Verification of first 5G concepts of a new air interface with real hardware prototypes is challenging. In this paper, we highlight a flexible software-defined radio (SDR) platform which can be used to implement novel 5G communication concepts. The proposed software and hardware architecture was previously used to implement early LTE-Advanced features, e.g. flexible multiband carrier-aggregation (CA). Furthermore, the prototype was used for transmission experiments of new multi carrier waveforms. The proposed setup allows early proof-of-concepts (PoC) by extending hardware-in-the-loop (HILO) experiments to small laboratory experiments and finally real outdoor test trials of a novel 5G air interface and concepts
The advent of a new generation of wireless cellular communication networks (5G) is currently being d...
In addition to enhanced mobile broadband (eMBB) and massive machine type communications (mMTC), 5G t...
International audienceBeyond the current state-of-the-art orthogonal frequency division multiplexing...
International audienceSeveral technical contributions are emerging nowadays to fulfill the new requi...
International audienceSeveral technical contributions are emerging nowadays to fulfill the new requi...
International audienceSeveral technical contributions are emerging nowadays to fulfill the new requi...
International audienceSeveral technical contributions are emerging nowadays to fulfill the new requi...
International audienceMETIS project develops a 5G system concept to fulfil the requirements of the b...
International audienceMETIS project develops a 5G system concept to fulfil the requirements of the b...
International audienceMETIS project develops a 5G system concept to fulfil the requirements of the b...
International audienceMETIS project develops a 5G system concept to fulfil the requirements of the b...
International audienceMETIS project develops a 5G system concept to fulfil the requirements of the b...
International audienceMETIS project develops a 5G system concept to fulfil the requirements of the b...
International audienceMETIS project develops a 5G system concept to fulfil the requirements of the b...
The advent of a new generation of wireless cellular communication networks (5G) is currently being d...
The advent of a new generation of wireless cellular communication networks (5G) is currently being d...
In addition to enhanced mobile broadband (eMBB) and massive machine type communications (mMTC), 5G t...
International audienceBeyond the current state-of-the-art orthogonal frequency division multiplexing...
International audienceSeveral technical contributions are emerging nowadays to fulfill the new requi...
International audienceSeveral technical contributions are emerging nowadays to fulfill the new requi...
International audienceSeveral technical contributions are emerging nowadays to fulfill the new requi...
International audienceSeveral technical contributions are emerging nowadays to fulfill the new requi...
International audienceMETIS project develops a 5G system concept to fulfil the requirements of the b...
International audienceMETIS project develops a 5G system concept to fulfil the requirements of the b...
International audienceMETIS project develops a 5G system concept to fulfil the requirements of the b...
International audienceMETIS project develops a 5G system concept to fulfil the requirements of the b...
International audienceMETIS project develops a 5G system concept to fulfil the requirements of the b...
International audienceMETIS project develops a 5G system concept to fulfil the requirements of the b...
International audienceMETIS project develops a 5G system concept to fulfil the requirements of the b...
The advent of a new generation of wireless cellular communication networks (5G) is currently being d...
The advent of a new generation of wireless cellular communication networks (5G) is currently being d...
In addition to enhanced mobile broadband (eMBB) and massive machine type communications (mMTC), 5G t...
International audienceBeyond the current state-of-the-art orthogonal frequency division multiplexing...