Impact on the RRC Idle State Sample Clauses

Impact on the RRC Idle State. The need for Idle mode has been questioned in 5G as the “Always on Applications” used in the smart phones need to send and receive small packets frequently to keep IP connectivity open. Essentially the frequent connection requests are related to push services where the UE is checking if there is any new information in their application server. Typically, this is UE initiated and happens in un-controlled way from the radio network perspective. Another problem from network perspective is the “heart beat” or “keep alive” messaging that may occur once per minute, or once every few minutes, and the amount of data is very small (<<1 Kbyte). These messages are used to keep the device connectivity towards network in RRC Connected state. METIS-II assumes that the UEs (including smart phones, MTC devices or other kinds of terminals) can be always connected to network and that the operational state transition in UE between inactive/connected and active/connected can provide power savings during inactivity and optimized performance during active state, and that the state transition is introducing minimum system access latency. The new RRC Connected Inactive state has many features of the existing LTE IDLE state, such as low activity towards network and UE based mobility using the cell reselection procedure. Despite the enhanced features/functionality, the IDLE state in 5G mobile systems may be needed. One major reason is that the needed fault recovery mechanism will add complexity to the new Connected Inactive state. It is an essential requirement for the UE to be able to revert or fallback to a recovery state in case of sudden connectivity fault or network failure. The IDLE state in 5G can for example support the bootstrap procedures, initial PLMN selection, UE controlled mobility, contention based uplink transmission and core network based location tracking.
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