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Intel® architecture is an ideal compute platform to meet the ever growing market requirements for deep packet inspection (DPI).
Match large groups of regular expressions against blocks or streams of data
Next-generation Deep Packet Inspection software engine
Software development kit, containing software libraries and tools
High-performance DPI-enabled evaluation platform
Demos high-speed pattern matching with Intel® Data Plane Development Kit and HyperScan*. (2:38)
Security software extracts metadata, classifies flows, and displays data in a compact format.
Ubiquisys uses Intel® technology to provide compute power for microcell devices at the network edge.
Researchers discuss how mobile communications improve user experience. (v.1, April 2011) (3:00)
Connecting the internet of things through the use of common Intel® Architecture
Virtualization enables workload consolidation on a single architecture, simplifying network complexity.
Centralized control of virtualized environments enables faster deployment of new services.
Nonproprietary network solutions reduce costs and time to market of new services.
Network technology enables economical cloud services with a global view and centralized control.
Evolved packet core networks on a single Intel® architecture enable flexible, faster, wireless clouds.
Microcell maker Ubiquisys uses Intel® technology’s compute power for mobile application performance.
Media processing architecture meets bandwidth demand with cost-effective, efficient solutions.
Next generation communications platform enables network transformation.
To get performance and programmability, network service providers use RouterBricks.
Maximize packet throughput and workload performance while minimizing development time.