hen it comes to preparing a product for market entry on a global scale, threading the needle between time-to-market estimates and product compliance is crucial. MiCOM Labs is the leader in RF emissions testing, not just because of our expertise in creating testing environments, but because of our innovation in reducing lengthy processes such as: test data collection, documentation assembly, and testing for various markets.
Partner with us at any stage of your development pipeline to ensure your wireless device meets standards not just in the U.S., Canada or EU, but across several countries. Contact us today or call our U.S. headquarters at +1 925 462 0304
Or call our U.S. headquarters at +1 (925) 462-0304.
MiCOM Labs has certified more products for North America than any other ISO/IEC:17065 TCB/FCB in the world over the last five years and is the one of the leading foreign RCBs for MIC (Japan).
We offer MiTest®, a fully automated test system that accelerates the testing process, reduces manual errors, and generates comprehensive reports swiftly, enhancing efficiency and accuracy. Upon testing completion, results are available and reports generated in just minutes.
Our proprietary MiPassport® platform serves as a digital portfolio for managing product certifications and type approvals, consolidating model information and technical documentation in the cloud for streamlined compliance management. Tracking ongoing certification status along with standards maintenance is simple.
We can test up to 220 GHz for a wide range of technologies and applications, accommodating the needs of advanced wireless devices operating at higher frequencies.
MiCOM Labs has developed a fully automated DFS test infrastructure designed to simplify global 5GHz DFS test requirements, expediting product market entry.
With over 20 years of industry leadership in wireless testing and certification, we support a diverse spectrum of clients, from start-ups to expert compliance teams at Fortune 500 companies.
See how MiCOM Labs has transformed businesses worldwide.
| Partner with a Facility Capable of Handling Advanced Technologies |
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| A lab that can handle high-frequency technologies (e.g., mmWave, radar, 5G) will streamline testing for both current and next-generation devices. |
| Verify Global Standards Expertise |
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| Select a lab that understands the global certification process, i.e., FCC, ETSI, CISPR, MIC, and other international compliance standards to minimize delays for global market access. Labs that track evolving regulatory requirements can future-proof your product development. |
| Choose a Lab Engaging in Thorough Pre-Test Analysis |
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| Choose a lab that offers pre-test evaluations to identify compliance risks before formal testing begins. This often catches potential design issues, saving time and resources during certification. |
| Ensure the Lab Practices Collaborative Test Development |
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| Work with labs that customize test plans to align with your device’s features and markets so that design flaws are identified quickly and compliance testing timelines remain short and efficient. |
| Find a Lab Capable of Real-World Simulation Testing |
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| Ensure the lab simulates real-world usage scenarios, including multi-protocol coexistence (e.g., Wi-Fi, Bluetooth, Zigbee) and varying operating conditions to improve verification of performance reliability and increase compliance confidence. |
| Engage Early in the Design Process |
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| Involve the lab during early product development to identify RF compliance issues before designs are finalized. Share schematics, block diagrams, and detailed product specifications to help anticipate challenges early, reducing costly redesigns later. Compliance testing helps validate your company’s design and compliance processes. |
| Be Transparent About Device Functionality |
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| Prior to commencing any compliance test program, it’s important to complete the online client questionnaire. During this process, clearly communicate all wireless features, operating modes, and frequency bands the device will use, including standby or low-power states. This ensures the lab tests for every operational scenario, avoiding surprises during compliance certification. |
Or call our U.S. headquarters at +1 (925) 462-0304.
Founded in 2001 by Gordon Hurst, MiCOM Labs®, a privately-owned, family-driven company, has become a global leader in RF, wireless, EMC and safety testing, as well as regulatory compliance certification services. With a foundation built on decades of relentless innovation, MiCOM has consistently redefined compliance processes by embracing advanced automation and cutting-edge technologies. From pioneering cloud-based solutions like MiTest® and MiPassport® to expanding into cybersecurity certification, MiCOM continues to shape the future of wireless technology by offering streamlined, high-end compliance solutions that empower manufacturers worldwide.
We specialize in harmonized testing approaches, identifying overlapping requirements across regions to streamline testing. For example, many FCC and CE standards overlap, allowing us to design a single testing plan that meets multiple certifications. Additionally, we advise on minor design tweaks that can meet stricter standards globally, minimizing rework.
We conduct collocation testing using specialized equipment to simulate real-world environments where multiple protocols operate simultaneously. We measure interference characteristics between technologies under the simultaneous operating conditions and provide guidance on antenna placement, and power output to improve interference.
For devices with dynamic features like frequency hopping (e.g., Bluetooth) or adaptive power (e.g., 5G), we capture emissions across all operational modes using automated scripts. These scripts simulate real-world scenarios and ensure compliance across dynamic settings. We also test band-edge cases where hopping or adaptation may fail, providing actionable feedback.
Yes, this is possible via the MiTest application. Permissions are granted enabling access to not only measurement data but also includes the capability to create on-the-fly measurement reports to share with design teams. This can be a useful feature for dispersed design teams.
For cloud-connected or IoT devices, we set up controlled network environments in our lab to emulate real-world conditions. This includes dedicated servers, simulated data traffic, and low-latency connections to ensure the device operates as intended during testing. We also test emissions during idle, active, and peak traffic scenarios to ensure compliance in all states.
Battery level can influence emissions. We test devices at full-charge, mid-charge, and depleted low-charge levels to capture variations in emissions caused by voltage drops to ensure ongoing compliance. If significant changes are detected, we provide insights on optimizing power management circuitry to maintain compliance across all charge levels.
Absolutely. We offer design-for-compliance consulting where our engineers review your schematics, PCB layouts, and prototypes early in the development cycle. This helps identify and address potential emissions issues before formal testing, saving time and costs.
If your device fails, we can provide detailed root-cause analysis, including spectral data, operational mode insights, and potential mitigation strategies. Our team works closely with your engineers to recommend changes (e.g., shielding, filtering, firmware updates) and offers rapid re-testing services to validate the fixes.
Successful RF emissions testing requires partnering with a lab that can seamlessly integrate use cases of your product with the myriad protocols required for certification in the global markets. At MiCOM Labs, we are able to combine years of experience with the latest in automation, quickly generating multiple pages of documentation for ease of access throughout the entire testing process.
Contact us as early as possible in your development cycle to ensure that your product can be placed on company target markets without unexpected emissions compliance headaches and delays. Call our US headquarters at +1 925 462 0304 or fill out the short submission form to begin the conversation.
