Wi-Tek - WI-POL5800-08 - 8-port GPON OLT

Product Overview

The Wi-Tek WI-POL5800-08 is a high-performance 8-port GPON optical line terminal designed as the core platform for POL and next-generation all-optical network solutions. It provides 8 GPON ports, 4 x 10GE SFP+ uplinks, 4 x GE uplinks, centralized ONU management, and rich Layer 2 and Layer 3 functions for reliable fiber access networks.

Key Configuration

Model: WI-POL5800-08 | Product Type: GPON Optical Line Terminal | GPON Ports: 8 | Uplink Ports: 4 x 10GE SFP+ and 4 x GE | ONU Capacity: Up to 1024 ONUs | Maximum Splitting Ratio: 1:128 | Network Functions: L2 and L3 features | Deployment Scenarios: POL, FTTX access, enterprise office, campus network, hotel network

Key Features

 · High-performance GPON OLT for POL all-optical solutions

 · Acts as the core device for next-generation all-optical network evolution

 · Provides eight GPON ports for fiber access networks

 · Supports up to 1024 ONU access devices

 · Supports a maximum 1:128 splitting ratio

 · Includes four 10GE SFP+ uplink ports for high-speed fiber connectivity

 · Includes four GE uplink ports for flexible copper network connection

 · Mixed fiber and copper uplinks support flexible deployment

 · Centralized operation and management simplify large ONU deployments

 · Abundant L2 and L3 functions support compatibility, reliability, and security

 · Suitable for FTTX access, enterprise offices, campus networks, and hotel networks

Technical Context

The WI-POL5800-08 is intended for passive optical LAN and FTTX environments where a central OLT must aggregate and manage large numbers of ONUs over GPON. With eight GPON ports and up to 1024 ONU access capacity, it can support high-density fiber access deployments.

The combination of 10GE SFP+ and GE uplinks allows the OLT to connect into both fiber and copper backbone networks, while L2 and L3 functions help support segmentation, routing, compatibility, and network security requirements.

Installation Notes

The WI-POL5800-08 should be planned according to ONU count, optical split ratio, uplink capacity, and the target POL or FTTX network design. Ensure the GPON optical budget, splitter layout, and uplink connections are matched to the deployment requirements before installation.