CULV

Consumer Ultra-Low Voltage (CULV) is a computer platform developed by Intel . The rival platforms are VIA Nano , AMD Yukon, Nile, and Nvidia's GeForce graphics chips as part of the NVIDIA Ion platform project. Because of their low power consumption and heat dissipation, CULV allows you to create very thin computer systems with a long battery life in portable computers.

Although the first processors in this category were single-core (for example, the SU3500), new CULV processors are dual-core (for example, the SU9600). All of them are based on the architecture of Intel Core 2 or Westmere .

Content

Processors

Based on Intel Core 2 microarchitecture

single core processors

All models are based on 45 nm process technology.

Model	Clock frequency, ( MHz )	L2 cache MB	Interface FSB , MT / s	Factor	Voltage, AT	Tdp ( W )	Connector	Date of issue	Price, $
Celeron M ULV 722	1200	one	800	6 ×	0.775-1.1	ten	BGA956	3rd quarter 2008	107
Celeron M ULV 723	1200	one	800	6 ×	1.05-1.15	ten	BGA956	3rd quarter 2008	107
Celeron M ULV 743	1300	one	800	6.5 ×	1.05-1.15	ten	BGA956	3rd quarter 2009	107
Pentium SU2700	1300	2	800	6.5 ×	1.05-1.15	ten	BGA956	3rd quarter 2009
Core 2 Solo SU3300	1200	3	800	6 ×	1.05-1.15	5.5	BGA956	3rd quarter 2008	262
Core 2 Solo SU3500	1400	3	800	7 ×	1.05-1.15	5.5	BGA956	2nd quarter 2009	262

dual core processors

All models are based on 45 nm process technology.

Model	Clock frequency, ( MHz )	L2 cache MB	Interface FSB , MT / s	Factor	Voltage, AT	Tdp ( W )	Connector	Date of issue	Price, $
Celeron SU2300	1200	one	800	6 ×	1.05-1.15	ten	BGA956	3rd quarter 2009	134
Pentium SU4100	1300	2	800	6.5 ×	1.05-1.15	ten	BGA956	3rd quarter 2009	289
Core 2 Duo SU7300	1300	3	800	6.5 ×	1.05-1.15	ten	BGA956	3rd quarter 2009	289
Core 2 Duo SU9300	1200	3	800	6 ×	1.05-1.15	ten	BGA956	3rd quarter 2008	262
Core 2 Duo SU9400	1400	3	800	7 ×	1.05-1.15	ten	BGA956	3rd quarter 2008	289
Core 2 Duo SU9600	1600	3	800	8 ×	1.05-1.15	ten	BGA956	1st quarter 2009	289

CULV

Content

Processors

Based on Intel Core 2 microarchitecture

single core processors

dual core processors

Based on the Westmere microarchitecture

Arrandale (Celeron; 32 nm )

Arrandale (Pentium; 32 nm )

Arrandale (Core i3; 32 nm )

Arrandale (Core i5; 32 nm )

Arrandale (Core i7; 32 nm )

Sandy Bridge Microarchitecture Based

Sandy Bridge (Celeron; 32 nm )

Sandy Bridge (Pentium; 32 nm )

Sandy Bridge (Core i3; 32 nm )

Sandy Bridge (Core i5; 32 nm )

Sandy Bridge (Core i7; 32 nm )

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