Advanced LTCC Ultra-Wideband Solutions for Next-Generation Automotive Connectivity

ABC ATEC introduces cutting-edge LTCC UWB inductors designed for smart car keyless systems and child presence detection, delivering exceptional performance in high-frequency wireless applications with 45 years of manufacturing expertise and IATF16949 certification.

2025Q2 E-Newsletter LTCC UWB New Products

We are excited to announce the launch of our latest LTCC Ultra-Wideband (UWB) product in our 2025 Q2 lineup. Designed for high-performance wireless communication, this new solution delivers exceptional performance in applications for automotive such as smart car keyless systems or CPD (child presence detection), our LTCC UWB technology empowers engineers to push boundaries in connectivity and innovation.



Product Catalog

2025 Automotive Grade Product Catalog

How can you ensure your smart car keyless and child presence detection systems meet automotive-grade reliability standards?

ABC ATEC's new LTCC UWB inductors are IATF16949 certified and engineered specifically for automotive wireless applications. Our 45 years of inductor manufacturing expertise and proprietary production technologies ensure your keyless entry and CPD systems deliver exceptional performance and reliability. Contact us to discuss how our advanced UWB components can integrate seamlessly into your next-generation automotive connectivity solutions.

These LTCC UWB inductors represent a significant advancement in wireless component technology, empowering automotive manufacturers and system integrators to push boundaries in connectivity innovation. With comprehensive customization capabilities and proven manufacturing excellence, ABC ATEC's solutions address the critical need for reliable, high-frequency components in next-generation automotive systems. The LTCC UWB technology is engineered to support seamless integration into smart keyless entry systems and advanced safety features like child presence detection, while maintaining the highest standards of quality and performance that automotive-grade applications demand.