Interop las Vegas 2007 IBM Internet Security Systems Featured Product:
the new IBM Proventia® Network Intrusion Prevention System (IPS) GX6116
Enterprise networks demand high performance. As the network core supports more advanced services, speed, throughput and low latency become even more important to business continuity and profitability. Information security also supports business continuity, but it cannot do so at the expense of network performance and availability. Intrusion prevention systems (IPS) can help enterprises meet compliance requirements and protect valuable business data, but network administrators cannot tolerate the negative impact many traditional IPS appliances have on the network. The solution enterprises require merges network performance and availability with advanced threat protection.
The IBM Proventia® GX6116 Network Intrusion Prevention System (IPS) from IBM Internet Security Systems (ISS) offers the best of both worlds -- network performance and ahead-of-the-threat protection.
Engineered with today's three of the biggest network pain points in mind -- Performance, Availability and Reliability --the Proventia GX6116 Network IPS is designed to secure the network, maximize uptime and optimize throughput.
Product Highlights:
- A Raza Microelectronics network processing unit (NPU) specifically designed for high-speed processing of network packets
- 64bit core processor and dual XEON® x86 processors examine traffic across all seven OSI layers
- High availability options for continuous protection
- Robust hardware redundancy for power supplies and data storage
- Vulnerability-based protection to stop threats before they impact business
Join us at Interop Las Vegas 2007, Booth No. 810 in the Security Zone, and see for yourself how the new Proventia Network Intrusion Prevention System (IPS) GX6116 offers true pre-emptive protection to safeguard your critical business resources.
To download a technical overview of the new IBM Proventia Network Intrusion Prevention System (IPS) GX6116, click here. 
For more pictures, click here.
