Complete wireless test environments
MT-SYS
Wi-Fi test systems
Performance, MLO and coexistence testing under controlled RF conditions, from a single compact rack to a five-enclosure mesh and roaming setup.
See configurations- Client stations
- 24 / 48 / 96
- Isolation, up to 8 GHz
- Over 90 dB
- Path attenuation
- Up to 95 dB
- Channel width
- Up to 320 MHz
Wi-Fi validation coverage
A common test environment connects RF behavior with device performance and application experience.
Performance & RF
Exercised conditionsThroughput, RvR, orientation, client load
Engineering outputCapacity and coverage limits
Wi-Fi 7 & MLO
Exercised conditionsLink modes, bandwidth, multi-user traffic
Engineering outputFeature behavior and link utilization
Coexistence
Exercised conditionsWi-Fi congestion, AWGN, Bluetooth, radar
Engineering outputRobustness under controlled interference
Mobility & mesh
Exercised conditionsRF transitions, roaming, backhaul load
Engineering outputContinuity and recovery behavior
Applications & QoE
Exercised conditionsTeams, Zoom, Meet, YouTube, mixed traffic
Engineering outputLatency, loss and application statistics
Functional & debug
Exercised conditionsSecurity, association, distributed capture
Engineering outputProtocol evidence for regression and debug
What’s inside a system
A modular platform for different lab roles. For network operators, device brands, chipset teams, ODMs and independent test laboratories.
MT-SYS
Rack and shielded RF environment
- Typical evaluation
- AP/CPE qualification and regression
- More than 90 dB isolation up to 8 GHz
- Absorber-lined interiors
- 10G Ethernet, USB and up to 24 SMA connections
MT-C24 / MT-C4
Real-radio clients with individual RF paths
- Typical evaluation
- Client scaling, MLO and interoperability
- Up to 2×2 MIMO per radio
- MT-C24: up to 24 radios
MT-BE
Up to 4×4 MIMO emulation
- Typical evaluation
- High-throughput and multi-link testing
- Up to 128 stations per band
- MLMR and STR
MT-Wave
Wi-Fi and non-Wi-Fi stimulus
- Typical evaluation
- Congestion, coexistence and DFS
- Wi-Fi, AWGN, Bluetooth, Zigbee and DFS radar profiles
- 1 dB level steps, ±0.5 dB accuracy
RF attenuators
Controlled loss on each RF path
- Typical evaluation
- Rate vs range, steering and roaming
- 200 MHz to 8 GHz
- Up to 95 dB in 0.25 dB steps
- ±0.5 dB accuracy
MT-Core + MT-Sniffer
Automation, HTML reports and capture
- Typical evaluation
- Regression with debug evidence
- HTML reports with KPIs and charts
- Multi-band capture in one PCAPNG
System configurations
Each MT-SYS combines shielded enclosures, client emulators, programmable attenuators and MT-Wave. The layout changes with what is being tested: client scale, TR-398 performance, or mesh and roaming.
MT-SYS-1 performance test system
A compact rack integrates the RF environment, client radios and test control.
Scroll sideways to see the whole diagram.
- Box-A
- Access point under test
- MT-C24
- Clients and sniffer
- Attenuators
- On the path under test
- MT-Wave
- Interference into the enclosure
Supported combinations depend on the selected radio hardware, driver, firmware and operating band.
Capabilities
- 12, 24 or 32 individual radios in a single instrument
- Highest achievable performance: 4K QAM and 320 MHz
- MLO: MLMR and eMLSR
- OFDMA and MU-MIMO
- Preamble puncturing
- Multi-client performance test cases
- User experience with real streaming: YouTube, Teams, Zoom, Google Meet and more
Test cases
- Peak performance
- RVR
- RVRVO
- MLO
- Preamble puncturing
- Band steering
- Interference: CCI/ACI
- Congestion control
- Multi-band throughput
- Multi-client
- Sniffing
- Latency, jitter
- Encryption and security
- Channel utilization
- Multi-band sniffing
Build your test environment
Put MT-SYS to work.
Tell us about your devices, test requirements and lab. We’ll help you find the right configuration.