Better wirelessstarts in the lab.
Real radios. Controlled RF. Repeatable measurements. Build the evidence for your next release.
Real radios. Controlled RF. Repeatable measurements.
The platform
Your lab. Built around your questions.
Start with the instrument you need. Build a complete system when your test plan calls for more.
Complete test systems
MT-SYS
One environment.
Every part of the test.
Bring shielded enclosures, client radios and programmable RF paths together in a system configured for your device.
Explore test systemsReal client radios
MT-C24
More clients. A clearer picture.
Evaluate Wi-Fi performance, client loading and Wi-Fi 7 Multi-Link Operation with real radios.
- 24 or 48 client radios
- 2×2 MIMO per radio
Controlled interference
MT-Wave
Bring the busy air into your lab.
Combine Wi-Fi traffic with Bluetooth, IEEE 802.15.4, radar or noise in a repeatable test scene.
- 2.4, 5 & 6 GHz Wi-Fi
- Two independent radios
Applications
Start with the question.
Performance & RF
Wi-Fi performance and range
Find the limits of a wireless link.
Wi-Fi 7
Wi-Fi 7 and Multi-Link Operation
Understand what each link contributes.
Interference & coexistence
Coexistence and interference testing
Recreate the traffic around your device.
DFS development
Radar detection and DFS validation
Exercise channel changes under radar.
Mobility & mesh
Mesh and roaming validation
Follow the connection as RF conditions change.
Automation & diagnosis
Repeatable testing and packet-level diagnosis
Turn an observation into a repeatable test.
Configuration → measurement → diagnostic context
Built for the next build
A result you can return to.
A throughput number starts a conversation. A repeatable test helps you find the answer. Keep the conditions, observations and evidence connected.
- 1
Define the conditions
Record your device, firmware, RF paths and traffic settings.
- 2
Change one thing
Vary path loss, client load or interference against a clear baseline.
- 3
Keep the evidence
Connect the measurements with configuration and packet context.
- 4
Repeat on the next build
Return to the same conditions to understand what changed.
From the lab
A little context goes a long way.
Test planning
Planning a useful Wi-Fi evaluation
Start with a question about the device, then define the conditions and evidence needed to answer it.
Read the guideRF fundamentals
Choosing an interference scenario
Wi-Fi congestion, non-Wi-Fi signals and noise exercise different behaviours. Choose the stimulus that matches the question.
Read the guideMeasurement context
Reading wireless test results in context
Throughput is useful, but the configuration and supporting evidence determine what a measurement can establish.
Read the guideLet’s build your test plan
Bring your next device.We’ll help build the test.
Equip your lab, automate your cases, or ask us to run the evaluation on our systems.