ip.access has announced its strategic vision for the development of a new generation of multi-purpose small cells integrating IoT functionality with LTE access, as part of its Viper2020™ platform.
Multi-carrier (multi-operator) small cells can reduce the total costs of delivering enhanced in-building coverage by as much as 80% according to new analysis from Wireless 20/20.
Strengthening its position in Germany, adding critical product capabilities and enhancing its bluechip customer base STOCKHOLM, SWEDEN – February 21, 2017: CLX Communications AB (Publ)(“CLX”), – XSTO:CLX a leading global provider of cloud-based communications services, announces that it has acquired Xura Secure Communications GmbH (“Xura Secure Communications”), a subsidiary of Xura Inc., a leading global provider of…
ip.access announces a major expansion of its S60 family 4G Enterprise, Rural & Remote small cells with the introduction of three new radio access products
Leadership in machine-learning has propelled Xura’s network security solutions to best-in-class – see this in action at MWC 2017, Booth 8.1A41 WAKEFIELD, MA – February 16, 2017: Xura, a leading provider of secure digital communications services for Communications Service Providers (CSPs), has a history of innovation, and for some time been delivering security products that utilize machine learning. At…
Mavenir’s strong global brand reputation and proven track record of market-leading innovation across its product set made the name a natural choice for us
ip.access has today entered into a new strategic partnership with Inovvo – the provider of next generation big data analytics applications.
ip.access has called for UK regulators and mobile operators to pursue a multi-operator shared spectrum solution to improve mobile coverage in rural areas and beyond.
ip.access has agreed a new strategic partnership with Emu Analytics – the provider of real-time contextual analytics applications.
ip.access’ E40 LTE small cell, and Memotec’s WX WAN acceleration and optimization device, end to end optimization and interoperability performed flawlessly and achieved 28 times faster bit rates than possible without optimization.
