SSC services. In most of the cases backhaul and sometimes fronthaul networks for SSC services will be based on Ethernet or Carrier Ethernet technology, depending on the QoS requirements of the given service. So, all existing ICT technologies can be used in different parts for the SSC 7 Broadband QoS Parameters, KPIs, and Measurements Table 7.7 Performance requirements for future SSC services over 5G mobile networks. 5G network Minimum required End-to-end slice SSC service bitrate delay (ms) QoS aspects Video applications (Tourist 10 Mbit/s downlink or Best effort guide, city Virtual Reality, uplink reliability etc.) Vehicle to Infrastructure 10 Mbit/s downlink or Best effort (V2I) infotainment uplink reliability URLLC V2I assisted driving 0.5 Mbit/s downlink and uplink reliability V2I - driver information 0.5 Mbit/s Best effort service downlink/uplink reliability Environmental monitors, Minimum connectivity In range of Best effort waste management, and uplink (e.g. 100 of Kbit/s) seconds reliability Smart meters - sensor Minimum connectivity In range of Best effort data, meter readings, uplink (e.g. 100 S of Kbit/s) seconds reliability individual device consumption Smart grid sensor data and Minimum connectivity In range of Best effort actuator commands uplink (e.g. 100 S of Kbit/s) seconds reliability Logistics sensor data for Minimum connectivity In range of Best effort tracking goods uplink (e.g. 100 s of Kbit/s) seconds reliability eMBB, enhanced Mobile Broadband; ITS, Intelligent Transportation System; mMTC, massive Machine Type Communication; URLLC, Ultra-Reliable Low-Latency Communication. services, and QoS should be applied accordingly in each of them (either that is Ethernet, WiFi, or 3GPP mobile networks such as 4G or 5G). 7.7 QoS and QoE Assessment Methodologies The main objective of the quality measurements (i.e. QoS/QoE) is to provide informa- tion to customers, potential customers, and service providers. Quality measurements may be used for generation of reports to customers about the delivered serv