Flat & flexible cables are engineered for applications where compact routing, mechanical flexibility, and reliable signal transmission are essential. Compared with traditional round cables, these assemblies feature a low-profile, lightweight, and bendable structure, enabling efficient integration in space-constrained and high-density electronic systems.This product category covers a broad range of flat ribbon cables, FFC (Flat Flexible Cables), FPC (Flexible Printed Circuits), and ultra-thin extension cable assemblies, supporting both legacy and the latest interface standards. Typical solutions include GPU extension cables, HDMI and DisplayPort extensions, USB extension cables, SD card and CFexpress extensions, and FPC-based internal interconnects for cameras, displays, and control modules.
Farsince Flat & Flexible Cables are designed to support modern high-bandwidth protocols, including HDMI 2.1, DisplayPort 2.1, USB 3.2, USB Type-C, and PCIe-based storage interfaces, as well as lower-speed control and legacy signals such as USB 2.0. Depending on cable construction and layout, these solutions can accommodate high data rates, controlled impedance requirements, and EMI-sensitive environments, while maintaining mechanical durability and installation flexibility.These cables are widely used in industrial equipment, embedded computing systems, imaging and vision devices, FPV systems, test and measurement instruments, and customized electronic assemblies. Their flat geometry allows for tight bending radii, improved airflow, and cleaner internal cable management, making them well suited for compact enclosures and modular designs.Farsince offers both standard and custom Flat & Flexible Cable solutions, with configurable options including connector type and orientation, pitch, conductor count, shielding structure, cable length, and mechanical reinforcement. Whether for rapid prototyping or volume production, Flat & Flexible Cables provide a versatile and future-ready interconnect platform for modern electronic systems requiring compact, flexible, and reliable signal extension.