Technische Daten des Intel Atom

Bezeichnung Frequenz Sockel Bauform Bustakt Grafiktakt L2-Cache Kerne Prozessor-
kern
Fertigungs-
technik
Kern-
spannung
Atom 230 1 x 1.6 GHz Sockel 437 FC-BGA8 533 MHz n.n. 512 KB 1 Diamondville 45 nm 0,7-1,20 V
Atom 330 2 x 1.6 GHz Sockel 437 FC-BGA8 533 MHz n.n. 2 x 512 KB 2 Diamondville 45 nm 1,10 V
Atom D410 1 x 1,67 GHz Sockel 559 FC-BGA8 533 MHz 400 MHz 512 KB 1 Pineview 45 nm 0.8-1.175 V
Atom D425 1 x 1,8 GHz Sockel 559 FC-BGA8 533 MHz 400 MHz 512 KB 1 Pineview 45 nm 0.8-1.175 V
Atom D510 2 x 1,67 GHz Sockel 559 FC-BGA8 533 MHz 400 MHz 2 x 512 KB 2 Pineview 45 nm 0.8-1.175 V
Atom D525 2 x 1,8 GHz Sockel 559 FC-BGA8 533 MHz 400 MHz 2 x 512 KB 2 Pineview 45 nm 0.8-1.175 V
Atom E620 1 x 600 MHz Sockel 676 FC-BGA 400 MHz 320 MHz 512 KB 1 Tunnel Creek 45 nm 1.045-1.115 V
Atom E640 1 x 1,0 GHz Sockel 676 FC-BGA 400 MHz 320 MHz 512 KB 1 Tunnel Creek 45 nm 1.045-1.115 V
Atom E660 1 x 1,3 GHz Sockel 676 FC-BGA 533 MHz 320 MHz 512 KB 1 Tunnel Creek 45 nm 1.045-1.115 V
Atom E680 1 x 1,6 GHz Sockel 676 FC-BGA 400 MHz 320 MHz 512 KB 1 Tunnel Creek 45 nm 1.045-1.115 V
Atom N270 1 x 1.6 GHz Sockel 437 FC-BGA8 533 MHz n.n. 512 KB 1 Diamondville 45 nm 1,10 V
Atom N280 1 x 1.67 GHz Sockel 437 FC-BGA8 667 MHz n.n. 512 KB 1 Diamondville 45 nm 0.9-1,62 V
Atom N450 1 x 1,67 GHz Sockel 559 FC-BGA8 533 MHz 200 MHz 512 KB 1 Pineview 45 nm 0.96-1.17 V
Atom N455 1 x 1,67 GHz Sockel 559 FC-BGA8 533 MHz 200 MHz 512 KB 1 Pineview 45 nm 0.96-1.17 V
Atom N470 1 x 1,833 GHz Sockel 559 FC-BGA8 533 MHz 200 MHz 512 KB 1 Pineview 45 nm 0.96-1.17 V
Atom N475 1 x 1,833 GHz Sockel 559 FC-BGA8 533 MHz 200 MHz 512 KB 1 Pineview 45 nm 0.96-1.17 V
Atom N550 2 x 1,5 GHz Sockel 559 FC-BGA8 533 MHz 200 MHz 2 x 512 KB 2 Pineview 45 nm 0.96-1.17 V
Atom Z500 1 x 800 MHz Sockel 441 FC-BGA8 400 MHz n.n. 512 KB 1 Silverthorne 45 nm 1,10 V
Atom Z510 1 x 1,1 GHz Sockel 441 FC-BGA8 400 MHz n.n. 512 KB 1 Silverthorne 45 nm 1,10 V
Atom Z510P 1 x 1,1 GHz Sockel 437 FC-BGA8 400 MHz n.n. 512 KB 1 Silverthorne 45 nm 1,10 V
Atom Z510PT 1 x 1,1 GHz Sockel 437 FC-BGA8 400 MHz n.n. 512 KB 1 Silverthorne 45 nm 0,9-1.10 V
Atom Z515 1 x 1,2 GHz Sockel 441 FC-BGA8 400 MHz n.n. 512 KB 1 Silverthorne 45 nm 1,10 V
Atom Z520 1 x 1,33 GHz Sockel 441 FC-BGA8 533 MHz n.n. 512 KB 1 Silverthorne 45 nm 1,10 V
Atom Z520PT 1 x 1,33 GHz Sockel 441 FC-BGA8 533 MHz n.n. 512 KB 1 Silverthorne 45 nm 0,9-1.10 V
Atom Z530 1 x 1,6 GHz Sockel 441 FC-BGA8 533 MHz n.n. 512 KB 1 Silverthorne 45 nm 1,10 V
Atom Z530P 1 x 1,6 GHz Sockel 437 FC-BGA8 533 MHz n.n. 512 KB 1 Silverthorne 45 nm 1,10 V
Atom Z540 1 x 1,87 GHz Sockel 441 FC-BGA8 533 MHz n.n. 512 KB 1 Silverthorne 45 nm 1,10 V
Atom Z550 1 x 2,0 GHz Sockel 441 FC-BGA8 533 MHz n.n. 512 KB 1 Silverthorne 45 nm 1,10 V

Atom 230
Atom N450
Atom der Z-Serie

Eigenschaften:
230/330: MMX instruction set, SSE, SSE2, SSE3, EM64T Technologie, Hyper-Threading Technologie, Execute Disable bit
N-Serie: MMX Technologie, SSE, SSE2, SSE3, Supplemental SSE3, Hyper-Threading Technologie, Execute Disable bit
Z-Serie: MMX Technologie, SSE, SSE2, SSE3, Supplemental SSE3, Execute Disable bit

Stromspar-Modi:
230/330: C1-Auto-Halt-State, C1-MWait-State
N-Serie: C1-AutoHalt, C1-MWAIT, C2 and C4 thread States, Stop Grant State, Enhanced Stop Grant State, Sleep State, Deep Sleep State, Deeper Sleep State, Enhanced Deeper Sleep State, Enhanced SpeedStep Technologie
Z-Serie: C1 AutoHalt State, C1 MWAIT State, Enhanced HALT State, Stop Grant State, Enhanced Stop Grant State, Sleep State, Deep Sleep State, Deeper Sleep State, Enhanced Deeper Sleep State, C5 State, Deep Power-down Technologie, Enhanced SpeedStep Technologie

On-Chip:
N450/D410/D510: Integrierter 1-Kanal 64-bit DDR2 Speicher-Controller, Direct Media Interface, On-chip Grafik-Controller

 


Senden Sie E-Mail mit Fragen oder Kommentaren zu dieser Web-Site an: krause@bytes-and-more.de
Zuletzt gešndert am: 25. Oktober 2010