Designed for a wide range of access technologies, including Remote-PHYs (R-PHY), 10G Symetrical Passive Optical Networks (XGS-PON), Business Ethernet (BE), Point-to-Point (PTP) connections and mobile front and backhaul networks, the device is perfect for building 5G infrastructures and industrial use cases. Its robust construction and versatile capabilities enable the creation of disaggregated network architectures that … Continued

By utilizing layer 2 switching technology, switched mobile fronthaul connections improve data handling efficiency, and enable dynamic sharing of network resources. This approach not only optimises network performance but also provides scalability and cost-efficiency, addressing various communication challenges faced by network operators today. Our access aggregation devices are built to serve this purpose. With its … Continued

By adopting distributed access architectures, network providers can deploy smaller, localised aggregation points that bring services closer to users without incurring the high costs associated with extensive centralised facilities. In addition, much of the coaxial network can be maintained which lowers the costs from overbuilding with fiber. Our outdoor access aggregation device is designed specifically … Continued

Delivering a reliable internet connection, especially in rural areas is a challenge. Large PON systems are often not economically feasible due to high investments and low port utilization. Scalable approaches are needed to face those challenges. This is where our outdoor access aggregation devices come into play. Combined with the HELIX pluggable OLTs from WISI, NOVALINK offers … Continued

RS-Series Outdoor Aggregation Devices WISI’s innovative RS-Series Outdoor Aggregation Devices are meticulously crafted to cater to the needs of network providers leveraging 1G/10G/25G and 100G interfaces for seamless interconnection and aggregation of devices within their network. Applications Key Features How it works In the realm of distributed network architecture, facing limitations with conventional 19” rack … Continued