anging LTE-new radio interworking, 124-125 (LIDAR), 790 158-164 IPsec protocol, 145 Limited-buffer rate matching networks, 23-24 IPsec security association (IPsec (LBRM), 490-491 and new radio solutions for SA), 145 Line-of-sight (LoS), 60-62, 288 operation in unlicensed microwave link, 96-97 spectrum, 865-890 microwave systems, 94-96 LAA, 867-877 path loss probability, 301-303 LTE-U and MulteFire, JavaScript Object Notation probability, 302 879-881 (JSON), 26-27 propagation model, 44-45 LTE-Wi-Fi aggregation, JESD204B/C model, 707-708 Linear equalizer, 332 877-879 922 Index Long-term evolution (LTE) Massive IoT, 747, 749-750 Metro ANs, 83-84 (Continued) Massive machine type Metro cell, 91 new radio-unlicensed, communications (mMTC), Micro TRPs, 48 881-890 6, 13 -14, 20, 747 Microcells, 46-47 Rel-8, 53 Massive MTC slice, 36 Microelectromechanical systems Rel-9, 52-53 Master cell group (MCG), (MEMS), 735-736 Rel-10, 53 127-128,202 Microscopic fading, 289-290 Rel-11, 54-55 bearer, 156 Min-sum algorithm, 531 Rel-15, 870 in multi-RAT dual connectivity Minimum mean square error 3GPP LTE, 747 scheme, 153-154 (MMSE), 331, 561 X2 interface, 48-49 split bearer, 156 Mission-critical IoT, 747, Low-complexity baseband Master gNB (MgNB), 128, 153 749-750 decoding process, 783 UE XnAP ID, 132 service, 33-34 Low-density parity check Master information block (MIB), slice, 36 (LDPC), 411 200, 412 mmWave bands, 25, 74, 83 coding principles, 515-516, message, 433-434 channels, 299 529-531 Master node (MN), 154, 277 implementation and operation Low-density spreading (LDS), Matched filter, 357-358 analog front-end design 359-360 Maximum bit rate (MBR), considerations, 719-723 Low-latency communications, 20 172-173, 177-178 antenna design considerations, Low-noise amplifier (LNA), Maximum coupling loss (MCL), 726-727 686-687 47, 748-749 power consumption Low-power wide-area (LPWA), 747 Maximum flow bit rate (MFBR), considerations, 723-726 Low-voltage differential-swing 175-176 semiconductor technologies, (LVDS), 707-708 Maximum length