PH2.0-4P Female/Female Jumper Cable - 5cm (10-Pack)
Introduction
The PH2.0-4P dual-ended female-to-female cable provides a compact and reliable wiring solution for modular electronics systems. Designed for seamless integration with Boson components and the UNIHIKER single-board computer, this short PH2.0 connection lead simplifies signal and power routing between sensors, actuators, and controller boards. A keyed PH2.0 interface prevents reverse insertion while maintaining stable electrical contact. With a 5 cm length and support for up to 2A current through the 4‑pin connector, this compact interconnect cable supports rapid prototyping, structured wiring layouts, and clean module-to-module integration in educational and embedded development environments.
Keyed PH2.0 Connector for Reliable Orientation
A precision-molded PH2.0‑4P female connector on both ends ensures secure alignment during installation. The keyed interface design prevents incorrect orientation, reducing wiring errors and protecting connected electronics. This modular wiring lead maintains consistent contact pressure across all four pins, helping preserve signal integrity and power stability when linking sensors, control boards, or expansion modules within compact electronics assemblies.
Compact 5cm Cable for Clean Modular Wiring
The short 5 cm cable length minimizes excess wiring while maintaining flexible routing between closely spaced components. Such compact interconnect wiring is ideal for structured electronics layouts where tidy cable management improves airflow, accessibility, and reliability. The four-pin architecture supports simultaneous power and data transmission, enabling efficient module-to-module communication within robotics systems, IoT prototypes, and interactive hardware builds.
Compact PH2.0 interconnect wiring supports modular hardware platforms, embedded prototyping systems, and classroom electronics experiments. The short connector cable enables quick linking between controllers, sensors, and expansion modules in robotics projects, IoT devices, and STEM learning platforms where reliable plug‑and‑play wiring accelerates system assembly.