Dual Port HSD Male To Female Cable
PCM Cable Co., Ltd. is one of the leading dual port hsd male to female cable manufacturers and suppliers in China. Welcome to wholesale high quality customized products at discount price from our factory. Contact us for quotation and free sample.
Premier Cable PCM-ZC-0161 is a Dual Port HSD Male-to-Female Extension Cable developed for automotive high-speed data systems. Its HSD 2-to-2 dual-port male-to-female architecture extends two existing HSD data interfaces to a more accessible location for installation, testing, maintenance or module integration.
The dual-port configuration extends two high-speed data links together, creating more organized routing for dual-camera, dual-display and other multi-channel automotive systems. It is particularly useful in space-constrained electronics, development benches and modular vehicle harness architectures where two individual extension cables would create additional routing complexity.
HSD connector systems can support LVDS and other automotive high-speed protocols, making PCM-ZC-0161 suitable for digital cockpits, ADAS, automotive video, infotainment and validation systems. Actual protocol, data rate and electrical performance should be verified according to the selected connectors, cable specification and customer equipment.
Core Advantages
In smart connected vehicle architecture development, extending high-frequency signals over long distances often causes waveform distortion. As a next-generation automotive data link extension, this HSD extension cable overcomes cascading attenuation challenges. By optimizing the capacitive compensation structure inside the plug, Premier Cable's R&D team ensures this assembly exhibits excellent metrics when serving as an LVDS relay wire. This gives developers a highly deterministic physical layer backbone for telematics testing wire layouts and high-volume OEM integration, fully matching strict E-E-A-T technical compliance.
Stable Connection
Since male-to-female extension cables introduce a secondary interconnection point, maintaining charge stability at the contact surface is paramount. This product utilizes high-normal-force leaf springs at the mating interface for a tight terminal fit. Leveraging high-frequency network analysis, we integrate precise intra-pair skew control to eliminate EMI caused by phase shifts. This architecture guarantees a stable connection for dual-channel differential signals during high-speed vehicle vibrations or sudden braking, preventing camera flickering and domain controller node loss.
Installation Requirements
During aftermarket retrofits, front-install modifications, or lab test topology setups, engineers frequently encounter wire-routing bottlenecks in tight spaces. This automotive data link extension features a compact outer diameter and superb bending flexibility, threading smoothly through door hinges, firewall grommets, or dashboard crevices. The male and female terminals are equipped with distinct color and mechanical keying codes with sharp tactile feedback. A crisp "click" signifies a proper lock, meeting the high-efficiency assembly requirements of OEMs and the blind-mating installation requirements of repair technicians.
Products Specification
| Product Name | HSD 4+4 Pin Z Code Jack-to-Plug Cable |
| Drawing Number | PCM-ZC-0161-X |
| Connector1 | HSD 4+4 Pin Jack, Z Code |
| Connector 2 | HSD 4+4 Pin Plug, Z Code |
| Nominal Length | 1000 + 20 mm |
| Wire rod | Dacar(R) 535 |
| Channel Structure | Dual 4-Pin High-Speed Signal Channels |
| Nominal impedancs | 100 Ohm Nominal |
| Working temperature | -40°C to +105°C |
Products Display
Product Features
Male-to-Female Interconnect Design:
Features a male pin and female socket configuration, enabling seamless series connection and long-distance patching between two HSD wire harnesses without adapters.
Ultra-Low Insertion Loss Control:
Utilizes specialized high-purity oxygen-free copper symmetrical conductors to minimize insertion loss across the extended link to its physical limit.
Multi-Position Mechanical Keying:
Latch mechanisms on both ends are precisely matched, supporting A/B/C/D color-coded systems for secure locking and error-free mating.
Wear-Resistant Outer Braid Protection:
Enhanced with a highly flexible, wear-resistant, and anti-tensile protective jacket, withstanding frequent bending to fit automotive assembly-line feeding.
Core Application Scenarios
Large Vehicle & Long-Wheelbase Routing
Designed for trucks, buses, large SUVs, and specialty vehicles, extending HSD/LVDS links from rear, side, or 360° surround-view HD cameras to front-mounted domain controllers or video processing modules. The Dual Port HSD male-to-female design extends two data links together for cleaner long-distance vehicle routing.
Bench Testing & R&D Labs
Suitable for automotive R&D, HIL testing, and validation benches, extending hard-to-access Dual Port HSD interfaces from domain controllers, infotainment units, or ECUs to convenient test points. This enables flexible connection with camera simulators, video modules, and high-speed test equipment while simplifying repeated setup and troubleshooting.
Core Performance Advantages
● Long-Distance Lossless Transfer:
Retains full 6Gbps throughput even when extended over several meters, ensuring zero packet loss for Megabit/Gigabit automotive Ethernet data.
● Excellent End-to-End Impedance Continuity:
Achieves superb impedance continuity across the male-female mating interface, suppressing signal reflection to maintain wide eye-diagram margins.
● Automotive-Grade Pull-Out Retention Force:
The proprietary male-to-female locker withstands substantial pulling force once engaged, preventing transient drop-outs caused by harness tension or vibration.
● Full-Band Radiation Suppression:
Dual-layer full-coverage braided shielding blocks the antenna effect of the extended link, fully satisfying stringent automotive Class 5 EMI limits.
Frequently Asked Questions
Q1: Will extending the link with a male-to-female configuration cause distinct signal latency or higher bit error rates?
A1: While any physical extension introduces some loss, Premier Cable uses ultra-low attenuation conductors and precise 100-ohm impedance matching. When serving as an LVDS relay wire within standard defined lengths (e.g., up to 2m), added loss is minimal, eye diagrams comply with Gigabit transmission regulations, and the error rate remains near zero.
Q2: Can this male-to-female HSD extension cable be daisy-chained or cascaded continuously?
A2: While cascading is mechanically possible, we do not recommend more than two serial connections for high-speed automotive signal fidelity. Each additional male-to-female mating interface introduces a slight impedance discontinuity. If your project demands excessive lengths, we highly suggest ordering a single custom-length cable from us.
Q3: How is the mechanical coding customized and matched for the male and female ends?
A3: Our male and female mechanical coding system strictly adheres to international standards (e.g., A-Black, B-White, C-Blue, D-Bordeaux Violet, Z-Water Blue). If you order an A-coded male connector, we supply a matching A-coded female connector, ensuring they mate perfectly while blocking accidental insertion into other coded headers for mistake-proof field assembly.
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