Designing a reliable automotive radar system demands accuracy and consistency under real-world conditions. From optimizing antenna alignment to refining beam steering, precision is key to meeting performance and regulatory standards. MiCOM Labs helps manufacturers through high-frequency testing, emissions analysis, and detailed antenna characterization.
As an ISO 17025-accredited lab, we provide real-time data and expert support to simplify the certification process and reduce time to market. Contact MiCOM Labs to ensure your radar system meets global compliance standards.
Or call our U.S. headquarters at +1 (925) 462-0304.
MiCOM Labs offers advanced automotive radar testing to ensure high-frequency radar systems meet regulatory and performance standards. Our state-of-the-art facilities and experienced engineers provide targeted solutions to improve radar accuracy and reliability.
| Test | Why It Matters |
|---|---|
| Radiated Emissions | Keeps radar signals within legal limits to prevent interference. |
| Conducted Emissions | Ensures minimal noise transmission through power and signal lines. |
| Radiated Immunity | Confirms radar performance under external RF exposure. |
| Conducted Immunity | Tests radar resilience to power line noise. |
| 2D/3D Radiation Patterns | Optimizes antenna design for better target resolution. |
| VSWR and Return Loss | Improves signal integrity and transmission efficiency. |
| Beamforming and Steering | Ensures accurate target tracking and low-latency response. |
MiCOM Labs offers advanced automotive radar testing to ensure high-frequency radar systems meet regulatory and performance standards…
MiCOM Labs measures radar emissions across a wide frequency range, including millimeter-wave signals up to 220 GHz. Testing evaluates signal strength, harmonics, and spurious emissions to ensure compliance with regulatory limits.
Testing assesses noise transmitted through power and signal lines using precision line impedance stabilization networks (LISNs). Results help identify and resolve noise propagation issues.
We expose radar systems to controlled RF signals and electrical disturbances in anechoic chambers to assess performance under real-world interference conditions.
MiCOM Labs provides full antenna characterization, including gain, beamwidth, and side lobe suppression. This helps manufacturers optimize radar accuracy for better target resolution.
We measure impedance matching using vector network analyzers to minimize signal reflection and loss, improving radar signal efficiency and transmission integrity.
Our phased array testing measures beamforming accuracy and steering response under dynamic operating conditions, ensuring consistent tracking and low-latency response.
MiTest® streamlines automotive radar compliance by automating test execution and generating real-time data reports. This reduces test cycles, minimizes human error, and allows manufacturers to identify performance issues quickly.
MiPassport® centralizes radar certification tracking, helping manufacturers manage approvals and renewals across different regulatory bodies. This simplifies the certification process and ensures consistent compliance with global standards.
MiCOM Labs’ radar testing is conducted under ISO 17025 accreditation, ensuring that all results meet the highest accuracy and repeatability standards. Certification from MiCOM is recognized by global regulators, facilitating faster market entry.
With capabilities up to 220 GHz, MiCOM Labs provides detailed radar signal analysis and antenna characterization. Our high-frequency expertise ensures precise measurement of beamforming, gain, and steering accuracy.
MiCOM Labs offers full 2D/3D radiation pattern testing, VSWR analysis, and return loss evaluation. This allows manufacturers to refine radar antenna design and maximize directional performance.
Radar testing regulations are complex and vary by market. MiComms™ provides manufacturers with real-time updates on shifting compliance requirements, ensuring products stay aligned with the latest industry standards.
| Fine-Tune Antenna Calibration for Precise Beam Steering | |
|---|---|
| Issue | Solution |
| Poor phased array calibration can reduce target tracking accuracy and increase false positives. Misaligned beams degrade resolution and response time. | Conduct beam steering analysis at operating frequencies up to 220 GHz. Use real-time data from 2D/3D radiation pattern tests to refine antenna alignment and beamwidth, ensuring accurate target positioning and consistent steering response. |
| Assess Multi-Radar and Multi-Sensor Interference Risks | |
|---|---|
| Issue | Solution |
| Multiple radar systems operating simultaneously can degrade signal integrity and create ghost targets. | Perform coexistence testing in controlled anechoic chambers. Measure spectral overlap, noise floor elevation, and adjacent-channel rejection to verify radar signal stability in high-density environments. |
| Ensure Accurate Beam Steering and Target Resolution | |
|---|---|
| Issue | Solution |
| Inconsistent beamforming can result in missed detections and inaccurate range measurements. | Test phased array beam steering at millimeter-wave frequencies. Analyze beam response and steering accuracy under dynamic load conditions to optimize resolution and reduce signal distortion. |
| Verify Antenna Efficiency with 2D/3D Pattern Analysis | |
|---|---|
| Issue | Solution |
| Poor antenna design reduces range and creates blind spots in radar coverage. | Measure gain, beamwidth, and side lobe suppression using 2D/3D pattern analysis. Optimize feed network design and element spacing to improve directional performance and reduce side lobe leakage. |
| Measure VSWR and Return Loss for Optimal Signal Integrity | |
|---|---|
| Issue | Solution |
| High VSWR values lead to signal reflection and loss, reducing radar signal strength and effective range. | Use vector network analyzers to measure VSWR and return loss. Adjust impedance matching and transmission line design to minimize signal reflection and improve overall transmission efficiency. |
Or call our U.S. headquarters at +1 (925) 462-0304.
For approximately 25 years, MiCOM Labs has supported manufacturers in refining automotive radar systems and meeting global compliance standards. Our accredited lab combines advanced high-frequency testing with automated compliance solutions, helping manufacturers improve signal integrity and beam steering accuracy. Whether you’re developing a new system or preparing for final certification, MiCOM Labs provides the expertise and infrastructure to deliver accurate results and a streamlined approval process.
To discuss your automotive radar testing requirements, contact our team online or call +1 925 462 0304.
