Changzhou Kingsun New Energy Technology Co., Ltd.
Straight HSD Adapter,Right Angle HSD Adapter,HSD LVDS Crimp Adapter
Brand: AIO Kingsun
Species: Rf Connector
Place Of Origin: China
Pin Or Socket: Coax, Pin Center, Assembly
Impedance: 100 Ohms
Packaging: Polybag
Transportation: Ocean,Land,Air,Express
Supply Ability: 10000pcs/week
Port: Shanghai,Ningbo,Qingdao
High-Speed Data Adapter: Straight to Right Angle HSD LVDS Coaxial Crimp Connector for Automotive and Industrial Applications
This premium straight-to-right-angle HSD LVDS coaxial crimp adapter is engineered for high-reliability signal transmission in demanding environments such as modern vehicles, industrial automation systems, and advanced imaging setups. Designed with precision engineering and robust materials, it ensures minimal signal loss while offering versatile mounting options—ideal for tight spaces where standard connectors fall short. Whether you're integrating infotainment systems, camera modules, or ADAS components, this connector delivers stable performance under vibration, temperature extremes, and mechanical stress.
Key features include dual configuration flexibility (straight or right-angle), making installation adaptable across complex layouts without compromising signal integrity. The secure crimp termination method guarantees a durable, low-resistance connection that resists loosening over time—a critical factor in automotive-grade applications. Its compatibility with LVDS protocols supports high-speed differential signaling up to several gigabits per second, minimizing electromagnetic interference (EMI) and ensuring clean data flow between displays, sensors, and control units.
Constructed from corrosion-resistant metals and thermally stable polymers, the adapter withstands harsh operating conditions—from freezing winter climates to scorching engine compartments—while maintaining consistent electrical characteristics. Easy-to-use crimp terminals reduce assembly time and eliminate the need for soldering, streamlining production workflows in both OEM and aftermarket settings. Customizable color-coding and part numbering options allow for efficient system identification and inventory management in large-scale deployments.
Common applications span automotive multimedia interfaces, rearview cameras, digital dashboards, robotic vision systems, and industrial control panels. This connector serves as a reliable bridge between high-frequency signal sources and receivers, supporting seamless integration in safety-critical systems like lane departure warnings, blind-spot detection, and surround-view monitoring. It's also suitable for any RF or LVDS-based project requiring compact, flexible, and durable cabling solutions.
Customers appreciate its combination of versatility, ease of use, and long-term reliability. Many report fewer connection failures during vehicle testing phases compared to older-style bayonet or screw-type connectors. The ability to choose between straight and right-angle variants based on space constraints has been particularly praised by engineers working on dashboard redesigns and compact electronics enclosures.
Frequently Asked Questions:
Q: What payment methods do you accept? A: We primarily support bank transfer (T/T). Alternative payment arrangements can be discussed upon request.
Q: Can I customize the color or code of the connector? A: Yes, we offer custom labeling and color coding to meet specific project requirements—perfect for traceability and team coordination in professional installations.
Q: Is this adapter compatible with existing LVDS systems? A: Absolutely—it’s fully compliant with standard LVDS specifications used in automotive and industrial sectors, ensuring plug-and-play functionality with most current-generation devices.
Q: How does the crimp design improve durability? A: Unlike threaded or push-on connections, the crimp terminal creates a permanent, mechanically strong bond that resists vibration-induced loosening—a key advantage in mobile and dynamic environments.
Product Categories : Automotive Connector > Hsd Connector