Complete 5G NR Physical Layer

5G NR Physical Layer Solutions

AccelerComm™ has a portfolio of complete high performance O-RAN option 6 and option 7.x  5G NR physical layer solutions, targeting specialized applications such as Low-Earth Orbit (LEO) satellite and terrestrial small-cell solutions.  Our complete physical layer solutions include AccelerCommTM core 5G acceleration technologies to deliver the highest link performance through patented innovative signal processing implementations.  The Option 6 variants integrate our High PHY 5G NR product with an AccelerComm Low PHY in a flexible complete physical layer product which optimizes performance, power and area trade-offs.

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Our solutions are delivered as openly-licensable IP across a wide range of platforms covering arm software, FPGA and ASIC-ready IP cores.

Complete reference systems are available running on a range of COTS development boards to reduce project risk by allowing early end-to-end integration and testing.

Please contact us to discuss your requirements for complete physical layer products to bring game-changing power and performance to your 5G network.

5GNR Non-Terrestrial Networks

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As the 3GPP standards for 5GNR Non-Terrestrial Networks (NTNs) evolve it is clear that the market for Direct to Device (D2D) services will be best served by regenerative architectures. As well as performance and spectral efficiency gains, regenerative architectures allow the use of Inter Satellite Links (ISLs), which simplify the deployment of ground stations and feeder links, while allowing for secure routing of traffic within the constellation.

Out of the Lab and into Space

The regenerative architecture requires that a large amount of real time signal processing is carried out on the satellite, which effectively becomes a base station in space. The onboard environment of a satellite brings with it requirements that are very different from those in which terrestrial base stations operate. In particular, Size, Weight, and Power (SWAP) are all tightly constrained.

As well as the demanding environmental requirements, the nature of the signal processing required also looks very different to that of a terrestrial base station. 5G NTN signals with very high path loss, latency and Doppler shift present different challenges to signals in dense urban terrestrial applications. AccelerComm has developed a range of flexible physical layer (PHY) solutions for 5G regenerative NTN constellations that directly address these unique challenges, drawing on our many years  of experience with advanced algorithms and innovative implementation. The solutions can be provided as a complete PHY or as modules.

Physical layer solutions for 5G Non-Terrestrial Networks Broucher

Read about the key features and benefits of our NTN PHY product including link performance, 
power consumption, platform flexibility, and reduce project risk

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