e 100 ms 2,000 ms Non-MCPTT on the user plane 100 ms 2,000 ms Mission-critical video on the user plane 150 ms "Live" uplink streaming (e.g., TS 2,000 ms 26.238 [76]) 300 ms "Live" uplink streaming (e.g., TS 2,000 ms 26.238 [76]) 300 ms "Live" uplink streaming (e.g., TS 2,000 ms 26.238 [76]) 500 ms "Live" uplink streaming (e.g., TS 2,000 ms 26.238 [76]) 500 ms "Live" uplink streaming (e.g., TS 2,000 ms 26.238 [76]) 100 ms IMS signaling Video (buffered streaming) 300 ms TCP-based (e.g., www, email, chat, FTP, P2P file sharing, progressive video, etc.) Voice 100 ms Video (live streaming) Interactive gaming Video (buffered streaming) Non-GBR 300 ms TCP-based (e.g., WWW, email, chat, FTP, P2P file sharing, progressive video, etc.) 60 ms Mission-critical delay-sensitive signaling (e.g., MC-PTT signaling) 200 ms Mission-critical data (e.g., example services are the same as 5QI 6/8/9) 50 ms V2X messages (see TS 23.287 [121]) Low-latency eMBB applications 10 ms Augmented reality End-to-End Architecture Components, Concepts, Security, and Transport 10 ms 255 bytes 2000 ms Discrete automation (see TS 22.261 [2]) Discrete automation (see TS 22.261 [2]); 1,354 bytes V2X messages (UE - RSU platooning, 10 ms 2,000 ms advanced driving, cooperative lane (NOTE 3) changes with low LoA. See TS 22.186 [111] and TS 23.287 [121] 1,354 bytes Intelligent transport systems (see TS 30 ms 2,000 ms Delay- (NOTE 3) 22.261 [2]) critical Electricity distribution - high-voltage (see TS 22.261 [2]) 255 bytes 2,000 ms V2X messages (Remote driving. See TS 22.186 [111], NOTE 16, see TS 23.287 [121]) V2X messages (Advanced driving, collision avoidance, platooning with 1354 bytes 2000 ms high LoA. See TS 22.186 [111], TS 23.287 [121]) Table 2.2 - 5QI values Session and Service Continuity (SSC) SSC is supported in the 5GS to address the need for continuity across various applications or services for the UE. There are different modes of supporting this requirement, and they are well defined in the 5GS: SSC Mode 1 SSC Mode 2 SSC Mode 3 5G Packet Core 5G 