name: SU-MIMO
full_form: Single-User Multiple-Input Multiple-Output
context: SU-MIMO Table 7.3.3.1-3: FR1, DL, DU, CG 30Mbps, SU-MIMO Table 7.3.3.1-4: FR1, DL, DU, CG 45Mbps, SU-MIMO Table 7.3.3.1-5: FR2, DL, DU, VR/AR 30 Mbps, SU-MIMO Table 7.3.3.1-6: FR2, DL, InH, VR/AR 30 Mbps, SU-MIMO Based on the evaluation results in Table 7.3.3.1-1, the following observations can be made. - For FR1, Dense Urban, DL, with 100MHz bandwidth for VR/AR single-stream traffic model, 30Mbps, 10ms PDB, 60 FPS, with SU-MIMO and 64TxRU, it is observed from Source 16 that the capacity performance is increased from 7 UEs per cell with zero offset across UEs to 8.8 UEs per cell with random offset across UEs by about 25.71%. - For FR1, Dense Urban, DL, with 100MHz bandwidth for VR/AR single-stream traffic model, 30Mbps, 10ms PDB, 60 FPS, with SU-MIMO and 64TxRU, it is observed from Source 16 that the capacity performance is increased from 7 UEs per cell with zero offset across UEs to 9.1 UEs per cell with equal offset across UEs by about 30.00%. - For FR1, Dense Urban, DL, with 100MHz
description: Single-User Multiple-Input Multiple-Output (SU-MIMO) is a technology used in wireless communication systems to improve the capacity and performance of the network. It involves using multiple antennas at the base station to serve a single user equipment, increasing the data transmission rate and improving the overall network efficiency.
explanation: The context describes SU-MIMO as a technology designed to enhance network capacity and performance through the use of multiple antennas. Its application in wireless communication systems and its impact on data transmission rates clearly classify it as a Technology.
section_title: 7.3.3.1Staggering of packet arrivals at gNB among UEs
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