Industry-specific optical interconnect solutions across data center, telecom, enterprise, industrial, and smart transport networks.
This sector is the flagship showcase for Goilips' cutting-edge high-speed optical technology, delivering ultra-high bandwidth, ultra-low power consumption, and extreme low latency.
Large-scale AI model training clusters with tens of thousands of GPUs, high-concurrency networks for GPU servers (e.g. H100, B200).
Backbone network access for hyperscale public and private cloud data centers.
Tbps-scale data disaster recovery and high-capacity interconnect between data centers within the same metro area or across cities.
New-generation green, low-carbon data centers using immersion or spray liquid cooling.
The foundation of 5G and fixed broadband networks, where Goilips' industrial-grade wide-temperature and colored optics technology truly shines.
High-density fronthaul links between 5G base station AAUs (Active Antenna Units) and DUs (Distributed Units).
High-speed data backhaul from DU to CU, and from CU to the core network.
FTTH (Fiber to the Home) and FTTB (Fiber to the Building) broadband access networks.
High-capacity, ultra-long-distance optical transport for national backbone and metro core networks.
Ensuring highly available, highly secure networks for everyday enterprise operations, multimedia collaboration, and financial transactions.
Securities trading, high-frequency quantitative investment, and core data center backup for banks.
Indoor, high-density 10-gigabit passive optical networks for corporate headquarters, university campuses, and smart hospitals.
Enterprise campuses running a mix of switch brands such as Cisco, Huawei, Juniper, and H3C.
Building highly available, redundant ring networks between core-layer and aggregation-layer devices on campus networks.
Communication assurance solutions purpose-built for factory floors, environments with strong electromagnetic interference, and extreme temperature swings.
Harsh production sites with strong magnetic/electrical interference, such as high-voltage substations, precision manufacturing plants, and steel mills.
Outdoor signal cabinets along rail transit lines and internal communication within wind turbine nacelles in high-altitude cold regions.
Networks requiring seamless roaming for fully automated warehousing and factory robotics control.
Work areas with high dust, high humidity, or heavy salt spray, such as open-pit mines, humid seaports, and cement plants.
High-capacity, ultra-long-chain video streaming and sensor data backhaul, emphasizing high-power transmission and blind-spot-free coverage.
Ultra-HD surveillance camera backhaul across cross-district, long-distance urban arterials and remote rural intersections.
Cascaded networks for highway ETC lanes, roadside millimeter-wave radar, and incident-detection cameras.
Real-time bandwidth carrying for thousands of 4K/8K AI facial-recognition cameras inside major transport hubs.
The CBTC (Communication-Based Train Control) system backbone between metro trains and the control center.