Wi-Tek - WI-CGS5026 V2 - Cloud L2+ Managed Non-PoE Switch

Product Overview

This Wi-Tek Cloud L2+ Managed Non-PoE Switch is designed for access and aggregation networks that require flexible Gigabit copper and fiber connectivity without PoE output. It provides eight 1000Mbps RJ45 ports, eighteen 1000Mbps SFP slots, security policies, static routing, DHCP service, and cloud-based management for efficient network maintenance.

Key Configuration

Product Type: Cloud L2+ Managed Non-PoE Access/Aggregation Switch | RJ45 Ports: 8 x 1000Mbps | SFP Slots: 18 x 1000Mbps | PoE: Non-PoE | Routing: Static Routing | DHCP: DHCP Service | Security: ACL, DoS Defend, Storm Control, DHCP Snooping | Management: Web, CLI via Console Port/Telnet/SSH, SNMP, RMON, Cloud Management

Key Features

 · Provides eight 1000Mbps RJ45 ports for Gigabit copper connectivity

 · Includes eighteen 1000Mbps SFP slots for high-density fiber connectivity

 · Non-PoE design is suited for access and aggregation switching roles

 · Security policies include ACL, DoS Defend, storm control, and DHCP Snooping

 · Static Routing helps route internal traffic for more efficient network resource use

 · DHCP service helps assign IP addresses to connected devices

 · Supports Web, CLI, Console Port, Telnet, SSH, SNMP, and RMON management

 · Cloud management simplifies remote maintenance and administration

Technical Context

This switch is intended for managed network deployments where copper access ports and dense fiber connectivity are needed without delivering PoE power. The combination of RJ45 and SFP interfaces makes it suitable for connecting access switches, fiber runs, network endpoints, and upstream infrastructure.

L2+ features such as static routing, DHCP service, ACL, storm control, DoS defense, DHCP Snooping, SNMP, and RMON help improve traffic handling, network visibility, and security in larger access and aggregation environments.

Installation Notes

This Cloud L2+ managed non-PoE switch is suitable for access and aggregation deployments where endpoint power is supplied separately through PoE switches, injectors, or local adapters. Plan RJ45 port allocation, SFP modules, routing, DHCP behavior, and management access before installation.