Reference number | Requirement text | Application / Transport | Comment |
---|---|---|---|
8.9 | The 5G system shall support data integrity protection and confidentiality methods that serve URLLC and energy constrained devices. | T | See TS 22.261 |
6.1.2 | All requirements related to slice management, access, capacity, quality of service. In particular, on prioritization of certain slices against others: The 5G system shall enable the network operator to define a priority order between different network slices in case multiple network slices compete for resources on the same network. | T | See TS 22.261 |
6.10.2, 6.1.2.3 | All requirements related to private slice management, access, limitation to a specific geographical area, isolation and fault tolerance. | T | See TS 22.261 |
8.2, 8.3 | All requirements related to security management in private slices | T | See TS 22.261 |
6.2.3 | The 5G system shall enable packet loss to be minimized during inter- and/or intra-access technology changes for some or all connections associated with a UE. | T | See TS 22.261 |
6.2.3 | The 5G system shall minimize interruption time during inter- and/or intra- access technology mobility for some or all connections associated with a UE. | T | See TS 22.261 |
Video/Audio streams of video conferencing, video supervision. | T |
Use case | Characteristic parameter | Influence quantity | ||||||||
---|---|---|---|---|---|---|---|---|---|---|
Mobile specialist practice | Communication service availability: target value in % | Communication service reliability: Mean Time Between Failure | End-to-end latency: maximum | Bit rate | Direction | Message Size [byte] | Survival time | UE speed | # of active UEs (Note 1) | Service Area [km2] (Note 2) |
Stereoscopic 4K 60 fps 12 bits per pixel color coded (e.g. YUV 4:1:1) real time video (loss less compressed) | 99.99 | > 1 month | < 250 ms | 2 Gbit/s | UE to Network | ~1500 -9000 | ~16 ms | stationary | <20 per 100 km2 | ~ 0.1 Regional |
Compressed 4K video stream | 99.99 | > 1 month | <100 ms | 25 Mbit/s | Network to UE | ~1500 | ~100 ms | stationary | <20 per 100 km2 | ~ 0.1 Regional |
Haptic feedback data stream | 99.999 | >> 1 month (< 1 year) | <20 ms | ~2 Mbit/s / 16 Mbit/s | UE to Network; Network to UE | ~80 | ~1 ms | stationary | <20 per 100 km2 | ~ 0.1 Regional |
High quality audio stream | 99.99 | > 1 month | <100 ms | 128 kbit/s | UE to Network; Network to UE | ~300 | ~16 ms | stationary | <20 per 100 km2 | ~ 0.1 Regional |
CT/MRI scan data, max 300Mbyte of DICOM data | 99.99 | > 1 month | seconds | >240Mbit/s | UE to Network | ~1500 - 9000 | stationary | <20 per 100 km2 | ~ 0.1 Regional | |
Remote console for CT/MRI (XVGA compressed) | 99.99 | > 1 month | <100ms | 50Mbit/s | Network to UE; UE to Network | stationary | <20 per 100 km2 | ~ 0.1 Regional | ||
Uncompressed 512x512 pixels 32 bits 20 fps video stream from ultra-sound probe | 99.99 | > 1 month | <50 ms | 160 Mbit/s | UE to Network | ~1500 | ~50 ms | stationary | <20 per 100 km2 | ~ 0.1 Regional |
NOTE 1:
UEs per type of communication service. The use case has approx. 12 UEs supporting different applications / communication services.
NOTE 2:
The mobile specialist practice has dimensions of ca. 15 m x 3 m x 3 m. However, the UEs need to connect to the base station of the 5G network in the vicinity. The complete service area is regional (from mobile specialist practice to remote specialist in hospital)
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