Stpete Electronics
1 / 1
Committed to providing high-end USB interconnection solutions, we launch TYPE-C Connector-08—a high-performance USB Type-C Connector featuring "high-end customization and harsh scenario adaptation". Designed specifically for automotive electronics, industrial control and high-end IoT devices, it serves mid-to-high-end brand customers around the world with its excellent durability and customization capabilities.
As a highly flexible Custom USB Type-C Connector, it offers full-dimensional customization services. According to customers' special application scenarios, we can flexibly adjust pin configuration, shell structure, installation height, rated current and shielding performance. Whether it is the high-temperature environment of vehicles, complex interference scenarios in industry, or the special assembly needs of high-end devices, we can create exclusive solutions to achieve seamless integration.
Tailored configurations for pin layout, installation height, current rating, and shield styling to fit special assembly conditions.
Upgraded technology maintaining a stable 10Gbps transmission rate with optimized structures to minimize signal losses.
Implements optimized Power Delivery charging pathways to support high-power safety demands in industrial settings.
In terms of performance, TYPE-C Connector-08 is equipped with upgraded High-Speed Data Transfer USB Type-C technology, which maintains a stable transmission rate of 10Gbps. At the same time, it optimizes the signal transmission structure to effectively reduce signal loss, suitable for high-end scenarios such as high-bandwidth communication and real-time data synchronization. The upgraded PD fast charging protocol provides safer and more efficient power supply, meeting the high-power supply needs of automotive and industrial equipment.
As a high-end precision USB Type-C Receptacle, it adopts a thickened and reinforced metal shell, which has excellent electromagnetic shielding and mechanical protection performance, capable of resisting strong interference in complex environments. The upgraded internal gold-plated contacts greatly improve conductivity and corrosion resistance, with a plug-and-unplug life far exceeding 10,000 times. The enhanced SMT patch design is suitable for high-speed automated production, and the reinforced fixing feet significantly improve vibration and drop resistance, adapting to harsh working environments such as automotive and industrial fields.
Every USB Type-C Connector of the TYPE-C Connector-08 series strictly follows international high-end quality standards and has passed a full set of reliability tests (including high-temperature aging, vibration impact and corrosion resistance tests). Widely used in automotive electronics, industrial control and high-end IoT terminals, it has become the core connection solution for mid-to-high-end devices with its high-end customization capabilities and adaptability to harsh environments.
A: The TYPE-C Connector-08 is equipped with upgraded High-Speed Data Transfer USB Type-C technology, which maintains a stable transmission rate of 10Gbps while minimizing signal loss.
A: Yes, it is a highly flexible Custom USB Type-C Connector offering full-dimensional customization services. We can adjust the pin configuration, shell structure, installation height, rated current, and shielding performance.
A: It features upgraded internal gold-plated contacts that enhance conductivity and corrosion resistance, securing a plug-and-unplug lifetime that far exceeds 10,000 mating cycles.
A: Absolutely. It features reinforced fixing feet to significantly improve vibration and drop resistance, alongside an enhanced SMT patch design suited for rugged automotive and industrial environments.
A: Each connector in this series strictly complies with international high-end quality standards and has successfully passed a full battery of reliability tests, including high-temperature aging, vibration impact, and corrosion resistance tests.
A: Yes, the upgraded PD fast charging protocol ensures safer, highly efficient power delivery, satisfying the high-power supply requirements of automotive systems and industrial gear.
