Business server with dual, quad-core xeon processing power
Quad-core is here!
Quad-core is fast.
Quad-core, dual xeon server technology from Intel combines the most advanced xeon microprocessor with support for state-of-the-art interfaces including 3.0 Gbps SATA storage and thirty-two lanes of blazing PCI-Express 2.0. The outstanding server performance that results makes this system ideally suited to handling complex, simultaneous transactions and consistently increasing workloads.
The rack-optimized and highly integrated Electrictiy Server System is ideal for high-density, energy-efficient applications and comes standard with hot-swap RAID 1 configuration or optional RAID 5 configuration. These systems are intended for space-constrained environments and are optimized in either a simple 1U form factor. Similarly the storage nodes incorporate a 2U form-factor providing redundant power as well as flexible products that provide options for redundant cooling and/or redundant storage.
The 1U system is intended for organizations running front-end Internet, Web-hosting and HPC applications. It comes with two Gbit Ethernet interfaces and optional 10 Gbit Ethernet fiber interface. The 2U system facilitates more demanding departmental database, datacenter and other high-transaction applications by integrating higher RAID levels and up to four 10 Gbit Ethernet fibers.
Now it is the only logical choice.
Quad-core processors deliver a quantum leap in processing capacity without a comparable increase in power consumption, enabling businesses to grow their computing infrastructure more efficiently and at reduced cost.
Standard 1U configuration includes:
- 2 GHz dual, quad-core xeon processors
- up to 48 GB DDR3 SDRAM
- Two PCI-Express 2.0 x 16 interfaces
- dual Gbit Ethernet NIC
- hot-swap SATA backplane
- 1000 GB 3.0 Gbps SATA storage in RAID 1
- Solid-state root drives in RAID 1
- Rock solid FreeBSD installation
The 1U rack-optimized quad-core, dual xeon server system from Intel is an ideal product for organizations running front-end Internet, Web-hosting and HPC applications. The system incorporates the next generation of quad-core Intel Xeon processors (codnamed Nehalem) with Intel's QuickPath interconnect architecture on the motherboard that facilitates up to 25.6 GB/s combined memory bandwidth of two bidirectional links. Each quad-core CPU has its own dedicated memory and bidirectional interconnect three hot swap drives and a hot swap SAS active backplane.
