Zero-touch testing to save time, test more and get to market faster.
Tracing RF Signals
It can take hours to reconfigure signal routing for a new test because existing cabling must be traced to see how it is being used.
Test Config Woes
Every time a test is configured, the RF signal routing environment changes so test results are not reproducible. Patching changes can disrupt other tests in progress.
Excessive labour
Connection and disconnection cycles introduce excessive wear and tear on RF connectors causing signal degradation and leakage. Expensive cables will need to be replaced often.
LAMTA is an orchestration platform that uses zero-touch automation to enable rapid testing and lab management for next-gen wireless networks. By automating tedious manual processes like set-up and tear-down, users can run more sophisticated testing, optimize lab resource usage, increase confidence in test results, and reduce time-to-market.
Connect all cables once, and control signal destinations and levels through a simple web-based GUI.
Use for any wireless testing independent of air interface and frequency band.
Cable management is easier with a visual representation of how equipment is connected in the lab.
Connect and manage RF switches, matrices and attenuators from a variety of supported vendors.
Setup and execute tests from anywhere over a secure browser session.
Effectively share lab resources among multiple testers to avoid test interruptions.
Control and watch handover/roaming processes in Android UEs via screen mirroring using LAMTA.
Scan for and identify sources of RF interference before they impact test results.
Automate and repeat complex Handover and Roaming tests with MIMO and Carrier Aggregation.
Redundant platform server for system uptime assurance when testing is critical.
(*) with Advanced Mobility feature
LAMTA is a scalable solution that enables users to test wireless network functionality and performance by automatically configuring and controlling various network elements (RF signal routing and attenuation, UE and RAN). LAMTA can also be used to set up and automate advanced mobility scenarios such as handover and roaming for multiple frequency bands, RATs, MIMO and Carrier Aggregation and site configurations, including MIMO and Carrier Aggregation.
A self-contained orchestration solution to help reduce equipment space and cost, improve test efficiency, and enable more sophisticated test case scenarios such as MIMO and Carrier Aggregation.
An orchestration system for a small-mid sized RF lab supporting up to (8) eight RF inputs and (8) eight RF test stations.
Introducing a cost-effective way to monitor the RF environment in the lab or in the field. LAMTA RF Monitor provides the capability to directly scan the RF environment and quickly see the results using LAMTA software.