Nokia’s AirScale Dual Boost technology takes base station performance to the next level, leveraging our advanced AirScale portfolio with new ReefShark SoCs to deliver breakthrough uplink and downlink processing for Massive MIMO (mMIMO).

ASOE baseband unit connects RRHs and controls radio resources via advanced scheduling. It benefits from robust carrier grade software as well as extensive enterprise features that serve the connectivity demands of mission-critical industrial use cases.

Nokia AirScale radio access portfolio provides efficient and scalable mobile network coverage and capacity for all radio access technologies with common Single RAN hardware, software, management and services.

Nokia AirScale Core unit overview Brief overview of ASOE unit ASOE, introduced by CB005751: AirScale Core Unit (ASOE) , is a low-power consumption, fully integrated, dual RAT (LTE/NR) * core unit with common and capacity functions.

The document discusses the Nokia AirScale System Module (SM) product including its compliances, naming conventions, list of units and compatibility, and overview. It also …

Operating documentation for Nokia AirScale Radio Units, including compliance, specifications, and safety information. Rel. 5G19A.

With as much as 80 percent of mobile traffic originating indoors, indoor coverage plays a key role in ensuring subscriber satisfaction. Nokia’s AirScale indoor Radio is an advanced small cell solution tailored for seamless mobility and elevated user experiences across public and …

2020年11月11日 · 诺基亚5G产品方案 上海诺基亚贝尔股份有限公司 诺基亚现网LTE基站和网管，通过软件升级支持NSA快速部署 1 2 软件平滑升级，无需更换硬件 支持多种场景，灵活组合 • 现网LTE硬件均可支持，无需更换 • 宏站：64通道，32或16通道 AAU • AirScale BBU支持4/5G共框 • ...

AirScale Base Station is compact, yet delivers huge capacity and connectivity to support future traffic growth as your network evolves to 5G and IoT.

The Nokia AirScale Compact Active Antenna (CAA) is a compact antenna solution that enables you to add capacity where it’s most often needed: in dense urban areas. Its minimal footprint allows rapid installation on the most crowded base station sites, eliminating the time-consuming search for new sites and the costly need to build out backhaul.