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Development of a prototype with a phased array antenna
Application of real-time code modifiable at base stations and user equipment
National Instruments (NI) publicly demonstrated a real-time Over-the-Air (OTA) prototype in the 28GHz band based on Verizon's 5G specifications at the IEEE Wireless Communications and Networking Conference (WCNC) held in San Francisco, USA.
This system utilizes hybrid beamforming and independent subframes to use OFDM with eight component carriers in a 2x2 downlink MU-MIMO setup, achieving a throughput of up to 5 Gb per second and scalable to over 20 Gb per second with eight MIMO streams.
The developers developed this prototype using NI's mmWave transceiver system, a new version of the RF mmWave head operating at 28 GHz, and a phased array antenna developed by Anokiwave and Ball Aerospace.
28GHz is a major frequency band designated by Verizon and its partners for distribution in the United States. This prototype system was written entirely in LabVIEW system design software, and modifiable real-time code was applied to both the base station and user equipment (UE or CPE).
James Kimery, Director of RF Research and SDR Marketing at NI, said, “This prototype demonstrates the powerful performance of the NI platform. With this platform combining hardware and software, researchers can now rapidly prototype new wireless standards and obtain results faster. Additionally, by prototyping and testing based on Verizon 5G specifications, they can immediately deploy 5G NR (New Radio) as soon as the standard is established.”
Application of real-time code modifiable at base stations and user equipment
National Instruments (NI) publicly demonstrated a real-time Over-the-Air (OTA) prototype in the 28GHz band based on Verizon's 5G specifications at the IEEE Wireless Communications and Networking Conference (WCNC) held in San Francisco, USA.
This system utilizes hybrid beamforming and independent subframes to use OFDM with eight component carriers in a 2x2 downlink MU-MIMO setup, achieving a throughput of up to 5 Gb per second and scalable to over 20 Gb per second with eight MIMO streams.
The developers developed this prototype using NI's mmWave transceiver system, a new version of the RF mmWave head operating at 28 GHz, and a phased array antenna developed by Anokiwave and Ball Aerospace.
28GHz is a major frequency band designated by Verizon and its partners for distribution in the United States. This prototype system was written entirely in LabVIEW system design software, and modifiable real-time code was applied to both the base station and user equipment (UE or CPE).
James Kimery, Director of RF Research and SDR Marketing at NI, said, “This prototype demonstrates the powerful performance of the NI platform. With this platform combining hardware and software, researchers can now rapidly prototype new wireless standards and obtain results faster. Additionally, by prototyping and testing based on Verizon 5G specifications, they can immediately deploy 5G NR (New Radio) as soon as the standard is established.”
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