BLiNQ Networks, a Canadian provider of Private 5G solutions, has introduced its Private 5G Small Cell portfolio for enterprise, industrial, and smart infrastructure deployments. The portfolio is designed to operate on Canada’s NCL shared spectrum band (3900–3980 MHz), allowing organizations to build and manage their own private 5G networks.
The portfolio includes the MCRF-400, a high-power outdoor 5G micro cell that delivers speeds of up to 2.4 Gbps. It is designed to support wide-area coverage and high-capacity deployments. When paired with a 17 dBi directional antenna, the system helps extend coverage and optimize network capacity through dynamic resource allocation, while supporting ultra-low latency, predictive traffic handling, and connectivity for a wide range of devices.
It also includes the PCW-400 (outdoor) and PCW-400i (indoor), which combine 5G with Wi-Fi 7. These small cells can deliver aggregated throughput of up to 6 Gbps. By combining the reliability and scalability of 5G with the simplicity and high throughput of Wi-Fi 7, these solutions are designed for 5G coverage extension, neutral host networks, and private network deployments.
“We are excited to bring BLiNQ’s Private 5G solutions to the Canadian market and support the growing adoption of the NCL shared spectrum band,” said Pete Vavra, VP of Sales at BLiNQ. “As a Canadian company, this milestone is especially meaningful to us. Our portfolio is designed to give enterprises and industrial customers the reliable, high-performance connectivity they need to unlock the full potential of Private 5G across a wide range of deployment environments.”
All small cells are supported by the NetLiNQ Management Suite, which integrates the NetLiNQ Orchestrator and SON Controller to enable simplified configuration, zero-touch provisioning, and optimized performance through real-time network intelligence.
The solutions are certified by ISED and are designed to support scalable, high-performance Private 5G networks across campuses, industrial facilities, smart cities, and mission-critical operations.
Click here to learn more about BLiNQ Networks and its solutions.
