Keysight LN24FAYCEFN Landslide LDE Test Applications
The Landslide LTE test applications validate LTE Evolved Packet Core (EPC) performance by emulating mobile subscribers, eNodeBs, and network elements at scale across control and data planes.
Scalability and performance
- Emulate up to 1 million User Equipment (UE) instances per test server with Extreme Capacity License
- Support up to 11 bearers per subscriber
- Deliver more than 12 Gbps of bearer traffic
- Activate and deactivate up to 6,000 sessions per second
- Emulate up to 2,000 eNodeBs and 2,000 serving gateways simultaneously
Test configurations
- Mobility Management Entity (MME) end-to-end testing with UE, eNodeB, and internet host emulation
- MME nodal isolation for focused control plane benchmarking
- Serving Gateway (SGW) nodal testing with GSM, UMTS, and eHRPD access emulation
- Packet Data Network (PDN) Gateway nodal testing with non-3GPP access support (S2a/S2b)
Mobility and protocol support
- Intra-LTE and Inter-Radio Access Technology (I-RAT) mobility scenarios including Single Radio Voice Call Continuity (SRVCC) with IuCS
- Support for 3GPP Release 7 through Release 11 standards
- Policy and Charging Rules Function (PCRF) node emulator for Gx and Gxx interfaces
- GPRS Tunnelling Protocol version 2 (GTPv2) message header editing via LTE Gateway Functional Test Option
Landslide LTE Test Application
The Landslide LTE MME Test Application provides testing of the MME, or combined MME and SGSN, in both end-to-end and nodal configurations (see Figure 1). Landslide emulates the UEs and eNodeB accessing the LTE network, and optionally emulates SGSN, GGSN, and HSGW for I-RAT mobility testing. Landslide will also emulate the Internet or network host to which the subscribers will connect and pass data. In this configuration the LTE network core control and data plane performance can be validated and measured.
Landslide LTE Test Application
The Landslide LTE MME Test Application provides testing of the MME, or combined MME and SGSN, in both end-to-end and nodal configurations (see Figure 1). Landslide emulates the UEs and eNodeB accessing the LTE network, and optionally emulates SGSN, GGSN, and HSGW for I-RAT mobility testing. Landslide will also emulate the Internet or network host to which the subscribers will connect and pass data. In this configuration the LTE network core control and data plane performance can be validated and measured.
