S5520HCT - Intel Server Motherboard i5500 Chipset Socket B LGA1366 extended ATX SSI EEB 2 x Processor Support

About Intel S5520HCT, Intel, Socket B (LGA 1366), 130 W, 192 GB, Hexa-channel, 1066 MHz

Intel S5520HCT. Processor manufacturer: Intel, Processor socket: Socket B (LGA 1366), Processor thermal power (max): 130 W. Maximum internal memory: 192 GB, Memory channels: Hexa-channel, Supported memory clock speeds: 1066 MHz. Supported storage drive interfaces: SATA, RAID levels: 0, 1. Ethernet interface type: Gigabit Ethernet, LAN controller: Intel® 82575EB. Component for: Server, Motherboard form factor: SSI EEB, Motherboard chipset: Intel® 5500

A pedestal-optimized, high-performance server board for small and medium business applications.

Designed with maximum performance and expandability, the Intel Server Board S5520HC targets applications such as database, email, storage, and virtualization. Scalable management with integrated and optional features include Intel Server Deployment Toolkit, Intel Active System Console, and power management with Intel Intelligent Power Node Manager. Specific S5520HC boards, with the integrated Intel Trusted Platform Module (Intel TPM), will support the latest in virtualization security via Intel Trusted Execution Technology (Intel TXT).

The next generation of intelligent server processors automatically regulates power consumption to combine industry-leading energy efficiency with intelligent performance that adapts to your workload.

Up to 12 DIMMs of registered or unbuffered DDR3 ensure ample capacity and energy-efficient performance for any application.

Up to 6 expansion slots, including 4 PCI Express 2.0 x8 slots, provide high-speed I/O flexibility and performance.

Integrated 6 SATA ports plus optional 4 ports SAS and SAS RAID Intel I/O Expansion Modules provide versatile storage configurations.

Intel TXT provides embedded hardware-based security features that assists with interference-free launch of the OS, helps enable control, and supports RAS and compliance for servers.

Enables policy-based power capping capabilities to enable increased rack densities and improved data center utilization.