Extreme EC4800A88-E6 Ethernet Switch

Brand: Extreme Networks
Model:EC4800A88-E6
Product status: New/used
Shipping place: Xiamen, China
Warranty: 365 days
Structural form: Other (specific form may vary depending on application)
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Details

Extreme Networks EC4800A88-E6 Ethernet Switch

Product manual:

Extreme EC4800A88-E6 Ethernet Switch

Product Introduction
The Extreme EC4800A88-E6 belongs to the Extreme Networks VSP 4850GTS-PWR+series and is a high-performance Ethernet switch that supports PoE+. It is designed specifically for enterprise network access layer and aggregation layer applications. It provides high-density Gigabit Ethernet ports and 10G uplink capability, suitable for scenarios with high power and bandwidth requirements.

Main Features

Port configuration: 48 10/100/1000BASE-T RJ45 Ethernet ports, supporting PoE+functionality.

Upstream ports: 2 Combo 1G (RJ45/SFP) ports and 2 10G SFP+upstream ports.

Management interface: Provides console port and USB management port for device configuration and monitoring.

PoE power supply capability: The maximum PoE power is about 855W when using a single power supply, and can be increased to about 1855W when using a dual power supply configuration.

Performance parameters: Switching capacity of approximately 184 Gbps, forwarding rate of approximately 102 Mpps, MAC address table capacity of 32000 entries.

Network function: supports static routing VRRP、 Strategic routing ACL、VLAN、 Generative tree protocol, multicast management, and other functions.

Hardware specifications: 1U rack mounted structure, supporting standard cabinet installation, efficient heat dissipation, and easy maintenance.

Application scenarios

Enterprise access layer provides high-speed network connection and PoE power supply for terminal devices

Wireless access points and IP phone deployment in office buildings

Video surveillance system access and power supply

Edge or aggregation layer switching in small and medium-sized data centers

Branch network access node

Usage recommendations

Confirm that the total PoE load power is within the power supply budget range

Suggest using dual power redundancy configuration to improve reliability

Reasonably plan uplink ports and link aggregation during deployment