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AccelerComm to Demo Solutions for 5G Satellite, O-RAN & MIMO

AccelerComm to Demo Solutions for 5G Satellite, O-RAN & MIMO Image Credit: AccelerComm

AccelerComm, the Layer 1 5G IP specialist, announced that it will be demonstrating its technology being used in a number of 5G scenarios at MWC Barcelona 2023 - supercharging 5G with a complete physical layer solution which increases spectral efficiency and reduces latency. 

Following on from a highly successful event last year, where the company won the GSMA’s Global Mobile (GLOMO) Award in the Best Digital Tech Breakthrough for companies with under $10 million Annual Global Revenue for its 5G PUSCH Equaliser IP technology, AccelerComm will be exhibiting on the Great Britain stand 7C24 at MWC. 

The live demonstrations at the event will include:

  • NTN 5G Physical Layer: AccelerComm has implemented a complete 5G physical layer on a ZCU111 evaluation board for non-terrestrial 5G applications. The L1 protocol stack executes on the embedded arm cores benefiting from using high-performance LDPC algorithms implemented in the FPGA fabric. This advanced LDPC algorithm facilitates higher quality of service (QoS) due to improved BLER performance, enabling increased receiver gains and no error floors which avoids retransmissions. This is particularly important for 5G satellite networks.
  • MIMO equalisation demo: This shows that AccelerComm’s channel equaliser can double the average cell spectral efficiency, which in turn brings about an improvement in network performance and results in a potentially substantial reduction in the number of sites (and hence power and cost per bit) required to provide coverage.
  • Matlab 5G toolkit solution: AccelerComm has implemented a solution in the Matlab 5G toolkit that customers can use to evaluate the benefit of the AccelerComm PUSCH channel equaliser in their own network, by setting up deployment use case parameters and comparing performance with the standard Matlab 5G model.
  • O-RAN compliant AAL LDPC acceleration: Look-aside accelerator with 16 Gbps of throughput using the O-RAN Acceleration Abstraction Layer (AAL) interface, with support for multiple L1 solutions.

Eric Dowek, Segment Marketing Director, AccelerComm
The past twelve months have seen an explosion of interest in the Near-Terrestrial Networks (NTN) 5G satellite market, as well as continued momentum in improving the performance of O-RAN networks. 

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Author

Ray is a news editor at The Fast Mode, bringing with him more than 10 years of experience in the wireless industry.

For tips and feedback, email Ray at ray.sharma(at)thefastmode.com, or reach him on LinkedIn @raysharma10, Facebook @1RaySharma

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