ng the PUCCH), aperiodic (where the information is transmitted on the PUSCH), or semi-persistent (where the information is transmitted using the PUCCH and SCI-activated PUSCH). Table 6.12 summarizes the transmission depending on the codebook types, periodicity, and UL channels. 1 Measurement setting Resource setting O/channel measurement NZP CSI-RS from TRP1 Link 0 ZP CSI-RS from TRP2 CSI reporting ZP CSI-RS from TRP3 setting 0 Resource setting 1/interference measurement Link 1 ZP CSI-RS from TRP1 NZP CSI-RS from TRP2 NZP CSI-RS from TRP3 Resource setting 2/channel measurement NZP CSI-RS from TRP2 Link 2 N CSI CSI reporting ZP CSI-RS from TRP1 M CSI reporting ZP CSI-RS from TRP3 reporting settings setting 1 settings Resource setting 3/interference measurement Link 3 ZP CSI-RS from TRP2 NZP CSI-RS from TRP1 NZP CSI-RS from TRP3 Resource setting 4/channel measurement Link 5 CSI reporting NZP CSI-RS from TRP3 ZP CSI-RS from TRP1 setting 2 ZP CSI-RS from TRP2 Link 6 Resource setting 5/interference measurement ZP CSI-RS from TRP1 NZP CSI-RS from TRP1 NZP CSI-RS from TRP2 S CSI-RS resource set(s) L links Figure 6.37 CSI reporting configurations. 6 5G Physical Layer Table 6.12 Transmission as function of codebook type. Periodic Semi-Persistent Aperiodic Type I WB PUCCH Format 2, PUCCH Format 2 PUSCH PUSCH PUCCH Format 3,4 Type I SB PUCCH Format 3 or 4 PUSCH PUSCH Type II WB PUCCH Format 3 or 4 PUSCH PUSCH Type II SB PUSCH PUSCH Type II Part 1 only PUCCH Format 3 or 4 (UE capability) Two important characteristics are defined with respect to the transmission of single or multiple CSI reports: CSI reports can be multiplexed on the PUSCH with or without uplink data form the UE. This is a straightforward mechanism, similar to LTE, in terms of efficient UL transmission. If the physical channels scheduled to carry the reports overlap in time and frequency, it is understood that such CSI reports collide, and priority rules are defined SO that the lower-priority report is not transmitted. When CSI reporting is performed on the P