pplication load, 183-185 Internet Protocol and Internet Protocol microcontroller and microprocessor Security, 51-52 characteristics, 184t Packet Data Convergence Protocol, 55 private key signing and public key verification, Quality of Service and related concepts, 52-55 Centralized processing, 21-28 Boundary clocks, 280-281 Centralized/distributed unit use-case Bridging functions, 93 dimensioning for throughput, 103-108 Broadband Fixed Wireless Access elephant flows, 107-108 (BFWA), 13 traffic requirements based performance Broadband Wireless Access (BWA), 242 analysis, 104-106 Broadcast Channel (BCH), 71 user data rate dimensioning, 106-107 Broadcast Control Channel (BCCH), 71 Certificate Transparency, 207 Buffer and memory management, 191-193 Certified Professional Installer (CPI), 12 Buffer descriptors (BD), 195 Channel coding, 74 Channel equalization, 315 Channel estimation, 314 C-plane latency, 342 Channel mapping, 70-73 C-RAN, 7-8 Channel state information (CSI), 242 C-V2X, 355-357 Channelization, 78 Calibration, 336-337 China Academy of Information and Capacity enhancement, 18 Communications Technology (CAICT), 149 Car makers, 358 China Mobile Research Institute (CMRI), 7 Cell identity (Cell ID), 88 "Clean up" function, 277 Cell performance, 342-343 Clipping, 79 Cell site integrated (CU/DU) solutions, 146-154 Clock, 276 optimized hardware, 150-154 cycles, 310 scale-out by multiple iNICs, 146f 802.1CM, 91-94 server-based solutions, 148-150 bridging functions, 93 Cell site router/gateway, 95 Fronthaul profiles, 93-94 Cell site solution, 139 traffic classes, 92-93 Index Cobalt, 187 Cyclic redundancy check (CRC), 63 Code analysis tools, 330 Cyclomatic Complexity, 330 Code blocks (CBs), 74, 123-124 level CRC, 124-125 Coexistence methods, 12 Data breach, 207 Combined quality of service and opportunistic Data center, 139 schedulers, 247 architecture, 142-146, 143f Commercial grade, 186 cell site integrated (CU/DU) solutions, Commercial-off-the-shelf (COTS), 141 146-154 Common Control Channel (CCCH), 71 iNIC solut