ghput Single UE cell edge UL IP peak throughput Single UE cell edge DL IP average throughput Single UE cell edge UL IP average throughput (continued) CHAPTER 1 NETWORK PLANNING Table 1-7. (continued) KPI Category Lab Test Target Overall cell edge DL IP peak throughput Overall cell edge UL IP peak throughput Overall cell edge DL IP average throughput Overall cell edge UL IP average throughput End-end latency eNodeB latency State transition latency: Idle to Active State transition latency: Sleep to Active Paging latency Downlink transport BLER Uplink transport BLER Availability KPIs Cell availability 5-7 weeks Mobility KPIs Success rate of intra-eNodeB outgoing handovers Success rate of S1 inter-eNodeB outgoing handovers Success rate of X2 inter-eNodeB outgoing handovers Overall success rate of inter-eNodeB outgoing handovers Preparation ratio of inter-eNodeB outgoing handovers Success rates of outgoing handovers per cause Outgoing handover failure rate Success rate of intrafrequency outgoing handovers Success rate of interfrequency outgoing handovers with gap-assisted measurements Success rate of interfrequency outgoing handovers with non-gap-assisted 95% measurements Success rate of outgoing handovers with DRX Success rate of outgoing handovers without discontinuous reception (DRX) Success rate of E-RAB establishment for incoming handovers Outgoing handover cancellation rate Inter-RAT mobility CHAPTER 1 NETWORK PLANNING Note 1: Details for each of these KPIs can be obtained by 3GPP spec TS32.425. Note 2: The Lab test target for the integrity KPI can vary depending on the UE category used and the System configuration (2x2 MIMO, 4x4 MIMO etc) for e.g the peak DL throughput for a 4x2 MIMO FDD system should be greater than 140Mbps Traffic Model Testing As a part of traffic model-based performance testing, testing for different traffic models for different durations and KPIs should be observed for any variation or drop. Some of the common traffic models used or simulated are: Dense urban traffic model Urban small offi