Maximize your wireless product performance with CEL's design optimization expertise and high-performance RF components. Our comprehensive design resources help engineers overcome complex RF challenges, ensure regulatory compliance, and achieve optimal wireless performance in their products.
CEL's design optimization approach combines decades of RF engineering expertise with cutting-edge simulation tools and testing methodologies. Our team provides guidance on antenna placement, EMC compliance, power management, and thermal design to ensure your wireless modules perform optimally in your specific application environment. From initial design review to production optimization, we support your engineering team throughout the development process.
Expert consultation on antenna integration, matching networks, and EMC compliance
Comprehensive testing methodologies including TRP, TIS, and real-world performance validation
Tailored wireless modules and RF components optimized for your specific application
Explore how RTOS enhances medical device performance, ensuring precision and reliability in critical healthcare …
ViewCompare open and closed loop control systems with real-world IoT examples from smart sprinklers to traffic lights. Our …
ViewLearn how to seamlessly program the CEL CMP40x0 with Arduino IDE for a variety of projects, suitable for both small and …
ViewEnhance your connectivity with our guide on how to extend Bluetooth range, featuring essential tips on bluetooth …
ViewExplore how to achieve reduced power consumption with superior wireless technologies. Discover the impact of efficient …
ViewLearn the key differences between hosted and hostless wireless architectures to determine the best fit for your needs.
ViewLearn how wifi provisioning and pre-provisioning can streamline your network setup, reduce costs, and enhance user …
ViewDive into the robust RF designs for NXP’s K32W and QN990x Wireless MCUs with CEL modules, enhancing connectivity and …
ViewUncover the significance of iPerf results for IoT systems. Learn how optimal network throughput enhances reliability, …
ViewDiscover how CEL’s innovative SRR-based antennas enhance wireless connectivity in IoT, WiFi, and 5G applications, …
ViewSome Design Considerations for a Ku Band Low Noise Amplifier in Satellite LNB Applications Using CE3512K2
ViewDiscover the high costs of poor wireless performance in IoT devices. Learn how inadequate connectivity affects customer …
ViewLearn how to optimize wireless performance with our comprehensive guide on Wi-Fi optimization, focusing on crucial …
ViewThe four essential steps to successfully integrate Wi-Fi and BLE into your hosted systems, ensuring optimal design, …
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