3Com 3C16862a 7700 20-Port 1000Base-X Switch Module

3Com 3C16862A 7700 is a switch module equipped with 20 1000BASE-X ports. It provides an ideal solution for data centers and large network structures by offering high performance and flexibility. This module is compatible with 3Com 7700 series switches, enabling the expansion of the network infrastructure.

• High Speed: Provides 1 Gbps data transmission with 20 1000BASE-X ports, thus enhancing network performance.

• High Capacity: Designed for applications with heavy data traffic, it offers reliable performance even under intense usage.

• Advanced Management Features: Enables effective control of network traffic with management tools such as VLAN, QoS, and SNMP.

• Security Features: Enhances network security with port-based security and access control lists (ACL).

• Flexibility and Expandability: Can be used with other 3Com 7700 series modules, allowing easy expansion according to the network’s needs.

• User-Friendly Interface: Has an intuitive interface for management and configuration operations, making it easy to use.

3Com 3C16862A 7700 20-Port 1000BASE-X Switch Module is an excellent solution for businesses seeking high performance and reliability. With features that facilitate network management, it optimizes data transmission and ensures network security.

Technical Specifications

• Number of Ports: 20 1000BASE-X (Gigabit fiber) ports
• Connection Type: Fiber optic (usually SC or LC connector, may vary by model)
• Data Rate: 1 Gbps (Gigabit Ethernet)
• Standard: IEEE 802.3z (1000BASE-X), full-duplex supported
• Module Type: Class module, compatible with 3Com 7700 series switches
• Switching Capacity: High-performance switching capacity (varies by model and chassis)
• Management: The module is managed through the connected switch
• Application: High-speed fiber connection solution for data centers and enterprise networks
• Physical Features: Rack-mount chassis module
• Operating Temperature: 0°C – 45°C range (typical)
• Power Consumption: Low power consumption (model-specific)