On the Show Floor at electronica 2026 | Feasycom Showcases Innovative Wireless IoT Solutions
إلكترونيكا 2026 is in full swing at the Messe München (Munich Exhibition Center). This year’s exhibition gathers global electronics companies across the upstream and downstream supply chain to explore new paths for innovative applications in الاتصالات اللاسلكية and IoT technology. As a leading enterprise deeply engaged in IoT wireless connectivity technologies and solutions, فيزيكوم is showcasing its Multi-Precision Tracking Portfolio, Automotive CCC Digital Key Solutions, and Wireless Modules at Booth 419/2, القاعة C2. With its cutting-edge technologies and solution capabilities, فيزيكوم has become a focal point of the exhibition, achieving a double harvest in both product display and industry exchange, injecting new momentum into the development of الاتصالات اللاسلكية and the IoT.
في المعرض,فيزيكوم’s booth has become one of the focal points. With its excellent performance, minimalist design, and efficient operation and maintenance capabilities, it attracted numerous customers and partners from industries such as automotive electronics, الاتصالات اللاسلكية, إنترنت الأشياء, sensors, and consumer electronics to stop by for consultation. The booth’s popularity continues to rise.


Multi-Precision Tracking Portfolio: Relying on the fusion of multiple technologies including RSSI, بلوتوث 6.0 سبر القناة, اتفاقية الزراعة, و UWB, the products balance cost-effectiveness, high-precision ranging/direction finding, and 3D positioning capabilities, satisfying diverse application needs such as تتبع الأصول and indoor positioning. The solution integrates RSSI, بلوتوث 6.0 سبر القناة, اتفاقية الزراعة, و UWB (Ultra-Wideband) التقنيات, balancing cost-effectiveness, high-precision ranging/direction finding, and 3D positioning capabilities to meet diverse application requirements including تتبع الأصول and indoor positioning.
حلول المفاتيح الرقمية CCC: Compliant with AEC-Q standards, integrating multiple technologies such as بليه CS, UWB (Ultra-Wideband), نفك, and RSSI. It supports high-precision ranging and direction finding, multi-form factor product deployment, and provides one-stop integration services from hardware, برمجة, algorithms to joint debugging, test validation, and engineering delivery. It enables functions such as proximity detection, seamless unlocking, automatic locking upon leaving the vehicle, بداية السيارة, digital key sharing, وإدارة أذونات الوصول.
Wireless IoT Modules Solution: IoT modules covering various تقنيات الاتصالات اللاسلكية including بليه, UWB, Wi-Fi, ولورا. They support rapid hardware and firmware integration, customization for IoT and automotive electronics applications, and product certification. The solution provides full-process technical support including معمل اختبار, المراجع التخطيطية, مجموعات تطوير EVK, أدوات تطوير البرامج (SDKs)., and Design-in support.
خلال المعرض, representatives from BMW Germany and other well-known automotive industry enterprises visited the Feasycom booth for exchange and showed great interest in the products and solutions displayed. Both parties engaged in in-depth communication regarding related technology applications and potential future cooperation. From wireless module selection to system integration and automotive-grade delivery, Feasycom covers key milestones with deeply integrated software and hardware solutions, earning high recognition from on-site merchants.
From multi-precision tracking and CCC digital keys to full-process technical support for wireless modules, Feasycom is driving the evolution of wireless communication and IoT solutions from single connectivity capabilities to systematic solutions for multi-scenario applications.
إلكترونيكا 2026 will continue until November 13. We sincerely thank all the partners and friends who visited our booth today and shared their ideas with us! The exhibition is still ongoing, and the Feasycom team looks forward to discussing more possibilities in wireless communication and IoT technology with you at Booth 419/2, القاعة C2, Messe München.


