7041 Computer Processors 10

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Part	Manufacturer	Brand Name	Product Line	Product Model	Product Type	Limited Warranty	Bus Speed	Product Series	Packaged Quantity	L2 Cache	Thermal Specification	Processor Core	Thermal Design Power	Cooler Type	Processor Technology	Processor Manufacturer	Environmental Certification	Environmentally Friendly	Clock Speed	Platform Supported	Depth	Process Technology	Width	Package Type	L1 Cache	Processor Socket	Product Condition	64-bit Processing	Input Voltage	Front Side Bus	Product Name
404752-B21	HP Inc.	HP	Xeon MP	7041	Processor Upgrade		800 MHz		1	2 MB	76 °C	Single-core (1 Core)			Virtualization Technology, Hyper-Threading Technology, Hyper-Pipelined Technology (HPT), Extended Memory 64 Technology, Enhanced SpeedStep Technology	Intel			3.0 GHz	PC		90 nm			16 KB	Socket PGA-604			1.40 V DC	800 MHz	Xeon MP 7041 3.0GHz - Processor Upgrade
404752-B21	HP-IMSourcing	HP-IMSourcing	Xeon MP	7041	Processor Upgrade		800 MHz		1	2 MB	76 °C	Single-core (1 Core)			Virtualization Technology, Hyper-Threading Technology, Hyper-Pipelined Technology (HPT), Extended Memory 64 Technology, Enhanced SpeedStep Technology	Intel			3.0 GHz	PC		90 nm			16 KB	Socket PGA-604			1.40 V DC	800 MHz	Xeon MP 7041 3.0GHz - Processor Upgrade
404752R-B21	HP Inc.	HP	Xeon	7041	Processor Upgrade					4 MB	76 °C	Dual-core (2 Core)				Intel			3.0 GHz			90 nm				Socket PGA-604	Refurbished				Xeon Dual-Core 7041 3.0GHz - Processor Upgrade
403933-001	HP Inc.	HP	Xeon MP	7041	Processor Upgrade		800 MHz	7000	2	4 MB	76 °C	Dual-core (2 Core)	165 W		Virtualization Technology, Enhanced SpeedStep Technology, Extended Memory 64 Technology, Hyper-Threading Technology	Intel			3 GHz	PC		90 nm			32 KB	Socket PGA-604		Yes		800 MHz	Xeon MP Dual-core 7041 3GHz Processor Upgrade
404752-L22	HP Inc.	HP	Xeon MP	7041	Processor Upgrade		800 MHz	7000		4 MB		Dual-core (2 Core)			Virtualization Technology, Hyper-Threading Technology, Extended Memory 64 Technology	Intel			3.0 GHz	PC		90 nm								800 MHz	Xeon MP Dual-Core 7041 3.0GHz - Processor Upgrade
NE80560KG0804MH	Intel Corporation	Intel	Xeon MP	7041	Processor		800 MHz	7000		4 MB	76 °C	Dual-core (2 Core)	165 W		Hyper-Threading Technology, Virtualization Technology, Extended Memory 64 Technology, Enhanced SpeedStep Technology	Intel	RoHS	Yes	3 GHz	PC	53.3 mm	90 nm	53.3 mm	OEM		Socket PGA-604		Yes	1.4125 V DC		Xeon MP Dual-core 7041 3GHz Processor
404752-B21#0D1	HP Inc.	HP	Xeon MP	7041	Processor Upgrade		800 MHz		1	4 MB	76 °C	Dual-core (2 Core)	165 W		Virtualization Technology, Hyper-Threading Technology, Enhanced SpeedStep Technology, Extended Memory 64 Technology	Intel			3 GHz	PC		90 nm				Socket PGA-604		Yes		800 MHz	Xeon MP Dual-core 7041 3GHz - Processor Upgrade
404752-L21	HP Inc.	HP	Xeon MP	7041	Processor Upgrade		800 MHz			4 MB	76 °C	Dual-core (2 Core)			Virtualization Technology, Hyper-Threading Technology, Extended Memory 64 Technology, Enhanced SpeedStep Technology	Intel			3.0 GHz	PC		90 nm				Socket PGA-604			1.40 V DC	800 MHz	Xeon MP Dual-Core 7041 3.0GHz - Processor Upgrade
BX80560KG3000H	Intel Corporation	Intel	Xeon MP	7041	Processor	3 Year	800 MHz			4 MB		Dual-core (2 Core)		Fan Heatsink, Heatsink	Extended Memory 64 Technology, Enhanced SpeedStep Technology, Hyper-Threading Technology, Hyper-Pipelined Technology (HPT)	Intel			3.0 GHz	PC		90 nm			16 KB	Socket PGA-604				800 MHz	Xeon MP 3.0GHz 7041 Dual-Core Processor
410059-B21	HP Inc.	HP	Xeon MP	7041	Processor Upgrade		800 MHz			4 MB	76 °C	Dual-core (2 Core)	165 W		Enhanced SpeedStep Technology, Extended Memory 64 Technology, Hyper-Threading Technology, Virtualization Technology	Intel	RoHS	Yes	3 GHz	PC		90 nm				Socket PGA-604		Yes	1.4 V DC	800 MHz	Xeon MP Dual-core 7041 3GHz - 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.