en.Wedoany.com Reported - Canadian private 5G solution provider BLiNQ Networks has announced the launch of a private 5G small cell portfolio designed for enterprise, industrial, and smart infrastructure deployments, utilizing Canada's NCL shared spectrum band (3900–3980 MHz).

The portfolio includes the high-power MCRF-400 outdoor 5G microcell, which delivers throughput of up to 2.4 Gbps, supporting wide-area coverage and high-capacity private 5G deployments.

When paired with a 17 dBi directional antenna, the MCRF-400 maximizes coverage and network capacity through dynamic resource allocation, while achieving ultra-low latency performance, predictive traffic handling, and supporting a broad ecosystem of connected devices.

BLiNQ's small cell portfolio also includes the outdoor PCW-400 and indoor PCW-400i 5G plus Wi-Fi 7 small cells, both capable of delivering aggregate 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 two products are suitable for 5G coverage expansion, neutral host networks, and private network deployments.

BLiNQ's small cells are supported by the NetLiNQ management suite, which integrates the NetLiNQ orchestrator and SON controller, providing simplified configuration, zero-touch deployment, and maximized performance through real-time network intelligence.

All solutions are certified by Innovation, Science and Economic Development Canada (ISED) and are built to enable scalable, high-performance private 5G networks in campuses, industrial facilities, smart cities, and mission-critical operations.

Pete Vavra, Vice President of Sales at BLiNQ, stated that the company is pleased to bring BLiNQ's private 5G solutions to the Canadian market and support the growing adoption of the NCL shared spectrum band. As a Canadian company, this milestone is particularly meaningful. The portfolio is designed to provide enterprise and industrial customers with reliable, high-performance connectivity to fully leverage the potential of private 5G across various deployment environments.

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