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BARCELONA, SPAIN -- (Marketwired) -- 02/25/15 -- (Mobile World Congress Hall 7, Booth 7A71) -- XCellAir™, formed with the vision of enabling wireless service providers to efficiently manage, optimize and monetize their wireless networks, today announced the launch of its strategic ecosystem.

Publically launched ahead of Mobile World Congress, XCellAir's network is comprised of Wi-Fi access point (AP) and LTE small cell vendors, and Self-Organizing Network (SON) suppliers. With the support of its ecosystem, XCellAir helps wireless service providers unlock the untapped potential of Heterogeneous Networks (HetNets) consisting of Wi-Fi and / or cellular small cells to deliver massive increases in network capacity, extended coverage and a lower cost-per-bit.

The interoperation of Wi-Fi AP products with the XCellAir system enables a seamless and rapid deployment experience for wireless solutions providers.
Initial collaborations in this space include:

• GoNet Systems: GoNet provides next generation MIMO and beam forming enabled high-performance Wi-Fi APs for both indoor and outdoor deployments

By integrating directly with leading LTE SON technology, XCellAir leverages best-of-breed and proven technology to deliver a complete solution in place of traditional, disparate systems. Initial collaborations in this space include:

• AirHop eSON™: AirHop's eSON offers a complete SON solution featuring a flexible deployment architecture, scalable software platform and algorithms, comprehensive APIs for multi-vendor support. eSON goes beyond traditional SON systems to include comprehensive, distributed, real-time inter-cell coordination capabilities to optimize coverage and capacity, and improve user experiences

"With mobile data traffic projected to surpass 15.9 exabytes per month by 2018, consumer demand for data shows no signs of slowing down," said Narayan Menon, Founder, CTO & EVP of Engineering at XCellAir. "Thanks to the support of our rich partner ecosystem, XCellAir enables wireless service providers to meet this demand head on. As we continue to strengthen our network, we're looking forward to providing an even more seamless experience to our customers."

XCellAir's technology has been in development for more than a year. The result: a market launch underscored by a solid product foundation, an experienced and knowledgeable team, and the support of a strong ecosystem around its mobile network management and optimization solution. The continued development of that ecosystem will help XCellAir provide customers with new paths for monetization through intelligent capacity management, differentiated quality of service enforcement and context-aware analytics. In turn, companies in XCellAir's network will offer a comprehensive network management solution to their customers, accelerating the deployment of their differentiated, high-value products.

XCellAir is one of the industry's first cloud-based, multi-vendor, multi-technology mobile network management and optimization solution. To learn more about XCellAir, please visit: http://xcellair.com/.

XCellAir is a trademark of XcellAir, Inc.

Supporting quotes:

Oz Liv, CEO, GoNet Systems: "Our beam forming enabled Wi-Fi products deliver high-end performance at the price point required for large-scale adoption. When combined with XCellAir's offering we are able to provide Wi-Fi service unprecedented performance with the tool set required for large scale deployment."

Yan Hui, CEO, AirHop: "AirHop's award winning eSON software provides ongoing radio access network (RAN) intelligence for 4G networks. The integration with XCellAir's system provides our customers a comprehensive solution covering the key aspects of activation, monitoring and continuous self-optimization."

About XCellAir:
XCellAir was created to meet the challenges presented by an evolving network landscape. Based in San Diego, CA, our award-winning engineers, along with our top-notch leadership team, understand what our customers need to be successful. Now, network operators will have the flexibility, scale and insight needed to rapidly deploy and make informed, real-time decisions about dense wireless networks; all in one system, all in one view.