Product Description:
HSD 4+2 pin connector is the ultimate digital system designed to protect low voltage differential signals from crosstalk and external interference. It works on a 100-ohm fully shielded interconnect system with shielded twisted-pair four-core cables to create an ideal environment for transmission. For such reasons, it has a wide range of applications, with the most prominent being automotive electronics for high-speed data transmissions. This connector easily supports low-voltage differential signaling cameras, USB connections, IEEE 1394 applications, digital infotainment electronics, digital symmetrical networks, and wireless base stations. With different power pin configurations (such as +2, +4, and +8 with customizable options, e.g. additional pins for power supply) and features like primary and secondary locks, crimp connections, high cable retention, and high coding efficiency, HSD 4+2 pin connector provides great flexibility and security, ultimately boosting automotive performance.
Features:
- Enhanced Signal Integrity: State-of-the-art tech for optimal signal quality during high-speed data transfer, minimizing loss and distortion, enhancing electronic system reliability.
- Immunity to Interference: Protects against crosstalk and external interference for a disturbance-free connection.
- Customizable Power Pins: Power configurations tailored to specific needs with +2, +4, and +8 pin options.
- Efficient Locking: Primary and secondary locks ensure secure and stable connections.
- Simple Installation: Easy crimp connections and efficient coding for a hassle-free setup, saving time and effort.
- Robust Cable Management: High cable retention for a stable and consistent in-vehicle connection, preventing disconnections.
- Versatile Applications: Applicable across automotive systems, from cameras to infotainment, addressing various connectivity requirements.
- MOQ:20PCS
Technical Parameters:
| Parameters | Details |
| Product Name | FAKRA HSD Coaxial Cable Connector |
| Type | Straight Type |
| Mounting Type | PCB Mount |
| Operating Temperature | -40℃ To +105℃ |
| Applications | LVDS Camera, USB, And IEEE 1394 |
| Color | Claret Violet Color |
| Working Voltage | 60 V Rms |
| Number of Positions | 4+2Pin |
| Code | D-code |
| Services | OEM ODM Accept |
Applications:
- LVDS Cameras: Low-Voltage Differential Signaling enables high-speed data transmission in automotive cameras, enhancing performance.
- USB Hub Connectivity: Vital for reliable, rapid data transfer, ensuring seamless integration and smooth vehicle operation.
- Infotainment System Integration: Crucial for in-car entertainment enhancement, requiring efficient data transmission for a seamless experience.
- Wireless Base Stations: Indispensable for secure wireless network connectivity, necessitating effective high-speed data transmission strategies.
- Digital Symmetrical Networks: Widespread in vehicles, emphasizing the need for efficient data transfer to enhance the overall vehicle experience.
- Vehicle Diagnostics: Swift and accurate data transfer is essential for precise automotive diagnostics and issue resolution.
- Advanced Driver Assistance Systems (ADAS): Data transmission supports safety features like collision avoidance and lane departure warning systems in ADAS.
- Wireless Charging Systems: Efficient data transmission ensures optimal charging experience and maximizes power supply performance in integrated wireless charging systems.
HSD Coding:
Customization:
We accept OEM and ODM orders. Custom cable types, connector types and cable lengths are available. We will be happy to consider your requirements in order to provide an effective solution. Please feel free to contact us.
Contact us for the price today!
Support and Services:
1.Accept OEM and ODM orders.
2.Samples are free of charge, only the customer has to pay the courier fee.
3.Support multiple logistics methods.
4.Fast delivery time and first-class service.
If you have any questions or need assistance with our products, please don't hesitate to contact us. We are here to help.
