New GigXone Small Cell Wireless System for Metropolitan and HotZone Areas launched

BelAir Networks, provider of multimode small cell wireless systems for mobile and fixed carriers, has announced the GigXone small cell system for mobile carriers who are challenged to offer their customers sufficient network data capacity and wireless coverage in dense metropolitan areas, HotZones, office and school campus locations and for fixed carriers who want to offer wireless access outside. With GigXone, the personal “Gig” broadband experience is possible without the high cost of today’s macro cellular only networks.

The GigXone system of multimode or Wi-Fi small cell network access and backhaul options is especially suited to extend existing broadband services into densely populated areas challenged by macro cellular coverage, capacity and/or backhaul issues, or overall business economics associated with providing sufficient wireless coverage and capacity in such areas, both indoors and outside. GigXone is built on BelAir Networks many years of proven carrier Wi-Fi network integration with carriers’ existing service infrastructure and billing systems.

“Small cells are not just about 3G offload anymore as our carrier customers want to offer a reliable brand experience throughout their network service areas, regardless of radio access technologies,” said Bernard Herscovich, President and CEO, BelAir Networks. “Mobile and cable carrier customers asked us to build a highly scalable system well suited for indoor and outdoor, business and consumers, with multimode small cell options for licensed and unlicensed, and that’s what we did with GigXone.”

With the new controllers and the new software functionalities within the small cells, a GigXone network can support several new and differentiated business models for carriers. BelAir Networks unique ability to virtualize small cells and support access to up to eight different Virtual Local Area Networks (VLAN) on each small cell with individual subscriber or class-based policy settings tied to the existing billing network, means carriers can offer a variety of new hosted or managed services to subscribers, businesses, schools, building owners, and other service providers via shared network access. Virtual small cells enable each SSID to be independently configured to connect to different carrier core networks. Security, mobility, AAA and DHCP parameters can also be set on a per SSID basis.

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