Enquire: Asia & Africa - +65-98008081 USA - +1-919-995-4114

Home Networking Servers & Storage HPE BL660c Gen9 E5-4650v3 12-Core Dual Processor Kit

HPE BL660c Gen9 E5-4650v3 12-Core Dual Processor Kit

Brand:
HPE

HPE 728372-B21 is a two-processor Intel Xeon E5-4650v3 upgrade kit for the ProLiant BL660c Gen9. It combines 12-core processing, 2.1GHz clock speed, 30MB cache and 105W TDP for enterprise blade workloads requiring additional compute capacity.

OVERVIEW

  • HPE 728372-B21 is a two-processor upgrade kit for compatible ProLiant BL660c Gen9 blade servers, using Intel Xeon E5-4650v3 processors at 2.1GHz with 12 cores, 30MB cache and 105W TDP per processor. It is suited to virtualization, enterprise applications, compute-intensive workloads and data-center blade environments where additional CPU capacity is required. Within the BL660c Gen9 processor family, this model sits above the 10-core E5-4620v3 options while offering lower core count and lower TDP than higher-density 14-, 16- and 18-core alternatives. For procurement teams, it is a targeted way to increase compute capability while retaining an existing BL660c Gen9 platform rather than replacing the complete blade infrastructure.

USE CASES

  • BL660c Gen9 processor capacity upgrades
  • Virtualization host performance expansion
  • Enterprise application server upgrades
  • Compute-intensive business workloads
  • Data-center blade infrastructure modernization
  • Database and transactional application environments
  • Private-cloud compute infrastructure
  • Technical computing and parallel workloads
  • Server lifecycle extension projects
  • Replacement of matching E5-4650v3 processor pairs

KEY FEATURES

  • Two Intel Xeon E5-4650v3 processors supplied as one upgrade kit
  • 12 processing cores per processor
  • 2.1GHz processor clock speed
  • 30MB cache per processor
  • 105W thermal design power per processor
  • 9.6 GT/s QPI interconnect
  • DDR4-2133 memory support in the BL660c Gen9 platform configuration
  • Intel Hyper-Threading Technology supported
  • Intel Turbo Boost Technology supported
  • Designed for HPE ProLiant BL660c Gen9
  • Enterprise blade-server compute upgrade path
  • Suitable for virtualization and consolidated workloads
  • Supports higher compute density within an existing blade architecture
  • Useful for lifecycle extension instead of complete server replacement
  • Enables procurement of a matched two-processor configuration

TECHNICAL SPECIFICATIONS

  • Brand: HPE
  • Part Number: 728372-B21
  • Product Family: HPE ProLiant BL660c Gen9
  • Product Type: Two-Processor Upgrade Kit
  • Processor Model: Intel Xeon E5-4650v3
  • Processor Quantity: 2
  • Processor Cores: 12 cores per processor
  • Processor Speed: 2.1GHz
  • L3 Cache: 30MB per processor
  • QPI Speed: 9.6 GT/s
  • Thermal Design Power: 105W per processor
  • Memory Technology: DDR4
  • Memory Speed: DDR4-2133 in supported BL660c Gen9 configurations
  • Hyper-Threading: Supported
  • Turbo Boost: Supported
  • Compatible Server: HPE ProLiant BL660c Gen9
  • Processor Generation: Intel Xeon E5-4600 v3
  • Processor Lithography: 22nm
  • Processor Socket: LGA 2011 / Socket R

WHY CHOOSE THIS PRODUCT?

  • Organizations choose 728372-B21 when an existing BL660c Gen9 environment needs a matched two-processor compute upgrade without moving to a different blade platform. Its 12-core E5-4650v3 processors provide a balanced position within the Gen9 processor range: more cores than 10-core alternatives while using less power and cache capacity than higher-core 14-, 16- and 18-core options. That makes it practical for virtualization, enterprise applications and general-purpose data-center workloads where compute density, platform compatibility and lifecycle value matter more than maximum core count. Procurement teams should verify the existing BL660c Gen9 configuration, processor population and supported memory configuration before ordering, particularly because HPE identifies 728372-B21 as a processor kit rather than a standalone complete server.

CUSTOMER REVIEW

No Reviews Found

FAQ

No FAQs Found