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    Press Release

    Simena's Packet Flow Switch Chosen by Major Financial Company

    Sterling, VA, October 26 2009 – Simena, the innovative leader of network monitoring and testing solutions, today announced that a major financial firm plans to deploy Simena's Packet Flow Switch products as part of their global monitoring network. Simena's Packet Flow Switches (PFS) and Network Taps will provide a key component to their solution for managing application and network latency by maximizing the use of their monitoring tools.

    Simena's PFS and taps will be deployed more than 20 sites around the world. These systems will provide wire-speed 10 gigabit Ethernet monitoring capabilities to their network. Since Simena PFS and taps come with redundant power supply and passive tapping capabilities respectively, production and monitoring networks will remain operational at all times. In addition, because of the extremely low latency of the PFS, Simena's solution will ensure that the monitoring system will accurately measure application performance characteristics.

    "We are extremely delighted that Simena's PFS and network tap solution was chosen as an integral component of this network monitoring project in the financial sector,” said Robert Lin, Director of Sales at Simena. “This is a very important step for our company and will allow us the ability to showcase our cutting edge technology to a leading global financial firm. Simena's approach to the PFS is very unique in the industry and enables us to easily and quickly add new features and functionality to the product. This will future proof all network monitoring solutions and guarantee that forklift upgrades won't ever be required.”

    PFS is a patent pending network equipment that can be used as a tool aggregator many innovative features such as packet slicing, packet tagging, layer 1-7 filtering, and in-line packet capturing. It provides the industry's fastest packet processing speeds, the lowest latency and the highest port density with 1 GE and 10 GE ports running at wire speed.