10009629-111120LF

The 10009629-111120LF by Amphenol ICC (FCI) revolutionizes Pluggable Connectors technology for IoT edge computing devices, combining ultra-low power consumption with robust wireless connectivity. Engineered for smart city infrastructure, this solution delivers 40% better energy efficiency than conventional designs while maintaining reliable data transmission in dense urban environments.Featuring Receptacle architecture, the connector optimizes space-constrained designs. Its stacked configuration provides 50% higher port density compared to traditional layouts, essential for compact gateway devices in industrial IoT deployments.As a Multi-Standard Pluggable 4x specialist, this component supports multi-protocol operation. Hybrid variants seamlessly switch between Bluetooth 5.2 and Zigbee 3.0, reducing component count by 30% in smart building automation controllers.The 8 Signal Pairs configuration supports versatile IoT node designs. 16-contact versions accommodate 4 power and 12 signal lines, enabling complete sensor-to-processor interconnection in single compact interfaces.The Surface Mount, Right Angle design enables flexible installation in harsh environments. Panel-mount versions feature IP68-rated seals that withstand dust and water immersion, making them ideal for outdoor agricultural sensor networks.Utilizing Solder technology, the connector ensures reliable connections in vibration-prone applications. Spring-loaded contacts maintain <5m resistance after 100,000 vibration cycles, outperforming solder joints in railway condition monitoring systems.With Board Guide, Flange capabilities, the connector addresses unique IoT challenges. Integrated ESD protection diodes provide 8kV contact discharge protection, crucial for safeguarding sensitive microcontroller interfaces in field devices.Gold plating ensures long-term reliability in outdoor applications. Selective gold plating on critical contacts provides 10x better corrosion resistance than full-gold solutions, reducing costs while maintaining performance.