Functional testing, 330-331 system, 43 5G/NR, URLLC in, 350-353 Fixed Wireless Access deployment, 234 G-PDU, 216 Floating-Point (FP), 176 Gain Control algorithms, 234 Flow Identifier, 226 GCC, 321 FLR. See Frame Loss Ratio (FLR) General Authorized Access (GAA), 11 Form factor, 96 General-purpose processor (GPP), 237 Forward Error Correction (FEC), 149 Generalized Memory Polynomial, 233 Global Navigation by Satellite Systems (GNSS), bandwidth examples, 113-114 269-273 C-V2X (PC5), 356-357, 357f constellation, 271f FPGAs, 140, 145-146 receiver interfaces, 273f Fractional frequency reuse, 26 Global synchronization, 101 Frame, 73 Global System for Mobile communication (GSM), Frame Loss Ratio (FLR), 92 370 Index gNB, 143 High-priority fronthaul (HPF), 93 GPRS Tunneling Protocol (GTP), 3, 50-51 HPF. See High-priority fronthaul (HPF) GTP-U, 215 Hybrid Automatic Repeat Request (HARQ), 61, GTPvl, 215 63-65,123-124 250, 321, 353 GTPvl-U, 217 memory and bandwidth dimensioning, GTPv2, 215 123-126 GTPv2-C, 215 process count dimensioning, 126-127 protocol, 215-217 GTP-U PDU format, 216f PDU session information format, 216f GPRS Tunneling Protocol-Control (GTP-C), 53 dimensioning, 178 GPRS Tunneling Protocol-User (GTP-U), 53 termination, 331 Grandmaster, 282 IEEE 1588 standard, 280 Graphical User Interface (GUI), 186 In-band selectivity and blocking, 336 In-channel selectivity, 336 Industrial automation, 353-354 Half-duplex frequency division duplexing Information elements (IEs), 69 operation, 361-362 Initial access, 87-91 Hardware acceleration model, 193-194 Inline Acceleration Model, 194 accelerator physical implementation, 193f Instantaneous BandWidth (IBW), 79, 128 inline accelerator, 194f Instruction Set Architecture (ISA), 148 parallelizing accelerator calls, 193f Instructions Per Clock/Cycle (IPC), 319, 322 Hardware architecture choices, 139 Integrated Architectures, 153 data center architecture, 142-146 Integrated Small Cell (ISC), 17-18,33-34, 43, development cycle, 141-142 139, 154, 156, 172-174 ISC, 172-174 networkin