Precision Board-to-Board Interconnect Solutions Engineered for High-Density Signal Integrity, Rugged Industrial Environments, and Global Scale Supply Chains.
In modern electronics manufacturing, the role of board-to-board interfaces has evolved far beyond simple path connection. With computing speeds accelerating and industrial footprints shrinking, design engineers require robust micro-pitch solutions capable of carrying clean, high-frequency signals and necessary power configurations under severe mechanical stress.
As a global leader in interconnect technology, Dynalink Electronic Technology Co., Ltd. (DL) engineers OEM and ODM pin headers and connectors with precision metallurgy and specialized polymer insulators. Our manufacturing framework addresses the fundamental problems associated with contact resistance, structural deflection under thermal cycle variations, and galvanic corrosion under harsh operating environments.
Typical off-the-shelf connectors fail to address the long-term degradation of contacts. Our customized pin headers offer selective gold plating (ranging from flash to 30u") over high-grade phosphor bronze alloys. This engineering detail ensures excellent conductivity, minimal contact force attenuation, and superior oxidation prevention across life cycles exceeding 500 mating operations.
Dynalink Electronic Technology Co., Ltd (DL), established in 2007, operates at the intersection of material innovation and high-speed precision stamping. Our multi-disciplinary infrastructure currently supports a workforce of over 800 employees, with more than 200 dedicated technical engineers driving continuous R&D.
We operate fully integrated production lines, executing everything from precision mold designing and terminal stamping to fully automated assembly and automated optical inspections (AOI). Our dedication to product durability is reflected in the trust placed in us by key global industries including aerospace, medical imaging, high-speed rail systems, UAVs, and high-performance server grids.
DL operates in strict compliance with the world's most demanding quality, safety, and environmental frameworks. This ensures our global OEM clients receive consistent, highly reliable components for heavy industrial applications.
To assist system designers in choosing the correct interface layout, our electrical and mechanical metrics are outlined below. Custom options can be configured via our engineering portal.
| Pitch Options | Current Rating | Contact Resistance | Dielectric Withstanding | Insulator Material | Recommended Application |
|---|---|---|---|---|---|
| 0.50mm / 0.80mm | 0.5A per pin | ≤ 30 mΩ | 150V AC/minute | LCP (UL 94V-0) | Smart Drones, Precision Medical Sensors, Wearables |
| 1.00mm / 1.27mm | 1.0A per pin | ≤ 20 mΩ | 500V AC/minute | PA9T / LCP | Data Center Routers, High-Speed Computing Interfaces |
| 2.00mm Pitch | 2.0A per pin | ≤ 20 mΩ | 800V AC/minute | Nylon-6T / LCP | Industrial Controllers, Vehicle Inverters, EV Electronics |
| 2.54mm Pitch | 3.0A per pin | ≤ 10 mΩ | 1000V AC/minute | PBT / PA6T | Heavy Machinery Automation, Hybrid Power Storage Systems |
DL products are engineered to function reliably under challenging conditions, ensuring stable system power and clean data transmission across critical industries.
Drones and advanced autonomous aerial vehicles operating in dynamic outdoor environments require micro-connectors that can withstand sustained vibration. Our low-profile pin headers and battery plugs ensure a secure connection during power draw fluctuations, reducing risk of power loss.
Modern high-speed data servers require low-loss transmission paths. Our high-density connectors feature low insertion force (LIF) designs, providing reliable board-to-board interconnects that support rapid server blade hot-swapping and maintain structural integrity under high temperatures.
From factory-floor PLC controllers to industrial robotic arms, electrical connections must resist chemical contaminants and dust. Our products feature high-temperature thermoplastic insulators and optional shroud casings, protecting contacts and maintaining operational uptime.
We collaborate closely with clients from initial concept and engineering analysis through to tooling setup, prototyping, and high-volume production.
Our material engineering division designs polymers and alloys that deliver stable physical and electrical performance under thermal and mechanical stress.
As data processing speeds increase, we optimize pin geometries and shield designs to minimize cross-talk and preserve signal clarity.
We utilize halogen-free thermoplastics and lead-free platings to minimize environmental impact while maintaining product reliability.
Dynalink Electronic
