Airspan AirSpeed 1050, 2.496 - 2.69 GHz (B41/B38), Fiber, Copper Backhaul, AC
|Downlink Freq. (MHz)||2496-2690MHz|
|Tx Power (dBm)||4x 32dBm|
|Backhaul||Ethernet - SFP and Copper|
|Total Size (Height & Diameter)||300 x 195 mm|
|Interface Speed||100/1000 Base-T|
|Operating temperature||-40°C to 55°C / -40°F to 131°F|
|Operating humidity||5% - 100% non-condensing|
|Storage temperature||-40°C to 70° C / -40°F to 158°F|
|Storage humidity||5% - 100% non-condensing|
|Rain and dust ingress protection||IP66|
Airspan AirSpeed 1050, 2.496-2.69 GHz (B41), Dual Sector, Integrated Antenna, SBA, AC
High Capacity Compact Outdoor LTE-Advanced eNodeB with integrated backhaul
AirSpeed 1050 is part of Airspan’s carrier-class LTE Advanced outdoor small cell eNodeB family. AirSpeed 1050 is a Pico-class LTE eNodeB product, providing high-speed data, mobility, Voice over LTE, and broadcast/multicast services.
AirSpeed 1050 is a super compact, easy to install Pico-class eNodeB allows the operatorsto deploy LTE broadband services on Street Furniture, rooftop or building front.
The AirSpeed 1050 is a dual sector / carrier 2x2 MIMO product (2x 2T2R).
The Power of HETNETS
As operators struggle to cope with growing customer demand for higher throughput, they are discovering that layering small base stations into a macro cell coverage area, enables a significant increase in network capacity by filling in coverage gaps and addressing actual traffic distribution where demand is highest. AirSpeed 1050 is ideal for these networks, maximizing the Macro / mini-Macro layers coverage by closing the small coverage holes, black spots and delivering high data rates where needed most, whether at the macro cell edge or closer to the user base enabling delivering the required capacity in densely populated areas.
Rapid Deployment - No Zoning, Zero Touch
AirSpeed 1050 creates a single install process for LTE Access, and enables “Just add Power” plug and play deployment method and along with the easy zoning of the product saving deployment related costs and time