WE ARE OPEN DURING COVID-19. CONTACT OUR TEAM FOR HELP WITH IT HARDWARE & SERVICES.

HP Intel Xeon DP X5675 6 Core 3.06 GHz Processor Upgrade

HP Intel Xeon DP X5675 Hexa-core (6 Core) 3.06 GHz Processor Upgrade - Socket B LGA-1366

Over 1 Million Parts & Accessories Available

CALL FOR BEST PRICE:

Toll-Free 1-800-566-4786
or Contact Us

Condition:

Description

HP Intel Xeon DP X5675 Hexa-core (6 Core) 3.06 GHz Processor Upgrade – Socket B LGA-1366 – 1.50 MB – 12 MB Cache – 6.40 GT/s QPI – 64-bit Processing – 32 nm – 95 W – 178.3°F (81.3°C)

OVERVIEW:

Processor Manufacturer : Intel

Thermal Specification : 178.3°F (81.3°C)

Processor Core : Hexa-core (6 Core)

Thermal Design Power : 95 W

Width : 1.7″

Compatibility :

Hewlett-Packard BL490c G7 ProLiant Server Series

Clock Speed : 3.06 GHz

Depth : 1.8″

QuickPath Interconnect : 6.40 GT/s

L2 Cache : 1.50 MB

L3 Cache : 12 MB

64-bit Processing : Yes

Process Technology : 32 nm

Processor Socket : Socket B LGA-1366

Additional information

Dimensions	1.7 in

Reviews

There are no reviews yet.

Only logged in customers who have purchased this product may leave a review.

SKU: 1019502201 Category: Microprocessors Tags: Electronic Components, hp intel xeon dp x5675 core ghz processor upgrade socket b mb mb cache gt/s qpi processing nm w 178.3°f 81.3°c X5675 Xeon DP X5675 3.06GHz FIO Processor Upgrade Xeon DP Processor Upgrade, Information Technology, Microprocessors, microprocessors hp ja4773

Parts

HP Intel Xeon DP X5675 6 Core 3.06 GHz Processor Upgrade

Contact us for HP Intel Xeon DP X5675 6 Core 3.06 GHz Processor Upgrade Prices. We will SAVE YOU money over list price. CCNY Tech can provide you with a quick quote for ALL your IT hardware needs. We offer one million IT products, parts and accessories not advertised on our website.

Call 1-315-292-1046 or Contact Us to review our best prices for quantities large or small.

We sell HPE Parts for less!

Intel Xeon processor 5600 series automatically regulates power consumption and intelligently adjusts server performance according to application demand, maximizing both energy cost savings and performance.