Build high-performance, cost-effective small cells using hardware and software to provide outstanding performance and scalability to simplify the deployment of dense networks. Our solutions deliver a faster, better and more efficient mobile broadband experience. 

Simplify all types of small cell deployment scenarios with UltraSON™ technology from Qualcomm Technologies, Inc., a suite of self-organizing and management algorithms designed to address deployment challenges and realize the vision of plug-and-play, self-configuring and self-optimizing hyper-dense networks. 

Create a dense, compatible network of low-cost, plug-and-play, open access, indoor small cells with Neighborhood Small Cells (NSC), an indoor deployment model that offers very high indoor capacity— where most wireless data is consumed—while also providing coverage outside. 

Qualcomm Technologies is a leader in extending the benefits of LTE to unlicensed spectrum. By providing the industry’s first LTE-U small cell system-on-chip (SoC), Qualcomm Technologies is enabling additional capacity and coverage for mobile operators. Our FSM chipset also enables software upgradability to LAA (based on 3GPP Release 13), which is a global standard for aggregating LTE in licensed and unlicensed spectrum. 

LTE and Wi-Fi are converging in access points that deliver high-capacity, high-density coverage and enable multi-carrier 3G/4G services support. Take advantage of our fully featured small cell solutions that leverage our longstanding expertise and leadership in both LTE and Wi-Fi. 

Easily deliver low-cost small cells for a variety of market segments, including residential, enterprise and more, with our complete portfolio of high-performance small cell solutions, helping to ensure platform and software compatibility across FSM products.

Serve various segments and enable low-cost, hyper-dense small and medium business (SMB), neighborhood and residential small cell deployments with our advanced heterogeneous network (HetNet) and small cell UltraSON techniques, which help reduce interference and maintain high service quality.