G4400 Computer Processors 11

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Part	Manufacturer	Brand Name	Product Line	Product Model	Product Type	Number of Monitors Supported	L3 Cache	Product Series	Direct Media Interface	L2 Cache	Model Compatibility	Graphics Controller Model	Thermal Specification	Processor Core	Brand Compatibility	Thermal Design Power	Processor Manufacturer	Maximum Cache Level	Clock Speed	Platform Supported	Depth	Process Technology	Width	Package Type	Processor Socket	Graphics Controller Manufacturer	64-bit Processing	Processor Threads	Maximum Cache	Product Name	Integrated Graphics
BX80662G4400	Intel-IMSourcing	Intel-IMSourcing	Pentium	G4400	Processor		3 MB	G4400	8 GT/s	512 KB		HD Graphics 510		Dual-core (2 Core)		47 W	Intel		3.3 GHz		37.5 mm	14 nm	37.5 mm		Socket H4 LGA-1151	Intel	Yes			Pentium Dual-core G4400 3.3 GHz Processor
CM8066201927306	Intel-IMSourcing	Intel	Pentium	G4400	Processor		3 MB	G4400	8 GT/s	512 KB		HD Graphics 510		Dual-core (2 Core)		47 W	Intel		3.3 GHz		37.5 mm	14 nm	37.5 mm		Socket H4 LGA-1151	Intel	Yes			Pentium Dual-core G4400 3.3 GHz Processor
BX80662G4400	Intel Corporation	Intel	Pentium	G4400	Processor	3	3 MB	G4400	8 GT/s	512 KB	<b>Chipsets</b><br /><br /> <ul> <li> H170 Chipset (GL82H170 PCH)</li> <li> H110 Chipset (GL82H110 PCH)</li> <li> Z170 Chipset (GL82Z170 PCH)</li> <li> Q170 Chipset (GL82Q170 PCH)</li> <li> Q150 Chipset (GL82Q150 PCH)</li> <li> B150 Chipset (GL82B150 PCH)</li> </ul>	HD Graphics 510	100 °C	Dual-core (2 Core)	Intel	54 W	Intel	L3	3.3 GHz	PC	37.5 mm	14 nm	37.5 mm	Retail	Socket H4 LGA-1151	Intel	Yes		3 MB	Pentium Dual-core G4400 3.3 GHz Desktop Processor	Yes
CM8066201927306	Intel Corporation	Intel	Pentium	G4400	Processor		3 MB	G4400	8 GT/s	512 KB		HD Graphics 510		Dual-core (2 Core)		47 W	Intel		3.3 GHz		37.5 mm	14 nm	37.5 mm		Socket H4 LGA-1151	Intel	Yes			Pentium Dual-core G4400 3.3 GHz Processor
1BP71AV	HP Inc.	HP	Pentium	G4400	Processor Upgrade	3	3 MB	G4400	8 GT/s	512 KB		HD Graphics 510	100 °C	Dual-core (2 Core)		54 W	Intel		3.3 GHz		37.5 mm	14 nm	37.5 mm		Socket H4 LGA-1151	Intel	Yes			Pentium Dual-core G4400 3.3GHz Desktop Processor Upgrade
S26361-F3944-E400	Fujitsu	Fujitsu	Pentium	G4400	Processor Upgrade	3	3 MB					Intel® HD Graphics 510		Dual-core (2 Core)		54 W	Intel		3.3 GHz		37.5 mm	14 nm	37.5 mm		Socket H4 LGA-1151	Intel	Yes	2		Pentium Dual-core G4400 3.3Ghz Desktop Processor Upgrade
M7E42AV	HP Inc.	HP	Pentium	G4400	Processor Upgrade	3	3 MB		8 GT/s	512 KB		HD Graphics 510	100 °C	Dual-core (2 Core)		54 W	Intel		3.3 GHz		37.5 mm	14 nm	37.5 mm		Socket H4 LGA-1151	Intel	Yes	2		Pentium Dual-core G4400 3.3GHz Desktop Processor Upgrade
P4D-G4400-SR2DC	Supermicro Computer, Inc	Supermicro	Pentium	G4400	Processor Upgrade	3	3 MB	G4400	8 GT/s	512 KB		HD Graphics 510	100 °C	Dual-core (2 Core)		54 W	Intel		3.3 GHz		37.5 mm	14 nm	37.5 mm		Socket H4 LGA-1151	Intel	Yes			Pentium Dual-core G4400 3.3GHz Desktop Processor Upgrade
1BP66AV	HP Inc.	HP	Pentium	G4400	Processor Upgrade	3	3 MB	G4400	8 GT/s	512 KB		HD Graphics 510	100 °C	Dual-core (2 Core)		54 W	Intel		3.3 GHz		37.5 mm	14 nm	37.5 mm		Socket H4 LGA-1151	Intel	Yes			Pentium Dual-core G4400 3.3GHz Desktop Processor Upgrade
840018-L21	Hewlett Packard Enterprise	HPE	Pentium	G4400	Processor Upgrade	3	3 MB	G4400	8 GT/s	512 KB		HD Graphics 510	100 °C	Dual-core (2 Core)		54 W	Intel		3.3 GHz		37.5 mm	14 nm	37.5 mm		Socket H4 LGA-1151	Intel	Yes			Pentium Dual-core G4400 3.3 GHz Server FIO Processor Upgrade
P4D-G4400-SR2LA	Supermicro Computer, Inc	Supermicro	Pentium	G4400	Processor Upgrade	3	3 MB	G4400	8 GT/s	512 KB		HD Graphics 510	100 °C	Dual-core (2 Core)		54 W	Intel		3.3 GHz		37.5 mm	14 nm	37.5 mm		Socket H4 LGA-1151	Intel	Yes			Pentium Dual-core G4400 3.3GHz Desktop Processor Upgrade

Computer Processors

Computer Processors, often referred to simply as processors or CPUs (Central Processing Units), are silicon chips that serve as the brain of a computing device. These integrated circuits are responsible for executing instructions and performing calculations in computers, smartphones, tablets, and other electronic devices. Microprocessors come in various architectures and designs, each optimized for specific applications and performance requirements. They typically include features such as multiple cores, advanced instruction sets, and power-saving technologies to deliver optimal performance and efficiency.