Adaptive Wireless Backhaul
for a Dynamic World
Most Flexible and Scalable NLOS Solution Available Today
NetLiNQ, the Ultimate
in Network-Wide Intelligence
A Complete Network Solution
High-Capacity Sub-6 Ghz Backhaul System
for NLOS, nLOS, and NLOS
Wireless backhaul that is adaptive; predictive and available; optimized to scale
Deploy and Scale
in a Fraction of Time and Cost
High-Capacity Sub-6 Ghz Backhaul System for NLOS, nLOS, and NLOS
The new X-1200 Adaptive Wireless Backhaul System is the most flexible and scalable NLOS solution available today.
BLiNQ provides a complete network solution which enables operators to design, predict, manage, optimize, and adapt small cell backhaul networks as they grow in size and complexity.
The X-1200 backhaul system, together with BLiNQ’s NetLiNQ software suite, provides network-wide intelligence, which adapts to the complex and changing environments associated with deployments in HetNet applications.
One of the major challenges to deploying small cell base stations is backhaul. Without cost effective backhaul, it is too expensive to deploy small cells to address the growing demand for mobile data traffic. Existing backhaul solutions include point-to-point microwave, millimeter wave, point-to-multipoint microwave and non-line-of-sight (NLOS) wireless technologies. However, when it comes to small cells, the question is one of scalability: do such solutions allow the operator to deploy the number of small cell base stations forecasted? What would be the total cost of small cell backhaul? And, which solution provides the lowest cost? This white paper answers these questions.Download this White Paper
BLiNQ Networks Launches Adaptive Non-Line-of-Sight Wireless Backhaul System for Small Cells - X-1200 Dual-Band Solution Allows Rapid Deployment and Flexibility to Handle Growing Capacity Demands and Dynamic Environments
BLiNQ Selected by Cisco as Key Ecosystem Partner - Cisco announced today the formation of a new Small Cell Wireless Backhaul Ecosystem with the top vendors in the industry.