726657-B21 HP Xeon E5-2620 v3 2.40GHz 6-Core Processor
726657-B21 Overview
Upgrade your server performance with the 726657-B21 HP 2.40GHz 8.00GT/s QPI 15MB L3 Cache Intel Xeon E5-2620 v3 6-Core Processor, designed for Socket LGA2011-3 compatibility.
726657-B21 Technical Specifications
HP Xeon E5-2620 v3 2.40GHz 6-Core Processor Upgrade
Brand: Intel
Part Number: 726657-B21
Processor Type: Server
Family: E5-2600 v3
Series: Xeon Processor
Core Model: E5-2620 v3
Code Name: Haswell
Core Stepping: R2
Manufacturing Technology: 22 nm
CPU ID String: 0306F2h
Number of Cores: 6
Number of Threads: 12
Base Clock Speed: 2.40 GHz
L3 Cache Size: 15 MB
QuickPath Interconnect: 8.00 GT/s QPI
Thermal Design Power: 85 Watts
VID Voltage Range: 0.65V–1.30V
Socket Type: LGA 2011-3
Condition: OEM
Related Products
00MJ097 Overview
Introducing the IBM Intel Fort Quad-Port 10Gbps Network Adapter designed for the XL710, delivering impressive networking capabilities and performance enhancements for your IT infrastructure.
E810XXVDA2BLK Overview
Enhance network performance and application efficiency with the Intel Ethernet Network Adapter. Designed for high-performance server workloads, this adapter optimizes bandwidth and improves application throughput, making it ideal for demanding environments.
Overview of XXV710DA1OCP
Experience high-speed networking with the XXV710DA1OCP Ethernet Module, featuring a single port with 25GbE support. Designed for optimal performance, this module ensures reliable connectivity for various applications.
E810XXVDA2 Overview
Intel’s Ethernet 800 Series network adapters are designed to boost application efficiency and enhance network performance. With their innovative and versatile capabilities, they provide a robust solution for various networking needs.
HX-N2XX-AIPCI01 Overview
This Ethernet adapter is engineered for high-performance datacenter environments. It meets the rigorous demands of modern datacenters by offering exceptional features for virtualization, versatile LAN and SAN networking, and consistent reliability. Designed to support 10 Gigabit Ethernet technology, it ensures rapid connectivity.
UCSC-PCIE-IRJ45 Overview
Enhance your network capabilities with the Cisco UCSC-PCIE-IRJ45 Network Adapter. This adapter is specifically engineered for the Cisco UCS C220 M3, C240 M3, and S3260 server models, ensuring seamless connectivity and performance.
X540T2 Overview
This Intel® Ethernet Controller X540-based network adapter provides a streamlined solution for LAN on Motherboard, enabling 10 GbE connectivity for your server platform with high efficiency and reliability.
7XC7A05523 Overview
The dual-port Ethernet adapter designed for ThinkSystem serves as a versatile successor to the X710 10Gb adapters, catering to existing 10Gb customers who require ongoing 10Gb network support while also ensuring investment protection for future 25GbE network speeds.
540-BBIV-AX Overview
The Axiom PCIe 3.0 x8 10G Fiber Network Adapter represents the latest in high-performance server connectivity. Utilizing the Intel X710-BM2 controller, this adapter meets the rigorous demands of modern agile data centers by delivering exceptional features for server and network virtualization, along with flexibility for both LAN and SAN networks, ensuring reliable performance.
540-BCCN Overview
These network adapters serve as a critical foundation for server connectivity, ensuring broad interoperability and performance enhancements. They deliver increased agility for telecommunications, cloud, and enterprise IT network solutions.
540-BCDG-AX Overview
The Axiom Network Interface Card delivers exceptional performance and reliability. This advanced PCIe 3.0 x8 Lane 25 Gigabit NIC card is powered by the Intel XXV710 chipset, ensuring robust connectivity and efficiency for demanding network environments.
BXTS15A Overview
The BXTS15A Intel Cooling Fan/Heatsink is designed for Socket H3, compatible with LGA-1150, LGA-1151, and LGA-1156 processor sockets, ensuring efficient cooling for your Intel CPU. Its reliable performance makes it an essential component for maintaining optimal system temperatures.
