RF Coexistence
Identify and analyse RF interference between Wi-Fi and cellular equipment.
A fully integrated lab testbed combining Wi-Fi and cellular emulation to validate CPEs, APs and user devices that rely on cellular backhaul and hybrid connectivity.

Modern CPEs and APs increasingly depend on hybrid connectivity. Validate both stacks under one roof, with a single set of tooling.
Identify and analyse RF interference between Wi-Fi and cellular equipment.
Test seamless failover between wired, Wi-Fi and cellular backhaul links.
Measure throughput, latency and stability during transitions.
Designed for Wi-Fi enabled CPEs prior to field deployment.
Capabilities
Components
Acts as a cellular base station and supports failover and handoff scenarios.
Provides Wi-Fi stations, APs, sniffers, 10 G Ethernet and WAN emulation.
Two medium chambers for DUT & LANforge, one large chamber for the cell emulator.
Generates traffic, automates tests and produces detailed reports.
Test Scenarios
Six core scenarios automated end-to-end — from CPE backhaul failover to VoLTE-over-Wi-Fi quality.
Alternate between fiber and cellular backhaul to assess service continuity.
Measure performance when the router operates primarily on cellular.
Evaluate UE transitions between Wi-Fi and emulated cellular networks.
Validate handoff behaviour using real cellular networks.
Ensure sessions remain active during failover and handover events.
Validate voice quality and session stability during transitions.
Integration
LANforge integrates with commercial cellular emulators such as ALifecom. Emulator configurations can be saved and automatically loaded as part of test execution.