Broadband Network Traffic & Service Management Solution
PacketLogic is a modular traffic management system that makes it possible to monitor and analyze traffic patterns, in order to optimize for maximum quality and utilization of bandwidth. The PacketLogic system is essential for anyone dependent on Internet access and throughput. It can easily be adapted to different requirements and environments. PacketLogic acts as transparent Layer 2 equipment in the network topology and uses an advanced network stack to keep control of connections.
PacketLogic is the market's most powerful and complete traffic management system. Now PacketLogic is available for high-end broadband internet service providers – PacketLogic PL7600.
Procera Network's PL7600 has an innovative approach to monitoring, analyzing and shaping traffic at Layer 7. The PL7600 real-time application signature recognition system identifies Layer 7 through Deep Flow Inspection (DFI) and session aware analysis. Traffic management and policy actions are independent of port definitions, and gives network administrator instantaneous and dynamic views of the traffic passing through the network. The PL7600's architecture was designed to require significantly less resources from the system in order to deliver unprecedented throughput and scalability.
The PL7600 is a traffic and service management system based on independent Surveillance, Filtering, Traffic Shaping, Statistics and NetAccess modules. The modules can be combined according to customer requirements and demand. The only mandatory module is Surveillance.
Procera Network's PL7600 has an innovative approach to monitoring, analyzing and shaping traffic at Layer 7. The PL7600 real-time application signature recognition system identifies Layer 7 through Deep Flow Inspection (DFI) and session aware analysis. Traffic management and policy actions are independent of port definitions, and gives network administrator instantaneous and dynamic views of the traffic passing through the network. The PL7600's architecture was designed to require significantly less resources from the system in order to deliver unprecedented throughput and scalability.
