This series offers exceptional flexibility to incorporate a wide range of standard and user-defined I/O interfaces while reducing board footprint and lowering component count.

This highly integrated processor with graphics and memory controllers, and PCIe* standard interconnect delivers unprecedented I/O flexibility for utmost platform scalability and optimization.

With performance and virtualization for communications and storage, the Intel® Xeon® processor 5600 processors are the first Intel® Xeon® processors based on 32nm technology.

Low-power IA-32 micro-architecture compliant processors built on 45-nm include integrated memory controller, graphics processing unit and I/O on a single silicon die.

Excellent scalability with single- to quad-core options, increased processor performance/watt with integrated I/O hub functions, and features designed for embedded and storage applications.

32 nm technology, 2 chip solution, providing excellent performance and power efficiency with impressive graphics, memory, and I/O. Support for small form factor and value apps.

32 nm (Clarkdale) and 45 nm (Lynnfield) processors with ECC, 2 chip solution, Dual- and quad-core platforms fit a wide range of performance-intensive, low-power embedded applications in smaller form factors.

32 nm (Clarkdale) and 45 nm (Lynnfield) processors, 2 chip solution, Dual- and quad-core platforms fit a wide range of performance-intensive, low-power embedded applications in smaller form factors.

Robust performance/watt and reduced power consumption with power-efficient graphics, rich I/O capabilities and high-bandwidth interfaces.

System-on-a-chip processors deliver excellent performance/watt for security, communications, storage and embedded applications.

Dual- and quad-core platforms fit a wide range of performance-intensive, low-power embedded applications in smaller form factors.

Excellent performance and power efficiency with impressive graphics, memory, and I/O. Support for small form factor and value apps.

Two-chip platform, available in two package sizes, meets key requirements of small form factor, thermally constrained, fanless embedded applications.

Breakthrough performance for bladed and dense bladed applications requiring less than 200W, including ATCA* and NEBS-compliant solutions.

Scalable platform based on the 2^nd generation Intel® Core Microarchitecture providing excellent performance and power efficiency with impressive processor graphics, memory and I/O.

Low-power platform based on the 2^nd generation Intel® Core Microarchitecture providing excellent performance and power efficiency with impressive processor graphics, memory and I/O.

This platform based on Intel® microarchitecture, codename Sandy Bridge, delivers accelerated compute performance, enhanced media and graphics, and improved security capabilities.

Advanced power management techniques coupled with 45nm process technology yields the lowest-power Intel® architecture platform to date, ideal for battery powered, small form-factor embedded designs.

First embedded Intel® Atom™ processor based on 32nm process technology to offer always-on, always-connected experience with enhanced visuals and superior performance per watt.