HFT8016W
HFT8016W
The HFT8016W is a high-density 16 Ports GPON OLT designed by Chima and certified by Anatel, offering a powerful solution for large-scale fiber network deployments. With 16 GPON ports, it supports extensive ONU connectivity, making it ideal for ISPs and telecom providers serving densely populated areas. It includes a dual power supply for enhanced reliability and continuous operation. While GPON SFP transceivers are not included, users can customize based on specific needs. Featuring Web-based GUI and NMS management, the HFT8016W ensures efficient network control and monitoring, making it a reliable, scalable, and flexible choice for modern FTTH applications.
Product Description
The HFT8016W from Home Fiber is a robust and scalable 16 Ports GPON OLT, purpose-built for
high-density fiber network environments. Designed to support large-scale FTTH (Fiber to the
Home) deployments, this OLT is perfect for ISPs, telecom operators, and enterprise networks
seeking high-performance, reliable, and cost-effective solutions. With 16 GPON ports, the
HFT8016W provides extensive ONU connectivity, enabling service providers to connect hundreds of
end-users efficiently.
Equipped with a dual power supply, this OLT ensures consistent uptime and power redundancy,
reducing the risk of network outages. Although it is delivered without GPON SFP transceivers,
the open configuration allows for flexibility in choosing compatible modules based on
project-specific requirements. The device supports Web-based GUI and NMS (Network Management
System), giving network administrators simple, centralized control for configuration,
monitoring, and management.
Product Specification
- Model: HFT8016W
- Brand: Home Fiber
- Type: 16 Ports GPON OLT
- GPON Ports: 16
- Power Supply: Dual power supply
- SFP Transceivers: Not included
- Management: Web-based GUI & NMS (Network Management System)
- Certification: Anatel certified by Chima
- Deployment: Ideal for large-scale FTTH networks
- Application: ISPs, telecom providers, and enterprise networks