGA478 | FC-PGA2 | 400 MHz | 128 KB | Northwood | 0,13 Micron | 1,475 V |
Celeron 2,3 | 2300 MHz | mPGA478 | FC-PGA2 | 400 MHz | 128 KB | Northwood | 0,13 Micron | 1,475 V |
Celeron 2,4 | 2400 MHz | mPGA478 | FC-PGA2 | 400 MHz | 128 KB | Northwood | 0,13 Micron | 1,475 V |
Celeron 2,5 | 2500 MHz | mPGA478 | FC-PGA2 | 400 MHz | 128 KB | Northwood | 0,13 Micron | 1,475 V |
Celeron 2,6 | 2600 MHz | mPGA478 | FC-PGA2 | 400 MHz | 128 KB | Northwood | 0,13 Micron | 1,475 V |
Celeron 2,7 | 2700 MHz | mPGA478 | FC-PGA2 | 400 MHz | 128 KB | Northwood | 0,13 Micron | 1,475 V |
Celeron 2,8 | 2800 MHz | mPGA478 | FC-PGA2 | 400 MHz | 128 KB | Northwood | 0,13 Micron | 1,475 V |
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Celeron mit Willamette Kern | Celeron mit Northwood Kern |
Technologie Daten des Intel Celeron D (Sockel 478)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technologie |
Kern- spannung |
Celeron D 310 | 2130 MHz | mPGA478 | FC-PGA2 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,25 V |
Celeron D 315 | 2266 MHz | mPGA478 | FC-PGA2 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,25 V |
Celeron D 320 | 2400 MHz | mPGA478 | FC-PGA2 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,25 V |
Celeron D 325 | 2530 MHz | mPGA478 | FC-PGA2 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,25 V |
Celeron D 330 | 2667 MHz | mPGA478 | FC-PGA2 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,25 V |
Celeron D 335 | 2880 MHz | mPGA478 | FC-PGA2 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,25 V |
Celeron D 340 | 2930 MHz | mPGA478 | FC-PGA2 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,25 V |
Celeron D 345 | 3060 MHz | mPGA478 | FC-PGA2 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,25 V |
Celeron D 350 | 3200 MHz | mPGA478 | FC-PGA2 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,25 V |
![]() Celeron mit Prescott-256 Kern |
Eigenschaften: MMX technology, SSE, SSE2, SSE3
Stromspar-Modi:: AutoHALT state, Stop Grant state, Sleep state
Technologie Daten des Intel Celeron D (Sockel 775)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technologie |
Kern- spannung |
Celeron D 325J | 2533 MHz | 775 | FC-LGA4 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,4 V |
Celeron D 326 | 2533 MHz | 775 | FC-LGA4 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,4 V |
Celeron D 330J | 2600 MHz | 775 | FC-LGA4 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,4 V |
Celeron D 331 | 2600 MHz | 775 | FC-LGA4 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,4 V |
Celeron D 335J | 2800 MHz | 775 | FC-LGA4 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,4 V |
Celeron D 336 | 2800 MHz | 775 | FC-LGA4 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,4 V |
Celeron D 340J | 2933 MHz | 775 | FC-LGA4 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,4 V |
Celeron D 341 | 2933 MHz | 775 | FC-LGA4 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,4 V |
Celeron D 345J | 3066 MHz | 775 | FC-LGA4 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,4 V |
Celeron D 346 | 3066 MHz | 775 | FC-LGA4 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,4 V |
Celeron D 347 | 3066 MHz | 775 | FC-LGA4 | 533 MHz | 512 KB | Cedar Mill | 65 nm | 1,3 V |
Celeron D 351 | 3200 MHz | 775 | FC-LGA4 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,4 V |
Celeron D 352 | 3200 MHz | 775 | FC-LGA4 | 533 MHz | 512 KB | Cedar Mill | 65 nm | 1,3 V |
