CellBox Air 5G mmWave Radio Multi-gigabit, cost-efficient 5G mmWave radio for enhanced mobile broadband, outdoor private networks, fixed wireless access, and macro cell deployments. Specification Performance Outdoor, macro cell Modulation Scheme Product Overview Power Supply 5G mmWave is a high-power radio for distributing the 5G network signal in the mmWave spectrum in outdoor and macro cell scenarios. It allows for building next-generation mmWave 5G networks of enormous capacity and excellent economics. O-RAN Category Fronthaul Interface The device accelerates unique algorithms in the 3GPP-compliant Phy layer to provide users with extraordinary mmWave performance. It fully supports a distributed architecture, seamlessly interfacing with higher network layers provided by Microamp infrastructure, accelerated on the cloud or external servers, granting new dimensions of deployment flexibility. Cell Box Air 5G mmWave features a high-power RF front-end that provides an excellent link budget and allows for the equal distribution of the multi-gig signal within the covered area. It contains an integrated Massive MIMO antenna array and offers advanced beamforming and ultra-sensitivity, which translate into carrier-grade signal stability and coverage, making it a perfect solution for outdoor and macro cell use. About Microamp The radio is fully adapted to support all the Microamp 5G mmWave Microamp designs and delivers multi-gigabit, ultra-low latency
 network features: Integrated Access and Backhaul, Mobility Mode, and an Uplink-heavy System. CellBox Air meets the highest certification standards, enabling the most demanding deployments. Every unit is designed and 5G mmWave networks based on purpose-built radios. deep tech expertise and a network of partners, Microamp empowers industries, System Integrators, MNOs, governments and research institutions with new dimensions of wireless connectivity. manufactured in the EU and is covered by post-deployment service, customer support, and © 2024 Microamp Inc. All rights reserved.