ZTE HUTQ Uplink Card

ZTE HUTQ Overview

Product Features

• High-Speed Uplink Interfaces: Provides two 10 Gigabit Ethernet (10GE) SFP+ ports and two Gigabit Ethernet (GE) SFP ports, allowing connection to 10GE and GE networks.
• Carrier-Grade Reliability: Supports board redundancy, hot-swapping, and network protection protocols like RSTP/ERPS for high availability.
• Advanced QoS & OAM: Offers H-QoS (Hierarchical Quality of Service) for service differentiation and E-OAM (Ethernet Operations, Administration, and Maintenance) for efficient network management.
• Precise Clock & Time Sync: Includes support for BITS, 1PPS+ToD, and IEEE 1588V2, crucial for TDM/mobile backhaul and sensitive services.
• Optical Monitoring: Features optical power monitoring for better link management.
• Eco-Friendly Design: Complies with energy-saving standards, supporting green network builds.

Application Scenarios

1. Suburban FTTH & Enterprise Network Convergence in France

A French regional telecom operator deployed ZTE HUTQ uplink boards with ZXA10 C300 OLTs to upgrade suburban networks. Featuring 2x10GE and 2xGE SFP+ interfaces, the HUTQ efficiently converges FTTH services for 3,000+ households and basic business data for 50+ SMEs. It supports optical power monitoring, ensuring stable 4K streaming and office connectivity. With low power consumption (typical 13W) and seamless integration with SCXN/SCXL control cards, it optimized TCO and maintained 99.88% uptime.

2. Campus Network Upgrade in Australia

A top Australian university adopted ZTE HUTQ boards in ZXA10 C350 OLTs for its multi-campus fiber network. The HUTQ’s flexible 10GE/GE uplink combination handles concurrent traffic from classrooms, labs, and admin buildings (serving 6,000+ users). Its compact design fits limited equipment room space, and compatibility with ZTE’s multi-service ecosystem simplifies management. Post-deployment, network latency reduced by 25%, meeting the university’s demands for online teaching and research data transmission.

Downloadable resources

ZTE HUTQ Board Datasheet

Technical Specifications

FAQ