New technologies requiring 5G RF testing demand laboratories and protocols that can keep pace with Dynamic and Evolving Regulatory Requirements. At MiCOM Labs, we are equipped to handle 5G frequency bands.
Manufacturers choose to partner with us not only to meet RF compliance standards but also because we set industry-leading benchmarks for laboratory excellence. From the MiTest™ system, which automates test report creation in minutes, to encrypted, near-instantaneous access to results, MiCOM is committed to modernizing the testing process as rapidly as new technologies evolve.
Contact us today to collaborate with a lab and pre-production RF emissions expert you can trust.
Or call our U.S. headquarters at +1 (925) 462-0304.
MiCOM Labs supports testing for all 5G bands, including mmWave (FR2), ensuring full compliance for the next generation of ultra-high-frequency devices. Our fully automated DFS test infrastructure simplifies and expedites 5G testing in FR1 and FR2.
MiCOM Labs’ proprietary MiTest® system automates RF testing, accelerating test cycles, reducing human error, and delivering faster certification results. We can generate thousands of pages of documentation in mere minutes, reducing the time to certification from weeks to days.
We are experts in global compliance requirements, ensuring seamless certification for 5G deployments worldwide. Our testing lab can certify for the U.S., Canada, UK, EU, Japan and our testing data is accepted by agencies under the APEC MRA Phase I agreement.
MiPassport® allows you to manage 5G certifications and technical documentation in one platform, providing transparency and efficiency throughout the compliance process.
MiPassport® allows you to manage 5G certifications and technical documentation in one platform, providing transparency and efficiency throughout the compliance process.
See how MiCOM Labs has transformed businesses worldwide.
| Engage Early in the Design Process for Integrated Compliance |
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Collaborate with the RF testing lab during the conceptual and
prototyping stages to preempt 5G-specific challenges. This
includes:
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| Prioritize Labs with Advanced High-Frequency Expertise and Facilities |
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Select a lab equipped to handle mmWave testing (24 GHz to 100
GHz) with precise calibration tools and cutting-edge anechoic
chambers designed for ultra-high frequencies. Ensure the lab
can:
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| Validate Coexistence with Legacy and Emerging RF Systems |
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The coexistence of 5G with other wireless technologies (e.g.,
LTE, Wi-Fi 6, Bluetooth, and GPS) is essential for maintaining
device performance.
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| Prepare for Dynamic and Evolving Regulatory Requirements |
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Regulatory standards for 5G, especially for FR2 bands,
continue to evolve as global authorities refine their
frameworks. Select a lab with:
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Or call our U.S. headquarters at +1 (925) 462-0304.
MiCOM Labs® stands at the forefront of RF, wireless, and EMC testing, delivering more than just compliance solutions—offering innovation that reshapes the regulatory landscape. With a legacy of excellence since 2001, we’ve combined state-of-the-art facilities, proprietary automation tools, and a client-centric approach to streamline testing and certification for global markets. Our commitment to precision and efficiency has made us the trusted partner for manufacturers worldwide, ensuring their products meet the most stringent regulatory requirements while accelerating time to market.
5G operates across multiple frequency bands, including sub-6 GHz and mmWave (24 GHz to 53 GHz), which require specialized equipment and expertise. Features like beamforming, dynamic power output, and MIMO introduce additional complexities, necessitating advanced testing methodologies to ensure compliance and performance.
Yes, we provide testing for all 5G frequency ranges, including low, mid, and high bands (FR1 and FR2). Our facilities are equipped to handle high-frequency testing up to 220 GHz, ensuring your device meets global compliance standards for both licensed and unlicensed spectrum.
5G employs beamforming to focus signals in specific directions, improving efficiency and coverage. We test beamforming accuracy using advanced tools that measure antenna patterns, signal strength, and compliance across multiple orientations and angles, ensuring your device performs as intended.
High-frequency 5G devices, especially those operating at mmWave, generate significant heat due to increased power and signal processing demands. Heat can affect RF performance, so we conduct emissions tests under varying thermal conditions to confirm compliance and reliability in real-world environments.
Yes, we specialize in testing for unique 5G use cases, including private networks, industrial IoT, and V2X communications. These scenarios often involve specific challenges like low-latency operation, coexistence with legacy systems, and adherence to custom performance requirements for specialized environments.
Fully automated testing with instantaneous access to results. A lab certified to produce results acceptable to more than half a dozen conformance authorities from the U.S. to the UK to the EU and Asia. There are many benefits to working with MiCOM Labs for your 5G RF testing needs. To learn more about how we can help take your next product through the pipeline to market entry, fill out our short contact form or call our U.S. facility at +1 925 462 0304.
