POF CABLE
Ambient Light Solid-Core Side-Glow Fiber Optic Cable
This is a solid-core side-glow (side-emitting) optical fiber that radiates continuously along its length — a flexible, waterproof neon-like line for contour and ambient lighting.
Ambient Light Solid-Core Side-Glow Fiber Optic Cable
This side-glow fiber from JINSHANG TECH is a flexible, waterproof linear light source for contour, edge and outline lighting.
Because the optical path is non-conductive, the unit provides electrical isolation between connected equipment and can be routed past motors, drives and power wiring without picking up noise.
Key Characteristics
- Cut to length and easily fixed with clips, channels or ties
- Large cross-section (commonly 6–14 mm) for high visibility over long runs
- Continuous 360° line emission along the whole cable, not just end points
- Single-color or RGB color-changing depending on the coupled illuminator
- Waterproof and electrically passive at the glowing section for wet/outdoor use
- Durable UV-resistant jacket for architectural and vehicle use
- Stays cool to the touch and emits no UV at the lit surface
- Solid flexible core bends tightly around corners without kinking
Typical Applications
The unit is commonly used for automotive interior ambient and P-shape glow lines. The result is a reliable, repeatable build that tolerates the routing, vibration and repeated handling typical of production installations.
Frequently Asked Questions
Q: Can it be used outdoors or in water? A: Yes — the glowing section is waterproof and carries no electricity, so it is suitable for pools, spas and outdoor architectural use with a remote light source.
Q: How does it change color? A: The fiber itself is clear; coupling it to an RGB or RGBW illuminator lets the whole line change color, dim or follow effects.
Q: What is side-glow fiber? A: Unlike end-glow fiber that emits only at the tip, side-glow (side-emitting) fiber leaks light along its entire length to form a continuous luminous line like neon.
Q: How thick should it be? A: Larger diameters glow brighter and carry light farther; 6 mm suits short runs, while 8–14 mm maintains brightness over long or many-bend outlines.
For the matching Versatile Link and HFBR assemblies, visit the FEV Electronics fiber catalog at www.fevelectronics.com.
