ANDOVER, Mass. — Napatech today announces a complete Pattern Matching Adapter based on Tilera’s TILE64 Multicore processor. The new Pattern Matching Adapter can be used as a stand alone product or in conjunction with the Napatech series of 1Gb and 10Gb FPGA based high performance network adapter cards.
This unique Pattern Matching solution includes the following new features:
* Pattern Search at full 20 Gigabit per second line speed
* Pattern Search across fragmented packets
* Sustained capacity up to 1 million flows
* Handles one hundred thousand new flows per Second
* 20 Gb Capacity up to 2 million Characters for all Patterns
* Flexible Configuration of Pattern length and number of Patterns

The Pattern Matching Adapter will have many uses within Appliances for Intrusion Detection, Forensic Analysis, Lawful Intercept, Security Applications and Cyberspace Surveillance.
The new Pattern Matching Adapter described above is added to the already feature rich product line offered to Napatech’s OEM customers. The high performance adapters already include features such as line rate processing of packets up to 20Gb speeds, 10ns time-stamping of every packet, channel merging, 64 user programmable filters, packet classification, packet slicing and more.
The feature set supports Linux drivers, a programming interface and development tools.
About Napatech
Napatech is a leading OEM supplier of multi port 1Gb and multi port 10Gb high performance network adapter cards. The core idea is to off-load real-time/streaming protocols, payload analysis and control applications traditionally implemented in software or proprietary hardware. Napatech expects a huge growth in the demand for intelligent and programmable adapters as Ethernet speeds increase. Current PC architecture limits the amount of bandwidth that can be handled by the PCI bus and CPU/memory. Napatech has sales, marketing and R&D offices in Mountain View, California, Andover, Massachusetts and Copenhagen, Denmark.
For more information visit us at: http://www.napatech.com .