Celeron D 355 | 3333 MHz | 775 | FC-LGA4 | 533 MHz | 256 KB | Prescott-256 | 90 nm | 1,4 V |
Celeron D 356 | 3333 MHz | 775 | FC-LGA4 | 533 MHz | 512 KB | Cedar Mill | 65 nm | 1,3 V |
Celeron D 360 | 3466 MHz | 775 | FC-LGA4 | 533 MHz | 512 KB | Cedar Mill | 65 nm | 1,3 V |
Celeron D 365 | 3600 MHz | 775 | FC-LGA4 | 533 MHz | 512 KB | Cedar Mill | 65 nm | 1,3 V |
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Celeron mit Prescott-256 Kern | Celeron mit Cedar Mill Kern |
Eigenschaften:
MMX technology, SSE, SSE2, SSE3,
Execute Disable bit, EM64T technology
Technologie Daten des Intel Celeron S (Sockel 775)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technologie |
Kern- spannung |
Celeron S 420 | 1600 MHz | 775 | FC-LGA4 | 800 MHz | 512 KB | Conroe-L | 65 nm | 1,2 V |
Celeron S 430 | 1800 MHz | 775 | FC-LGA4 | 800 MHz | 512 KB | Conroe-L | 65 nm | 1,2 V |
Celeron S 440 | 2000 MHz | 775 | FC-LGA4 | 800 MHz | 512 KB | Conroe-L | 65 nm | 1,2 V |
Celeron S 450 | 2200 MHz | 775 | FC-LGA4 | 800 MHz | 512 KB | Conroe-L | 65 nm | 1,2 V |
Celeron S 460 | 2400 MHz | 775 | FC-LGA4 | 800 MHz | 512 KB | Conroe-L | 65 nm | 1,2 V |
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Celeron S mit Conroe-L Kern |
Eigenschaften:
MMX technology, SSE, SSE2, SSE3,
Execute Disable bit, EM64T technology, Thermal Monitor 2
Stromspar-Modi:
AutoHALT state, Extended Halt
state, Stop Grant state
Technologie Daten des Intel Celeron Dual Core (Sockel 775)
Bezeichnung | Frequenz | Sockel | Bauform | FSB | L2 | Prozessor- kern |
Fertigungs- technologie |
Kern- spannung |
Celeron E 1200 | 2 x 1600 MHz | 775 | FC-LGA6 | 800 MHz | 512 KB | Allendale | 65 nm | 0,85 V |
Celeron E 1400 | 2 x 2000 MHz | 775 | FC-LGA6 | 800 MHz | 512 KB | Allendale | 65 nm | 0,85 V |
Celeron E 1500 | 2 x 2200 MHz | 775 | FC-LGA6 | 800 MHz | 512 KB | Allendale | 65 nm | 0,85 V |
Celeron E 1600 | 2 x 2400 MHz | 775 | FC-LGA6 | 800 MHz | 512 KB | Allendale | 65 nm | 0,85 V |
Celeron E 3200 | 2 x 2400 MHz | 775 | FC-LGA6 | 800 MHz | 1 MB | Wolfdale | 45 nm | 0,85 V |
Celeron E 3300 | 2 x 2500 MHz | 775 | FC-LGA6 | 800 MHz | 1 MB | Wolfdale | 45 nm | 0,85 V |
Celeron E 3400 | 2 x 2600 MHz | 775 | FC-LGA6 | 800 MHz | 1 MB | Wolfdale | 45 nm | 0,85 V |
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Celeron E mit Allendale Kern |
Eigenschaften: MMX technology, SSE, SSE2, SSE3, Execute Disable bit, EM64T technology
Stromspar-Modi:
HALT state, Extended HALT
state, Stop Grant state, Extended Stop Grant state, Enhanced SpeedStep
technology
Der L2-Cache wird von beiden Kernen genutzt
Technische Daten des Intel Celeron Sockel 1155 (H2)
Bezeichnung | Frequenz | Sockel | Bauform | Bustakt | Grafiktakt | Grafikkern | L2-Cache | L3-Cache | Kerne | Prozessor- kern |
Fertigungs- technik |
Kern- spannung |
Celeron G440 | 1600 MHz | Sockel 1155 | FC-LGA10 | 5000 MT/s | 650/1000 MHz | HD 2000 | 256 KB | 1 MB | 1 | Sandy Bridge | 32 nm | ? V |
Celeron G530 T | 2000 MHz | Sockel 1155 | FC-LGA10 | 5000 MT/s | 650/1000 MHz | HD 2000 | 2 x 256 KB | 2 MB shared | 2 | Sandy Bridge | 32 nm | ? V |
Celeron G530 | 2400 MHz | Sockel 1155 | FC-LGA10 | 5000 MT/s | 850/1000 MHz | HD 2000 | 2 x 256 KB | 2 MB shared | 2 | Sandy Bridge | 32 nm | ? V |
Celeron G540 | 2500 MHz | Sockel 1155 | FC-LGA10 | 5000 MT/s | 850/1000 MHz | HD 2000 | 2 x 256 KB | 2 MB shared | 2 | Sandy Bridge | 32 nm | ? V |
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Zuletzt geändert am:
07. Dezember 2011