We specialize in turnkey RF, EMC and audio test solutions. From microwave and acoustic anechoic chambers and precision instrument selection to automated test software, we build accurate, efficient test environments.
Supports Major Instrument Brands and Communication Protocols
We address the challenges of building complex test systems, going beyond the operation of individual instruments.
We design and build microwave anechoic chambers, shielded rooms and acoustic anechoic chambers, including absorber installation, turntable control systems, and the installation and calibration of test antennas.
Based on your test requirements, including EVM, BER and sensitivity, we select a cost-effective combination of spectrum analyzers, signal sources and communication testers, and design custom switch matrix enclosures and fixtures.
We develop custom PC software in LabVIEW, C# and Python for instrument control, automated test sequences, automatic data acquisition and pass/fail evaluation, and MES integration.
Fully automated production-line test solutions covering compliance verification from sub-6 GHz to millimeter-wave frequencies.
PC-based control software automates communication testers, power supplies and shielded boxes for one-click testing and data recording.
Testing in a fully anechoic chamber to 3GPP/FCC requirements, with automated turntable and antenna mast control to capture out-of-band harmonic interference accurately.
Comprehensive RF performance verification from board-level circuits to critical components ensures signal-chain integrity and transmission efficiency.
Conducted testing of active devices, including PCBAs and complete products, covers transmit power, modulation quality (EVM), receiver sensitivity and ACLR.
Vector network analyzers (VNAs) measure antenna, filter and connector S-parameters (S11/S21), insertion loss, VSWR and isolation.
The system is much smaller than a conventional chamber, reducing space requirements and simplifying transport and installation. It can be moved in any direction without affecting test performance, making repositioning, relocation and sharing between departments easier while reducing the relocation costs associated with conventional chambers.
For 24 GHz, 77 GHz and 79 GHz automotive and traffic radar, we provide target simulation, EIRP measurements and radome transmission testing.
Three-dimensional radiation pattern scans in fully anechoic chambers or compact antenna test ranges evaluate total radiated power (TRP) and total isotropic sensitivity (TIS).
Structured project management ensures on-time delivery of complex test systems
Define test specifications, cycle time and regulatory requirements.
Prepare system architecture diagrams, instrument lists and fixture drawings.
Assemble hardware, build chambers, install wiring and perform electrical safety checks.
Develop automation scripts, perform measurement system analysis and gauge R&R, and test operating limits.
On-site acceptance, operator SOP training and after-sales maintenance.
Whether you are building a new EMC laboratory or upgrading automated RF testing on a production line, our engineering team is ready to help.