UNV - Switch - 8 x 10/100 (PoE ) 2 x 10/100 - desktop - PoE (94 W)

• Reliable performance
  The switch provides a forwarding performance of 1.49 Mpps and a switching capacity of 2 Gbps, ensuring effective data handling for various networking tasks.
• Efficient power management
  With 8 PoE ports and a PoE budget of 94 W, devices can be powered conveniently over the same network cable, reducing installation complexity.
• Durable construction
  The robust metal housing protects the internal components, providing durability necessary for both office and industrial environments.
• Operational flexibility
  This switch supports a wide operating temperature range from 0°C to 40°C, making it adaptable to different installation areas.
• Optimal traffic control
  Equipped with traffic control capabilities and a 448KB packet buffer, the switch manages data flow efficiently, helping to minimize congestion.

The UNV NSW2020-10T-POE-IN is a versatile switch designed to meet the diverse networking requirements of both home and office environments. With a robust metal housing and a compact desktop form factor, this switch provides reliable performance and durability. Offering 10 ports, including 8 PoE ports, this device supports Power over Ethernet with a budget of 94 W, making it suitable for powering various devices without the need for additional wiring. Ideal for environments with temperature fluctuations, the UNV switch operates effectively in a range of conditions from 0°C to 40°C. The device features innovative traffic control mechanisms and a significant 448KB packet buffer to enhance efficiency. With a forwarding performance of 1.49 Mpps and a switching capacity of 2 Gbps, this switch ensures smooth data transmission, suitable for businesses looking for efficient networking solutions.

• 10 ports including 8 PoE ports for versatile connectivity
• Durable metal housing designed for lasting performance
• Operates effectively in temperatures from 0°C to 40°C
• Traffic control feature enhances network efficiency
• Forwarding performance of 1.49 Mpps for smooth data transmission