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Home Networking Servers & Storage HPE 755396-B21 DL360 Gen9 Xeon E5-2690v3 Processor Kit

HPE 755396-B21 DL360 Gen9 Xeon E5-2690v3 Processor Kit

Brand:
HPE

HPE 755396-B21 upgrades compatible DL360 Gen9 servers with a 12-core Intel Xeon E5-2690v3 processor running at 2.6GHz, delivering 30MB cache, Hyper-Threading, DDR4 support and 135W TDP.

OVERVIEW

  • HPE 755396-B21 is an Intel Xeon E5-2690v3 processor kit purpose-built for compatible HPE DL360 Gen9 server deployments. Its 12-core architecture, 2.6GHz frequency, 30MB cache and Hyper-Threading support provide a substantial compute resource for enterprise workloads. VT-x/VT-d virtualization capabilities also support virtualized infrastructure requirements. As a DL360 Gen9-compatible processor kit, it offers a targeted CPU upgrade path within the server family.
  • Compatibility & Model Compare: Designed for HPE DL360 Gen9; E5-2690v3 provides 12 cores at 2.6GHz.

USE CASES

  • DL360 Gen9 CPU upgrades for enterprise server infrastructure
  • Virtualization hosts requiring additional processing resources
  • Multi-threaded application workloads on compatible servers
  • Enterprise database processing on DL360 Gen9 platforms
  • Compute-intensive business application deployments
  • Consolidated server environments using virtualization
  • Data center server refresh and component replacement
  • High-concurrency application processing environments
  • HPE server spare-parts and lifecycle management
  • Capacity expansion for compatible DL360 Gen9 systems

KEY FEATURES

  • 12-core Xeon architecture Supports parallel enterprise workloads
  • 2.6GHz processor speed Delivers responsive compute performance
  • 30MB cache Keeps frequently accessed data closer to cores
  • Hyper-Threading support Improves concurrent task handling
  • 135W TDP Defines the required thermal power envelope
  • DDR4 memory support Works with compatible server memory
  • 68GB/s memory bandwidth Enables high-speed memory data flow
  • LGA 2011-v3 socket Matches the specified processor platform
  • VT-x and VT-d support Enables hardware-assisted virtualization
  • 64-bit instruction set Supports modern enterprise operating systems
  • 22nm manufacturing technology Identifies processor fabrication
  • Intel SpeedStep support Enables processor power management
  • No integrated graphics Dedicated for server compute workloads
  • Thermal solution not included Requires compatible cooling provision
  • DL360 Gen9 compatibility Enables targeted HPE server upgrades

TECHNICAL SPECIFICATIONS

  • Brand: HPE
  • Model: 755396-B21
  • Product Type: Processor Kit
  • Processor Manufacturer: Intel
  • Processor Brand: Intel
  • Processor Type: Intel Xeon
  • Processor Model: E5-2690v3
  • Processor Family: Xeon E5 v3
  • Processor Speed: 2.6GHz
  • Number of Cores: 12-core
  • Cache Memory: 30MB
  • Thermal Design Power (TDP): 135W
  • Socket Type: LGA 2011-v3
  • Memory Type Supported: DDR4
  • Maximum Memory Bandwidth: 68GB/s
  • Instruction Set: 64-bit
  • Manufacturing Technology: 22nm
  • Hyper-Threading: Yes
  • Virtualization Technology: Intel VT-x, VT-d
  • Enhanced SpeedStep Technology: Yes
  • Integrated Graphics: None
  • Thermal Solution: Not Included
  • Compatible Server: HPE DL360 Gen9
  • Server Generation: Gen9
  • Compatibility: HPE DL360 Gen9 only as specified
  • Processor Core Architecture: 12-core
  • Intended Use: Server Processor Upgrade

WHY CHOOSE THIS PRODUCT?

  • Provides a processor option specifically identified for HPE DL360 Gen9 servers, simplifying platform matching during upgrade planning.
  • Gives enterprise administrators more parallel processing resources for demanding multi-threaded workloads.
  • Provides a strong baseline clock speed for responsive server-side compute operations.
  • Helps retain frequently accessed instructions and data closer to the processing cores.
  • Allows compatible workloads to use additional logical processing threads for improved concurrency.
  • VT-x and VT-d support helps organizations deploy hardware-assisted virtualization environments.
  • 68GB/s maximum memory bandwidth supports efficient processor-to-memory data movement.

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