ceiver/transmitter antennas supported Coding rate (minimum) Modulation supported For example, the widely supported 3.5 GHz band gives us the following (Release 15): Minimum bandwidth necessary for a UE is 100 MHz. Minimum number of receiver antenna and MIMO streams is 4. With a coding rate of 0.95 and using 256-QAM modulation (not band specific) as well as assuming the downlink-heavy configuration, we obtain a data rate of approximately 2 Gbps. In addition, there are many other physical-layer-related UE capabilities, as described in [7], grouped into the following categories: Waveform-, modulation-, subcarrier-spacing-, and cyclic-prefix-related capabilities. Most of them are mandatory, except the 60 kHz SCS and support for the extended cyclic prefix. Naturally, if the UE supported, for example, only FR1, then it would be mandated to support only 15 and 30 kHz SCSs. 6.18 Summary Initial-access- and mobility-related capabilities address, for example, whether a UE is using the SS Block as a basis radio link monitoring (mandatory) or whether one also considers CSI-RS measurements for radio resource management (optional). MIMO-related capabilities deal with the MIMO and beamforming operation, and there are a large number of different capabilities (more than 60 different capability entries in this area). Downlink-control-channel- and procedure-related capabilities address whether the UE supports, for example, more than one TCI state. Uplink-control-channel- and procedure-related capabilities define, for example, what kind of PUCCH formats the UE supports. Scheduling and HARQ operation capabilities address, for example, whether the UE supports more than one UL/DL switching point in a slot (optional) or whether inter-slot frequency hopping is supported for the PUSCH (also optional) or whether the UE supports rate matching around LTE CRS (relevant when sharing the same band), which is defined as mandatory with capability signaling. In general, the capabilities defined as "mandatory with capability signaling" are features