HPE 844374-B21 BL660c Gen9 Xeon E5-4620 v4 Processor

• Virtualization hosts requiring higher multi-core processing capacity
• Consolidated enterprise workloads on HPE blade infrastructure
• Compute-intensive business applications and services
• Multi-threaded applications benefiting from 20 physical cores
• Enterprise database workloads requiring parallel CPU processing
• Secure workloads using supported Intel encryption acceleration
• Virtual machine environments using Intel hardware virtualization
• High-density blade deployments requiring dual CPU processing
• Application servers handling concurrent enterprise workloads
• Infrastructure refreshes for compatible BL660c Gen9 systems
• Compute platforms requiring 40 total processing threads
• Workloads benefiting from AVX2-enabled processor instructions

• Dual Xeon E5-4620 v4 processors increase compute capacity
• 20 physical cores support parallel enterprise workloads
• 40 total threads improve multitasking and workload density
• 2.1GHz base frequency delivers consistent processing speed
• Up to 2.6GHz Turbo boosts performance for demanding tasks
• 25MB cache helps accelerate frequently accessed data
• Hyper-Threading improves utilization across concurrent workloads
• Intel Turbo Boost 2.0 dynamically raises CPU performance
• AVX2.0 supports optimized compute-intensive applications
• AES-NI accelerates supported encryption workloads
• Intel VT-x enables hardware-assisted virtualization
• VT-d supports directed I/O virtualization environments
• Intel Trusted Execution Technology strengthens platform security
• 105W TDP provides a defined thermal power envelope
• FCLGA2011-v3 socket matches the specified BL660c platform

• Brand: HPE
• Manufacturer: HP CTO Server Avnet
• Part Number: 844374-B21
• Product Family: HPE ProLiant BL660c Gen9
• Product Type: Server Processor
• Processor Brand: Intel
• Processor Family: Xeon
• Processor Model: E5-4620 v4
• Processor Quantity: 2
• Processor Frequency: 2.1 GHz
• Maximum Turbo Frequency: 2.6 GHz
• Cores per Processor: 10-Core
• Total Processor Cores: 20-Core
• Threads per Processor: 20 Threads
• Total Threads: 40 Threads
• Cache per Processor: 25 MB
• Processor Socket: FCLGA2011-v3
• Manufacturing Process: 14 nm
• Thermal Design Power: 105 W per Processor
• Thermal Specification: 79 °C
• Hyper-Threading Technology: Supported
• Intel Turbo Boost: Technology 2.0
• Intel SpeedStep: Enhanced SpeedStep Technology
• Intel Virtualization: Supported
• Intel VT-x: Supported
• Intel VT-d: Supported
• Extended Page Tables: Supported
• AVX: Intel Advanced Vector Extensions 2.0
• Encryption Acceleration: Intel AES-NI
• Trusted Execution: Intel Trusted Execution Technology
• Security Key: Intel Secure Key
• OS Protection: Intel OS Guard
• Transaction Support: Intel TSX-NI
• 64-Bit Technology: Intel 64 Technology
• Thermal Management: Thermal Monitoring Technologies
• Power Management: Idle States Supported
• Execute Disable: Execute Disable Bit Capability
• Compatibility: HPE ProLiant BL660c Gen9
• Platform Type: Enterprise Blade Server
• Deployment: HPE BL660c Gen9 Blade Server Infrastructure

WHY CHOOSE THIS PRODUCT?

• Dual-CPU compute architecture Two Xeon E5-4620 v4 processors provide 20 physical cores for higher parallel processing capacity.
• 40-thread processing capability Supports greater concurrent workload handling for virtualization and enterprise applications.
• Turbo performance up to 2.6GHz Provides additional processing headroom when supported workloads require higher frequency.
• Large 25MB cache per CPU Helps reduce data-access latency for frequently used processor data.
• Virtualization-ready architecture Intel VT-x, EPT and VT-d support hardware-assisted virtualization deployments.
• Enterprise security features AES-NI, Trusted Execution Technology and Secure Key support security-focused workloads.
• Purpose-built BL660c Gen9 compatibility Provides a targeted processor configuration for compatible HPE blade infrastructure.
• Defined 105W thermal envelope Gives infrastructure teams a clear processor-level thermal and power planning reference.