White Paper: Hyperscan* runs deep packet inspection on the Intel® Xeon® processor E5-2600 series for cost-effective, scalable scanning solutions.
White Paper: Sensory Networks Hyperscan* software performs deep packet inspection using the Intel® Xeon® processor E5-2600 series for cost-effective, scalable, and flexible data scanning solutions.
Solution Brief: Intel M2M Reference Design, based on the Intel® Atom™ processor, provides platform that reduces development time and cost.
Discusses how the Intel M2M Reference Design, based on the Intel® Atom™ processor, provides smart services developers, equipment manufacturers, and independent software vendors with a platform that can greatly reduce development time and cost.
Intelligent Intel® technology is the foundation for energy efficient solutions.
Intel® Xeon® processors make distributed-intelligence possible. Since components are connected, redistributing stored energy is more efficient.
See how Intel innovation enables the reduction of household energy consumption footprints by using in-home automation applications.
Intel communications based on Intel® architecture enhance the future of communications today.
Telecom technology powered by Intel Architecture enables Telecom Providers to deliver the future of communications today by increasing network performance while reducing complexity, costs and time-to-market
Video shows how Intel meets the global challenge for wind energy's reliable remote technology, maximizing availability and minimizing cost.
Wind energy needs reliable remote technology to maximize availability and minimize maintenance and costs. Learn how Intel® meets the global challenge.Full View >
Video: Infotainment Research Platform in Volkswagen* vehicles. This self-enclosed head unit is based on Intel® Architecture.
A project manager with Volkswagen* Research discusses the Infotainment Research Platform based on Intel® Architecture. In this instance, computing technology doesn't take up trunk space, but rather is a fully-functional, self-enclosed head unit.Full View >