Prove Your RF Performance. Before Launch.
How We Test
Whether you're preparing for carrier certification or troubleshooting performance issues, our testing services catch problems before they derail your launch.
Design and Test Workflow
See How We WorkWhy RF Testing Can’t Wait
Why Cellular Pre-Certification is Critical
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Cellular or GNSS? We Test Both.
Different wireless technologies require different testing approaches. Here’s what matters for each:
Cellular Testing
Why It Matters: To sell a cellular IoT device, you need carrier certification. US and Japanese carriers have strict Total Radiated Power (TRP) and Total Isotropic Sensitivity (TIS) requirements. The Risk: Devices that fail these tests face expensive redesigns and delayed launches. Testing early reduces risk and catches integration issues before they become costly problems. What We Test: TRP, TIS, failure mode mitigation, and passive antenna tuning for LTE, CAT-M1, NB-IoT, 5G, and legacy technologies.
GNSS Testing
Why It Matters: Standard GNSS (meter-level accuracy) vs. high-precision GNSS (centimeter-level accuracy) have different antenna and testing requirements. High-precision applications require active antennas with integrated LNAs. The Risk: Devices can pass FCC/CE testing but still have poor GPS performance due to interference from other components. Standard unintentional radiator testing isn't sufficient. What We Test: Acquisition & tracking sensitivity, field testing in controlled environments, and real-world validation for both standard and high-precision GNSS.
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