Price Drop Alert Cisco Nac Appliance 3310 - Server - Rack-mountable 1u - 2-way - 1 X Xeon Up To - Ram 1 Gb - Hdd 80 Gb - Dvd - Gigabit System [9JbqKnfD]

Price Drop Alert Cisco Nac Appliance 3310 - Server - Rack-mountable 1u - 2-way - 1 X Xeon Up To - Ram 1 Gb - Hdd 80 Gb - Dvd - Gigabit System [9JbqKnfD] Ethernet - monitor: none

• Integrated support for Ethernet, Fast Ethernet, and Gigabit Ethernet
• Intel Xeon Dual-Core 2.33 GHz processor for high-speed processing
• 80 GB HDD with RAID support for enhanced data security
• Multiple interface options including VGA, LAN, and USB for versatile connectivity
• 650-watt power supply with power factor correction for efficient energy use

Cisco NAC Appliance is an end-to-end network registration and enforcement solution that allows network administrators to authenticate, authorize, evaluate, and remediate users and their machines prior to allowing users onto the network.

• Robust security
  The Cisco NAC Appliance 3310 offers an integrated networking solution, supporting Ethernet, Fast Ethernet, and Gigabit Ethernet protocols to ensure secure and reliable network connectivity for all types of enterprise environments.
• High performance
  Equipped with an Intel Xeon Dual-Core processor clocked at 2.33 GHz and DDR2 SDRAM, the Cisco NAC Appliance 3310 delivers the performance needed for demanding applications, ensuring efficient and smooth operations.
• Flexible storage options
  With an 80 GB HDD and support for RAID configurations, the Cisco NAC Appliance 3310 provides flexible storage solutions, allowing for optimized data management and security.
• Comprehensive connectivity
  Featuring a variety of interface options including serial, PS/2, VGA, LAN (Gigabit Ethernet), and USB ports, the Cisco NAC Appliance 3310 ensures comprehensive connectivity for a wide range of peripherals and network configurations.
• Efficient power management
  The appliance comes with a 650-watt power supply featuring power factor correction, operating efficiently across AC 120/230 V at 50/60 Hz, minimizing energy consumption while maintaining performance.