Ray-tracing shows FR3 achieves higher SNR than mmWave without interference and higher cell-edge SINR with full interference for C-V2B links when antennas have equal physical aperture.
Rec. p.1410-2 propagation data and prediction methods for the design of terrestrial broadband millimetric aadio access systems
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Characterization of FR3 Cellular Vehicle-to-Base Station Links in HighRise Urban Scenarios
Ray-tracing shows FR3 achieves higher SNR than mmWave without interference and higher cell-edge SINR with full interference for C-V2B links when antennas have equal physical aperture.