#ADVANCED CARE SYSTEM 12 BETA SOFTWARE#

Compared toВ conventional systems, this solution provides much greater adaptivity and steerability,В in terms of adapting the antenna radiation patterns to rapidly time-varying trafficВ and multi-path radio propagation conditions.

#ADVANCED CARE SYSTEM 12 BETA SOFTWARE#

An AAS radio consists of an antenna array closely integrated with the hardwareВ and software required for transmission and reception of radio signals, and signalВ processing algorithms to support the execution of the AAS features. With orthogonal polarizations with the purpose of enabling diversity andДoubling the number of antenna elements on a given physical areaДЄn advanced antenna system (AAS) is a combination of an AAS radio and a set of AASВ features.

That can be executed in the AAS radio, in the baseband unit or bothД¬onventional system = Passive antenna + remote radio unit comprisingДual-polarized antenna element = Combination of two antenna elements Another main driverВ for AAS is the need to meet coverage requirements on new and higher frequency bands.В This is particularly important when introducing 5G on existing site grids.ДЄAS radio = Hardware unit that comprises an antenna array, radio chainsДЄnd parts of the baseband, all tightly integrated to facilitate AAS featuresДЄAS feature = A multi-antenna feature (such as beamforming and MIMO) Many MNOs choose this strategy as it is oftenВ difficult, time consuming and expensive to acquire and deploy new sites. The timing is now rightВ for the telecom industry to make the technology shift to advanced antenna systems (AAS).В The key reasons for this technology shift are the superior performance of AAS in both uplinkВ (UL) and downlink (DL) and the feasibility of building AAS cost-effectively.В The shift to AAS is enabled by technology advances in the integration of baseband, radio,В and antenna, and a reduction in the digital processing cost of advanced beamformingВ and MIMO.В AAS is a powerful option for MNOs that want to improve coverage, capacity and userВ performance using existing network sites. End-user performance requirements continue to increase, putting high demands on theВ radio access network (RAN) to deliver increased coverage, capacity and end-user throughput.В Since data usage is currently increasing at a much faster rate than corresponding revenue,В mobile network operators (MNOs) must evolve the RAN in a way that enables a reducedВ cost per bit while meeting new demands for end-user performance.

Advanced care system 12 beta