Airspan Networks and P.I. Works Partner to Provide Unbeatable Subscriber Experience, Mobile Network Quality, Cost Efficiency and Performance

Airspan Networks and P.I. Works Partner to Provide Unbeatable Subscriber Experience, Mobile Network Quality, Cost Efficiency and Performance

BARCELONA, SPAIN — (Marketwired) — 02/24/16 — Airspan Networks Inc., a leading provider of LTE-Advanced Compact and Small Cells and innovative small cell backhaul and front haul solutions announced today a partnership with P.I. Works, a leading provider of mobile network performance improvement solutions, for interworking, marketing, and launch of products. The core value proposition to Mobile Network Operators delivered by this partnership, aims to bring savings in OPEX and CAPEX as well as

Airspan–s “Virtual RAN” LTE Small Cell Portfolio Wins Coveted Small Cell Forum Industry Award

Airspan–s “Virtual RAN” LTE Small Cell Portfolio Wins Coveted Small Cell Forum Industry Award

LONDON, UNITED KINGDOM — (Marketwired) — 06/12/15 — Airspan Networks Inc., a leading provider of LTE small cell RAN solutions wins the Small Cell Forum Design and Technology Award for its ground-breaking AirRAN LTE-Advanced Virtual Small Cell product portfolio. The annual Small Cell Forum awards celebrate the pioneering achievements within the global small cell industry. Now in its seventh year, the 2015 awards recognize innovation and design excellence in an expanded and increasingly mature

Airspan Successfully Demonstrates Its IP-CoMP Technology in a 3.5 GHz Band 42 Technical Trial With SoftBank in Akihabara, Central Tokyo

Airspan Successfully Demonstrates Its IP-CoMP Technology in a 3.5 GHz Band 42 Technical Trial With SoftBank in Akihabara, Central Tokyo

BOCA RATON, FL — (Marketwired) — 02/24/15 — Airspan Networks Inc., a leading provider of LTE small cells and small cell backhaul solutions announced today the successful completion of a technical trial using its lightweight CoMP (Coordinated Multi-Point) technology, known as IP-CoMP for LTE Small Cells, conducted with leading Japanese mobile operator, SoftBank Mobile Corp.The trial demonstrated how 3.5 GHz Band 42 street-based small cells can be integrated into a single radio cluster, sharin