Universal 4 Pole HSD Solder Female Cable Connector

Universal 4-Pole Straight Z Code HSD Solder Female Cable Connector for Dacar 535 – High-Speed Data Connectivity in Automotive Systems

This premium universal 4-pole straight Z code HSD solder female cable connector is engineered specifically for seamless integration with Dacar 535 coaxial cables in modern vehicle infotainment, camera, and telematics systems. Designed to meet rigorous automotive standards, it ensures reliable high-speed signal transmission across LVDS, USB 2.0, Ethernet (BroadR-Reach), and other critical data protocols used in today’s connected cars. With its robust construction, precise impedance matching, and secure mating interface, this connector delivers consistent performance under extreme temperature conditions—from -40°C to +105°C—making it ideal for demanding automotive environments.

The connector features a straight configuration with Z-code keying, offering universal compatibility across multiple OEM platforms while preventing incorrect mating—a crucial factor for maintaining system integrity during assembly or repair. Its four-pin design supports high-speed differential signaling, essential for applications requiring low jitter and minimal electromagnetic interference (EMI). The full-shielded housing provides superior protection against radio frequency interference (RFI), ensuring clean signal paths even in electrically noisy automotive settings. Additionally, the use of solder termination guarantees a permanent, vibration-resistant connection that outperforms crimp-based alternatives over time.

• Connector Type: High-Speed Data (HSD) Female
• Coding Standard: Z Code for universal mechanical compatibility
• Pole Configuration: 4 pins – optimized for differential pair routing
• Cable Compatibility: Specifically designed for Dacar 535 coaxial cable
• Termination Method: Soldered for durability and electrical stability
• Mounting Style: Inline/Free-Hanging – straight orientation for flexible routing
• Shielding: Full metal shielding to reduce EMI/RFI emissions
• Housing Material: Automotive-grade thermoplastic with locking mechanism

Engineered for precision and longevity, this connector operates reliably up to 1 GHz frequency range, with a nominal impedance of 100 Ω—perfectly suited for high-bandwidth communication needs. It supports up to 1 ampere current and 100 volts maximum operating voltage, making it suitable for both power delivery and data transfer in compact automotive modules. Compliance with international automotive HSD interface specifications ensures interoperability with leading manufacturers' systems, from advanced driver assistance systems (ADAS) to next-generation in-vehicle networking solutions.

Common applications include rearview camera systems, multi-channel video transmission for panoramic view setups, USB-enabled infotainment hubs, GPS navigation units, and BroadR-Reach Ethernet implementations for CAN bus replacement. Whether you're integrating a new dashboard display module or upgrading an existing vehicle's internal network, this connector offers a future-proof solution for scalable, high-performance connectivity.

Users report exceptional reliability in real-world testing, particularly when paired with custom-molded harnesses using Dacar 535 cable. Engineers appreciate the ease of installation via soldering, which eliminates concerns about contact degradation over time—a common issue with push-on or crimp-style connectors. Many have noted improved signal clarity in camera feeds and reduced latency in data-heavy operations like live streaming media or OTA updates, thanks to the connector’s stable impedance and effective shielding.

Some frequently asked questions include: “Is this compatible with non-Dacar cables?” While designed for optimal performance with Dacar 535, alternative cables may be used if they match the same outer diameter and conductor geometry. “Can I use this for outdoor or harsh environment installations?” Yes—its wide temperature tolerance and sealed housing make it suitable for under-hood or exterior mounting. “How does it compare to Fakra or Mini-Fakra connectors?” Unlike circular RF connectors, this unit focuses on digital data integrity rather than analog signal transmission, making it better suited for modern vehicle architectures where speed and noise immunity are paramount.

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