In Part 1 of this technical deep dive, we explored the physical constraints of Optical Circuit Switches (OCS) and why multi-mode fiber (MMF) causes unacceptable insertion loss (5-10dB). As established, single-mode fiber (SMF) is non-negotiable for OCS. But how are these micron-scale single-mode fibers physically arranged, aligned, and integrated into high-density OCS hardware? In Part […]
When engineers first examine an Optical Circuit Switch (OCS), the initial intuition is often deceptively simple: “Isn’t it just a tiny MEMS mirror pivoting in free space to reflect light into another fiber? How hard can that be?” Having spent considerable time working alongside OCS hardware, specialized optical fiber bundles, and high-precision fiber array assemblies,
Lately, We’ve noticed a huge boom in underground greenhouses, multi-layer vertical farms, and plant factories. But let’s be honest—traditional skylights can leave plants in the dark in some corners, and running high-power LEDs all day will absolutely wreck your electricity bill. That’s why Fiber Optic Solar Lighting Systems (which literally “pipe” real, natural sunlight indoors)
As the core component of any fiber optic connector, this small but critical part is responsible for precisely securing and protecting the fiber endface, ensuring low-loss transmission of optical signals. Whether you’re working on a telecom project, setting up home fiber, or exploring industrial applications, understanding the different types of fiber optic ferrules is key
Fiber Optic Ferrule Types Read More »
Endoscopes transmit LED light sources via fibre optic bundles and incorporate cameras for imaging, representing the typical operational mode of modern endoscopic technology. This design is widely applied in fields such as medical diagnosis and industrial inspection. Below, we break down the technology from three key angles: technical principles, core components, and application scenarios. 1.
Modern Endoscopic Technology: How LED, Fibre Optics, and Cameras Work Together Read More »
Fiber Array (FA) is a crucial component in optical communication systems. It utilizes a V-Groove substrate, with a bundle of optical fibers or a fiber strip installed at specific intervals to form the array. In optical communications, fiber arrays mainly consist of substrates, platens, and optical fibers. Typically, multiple grooves are precisely cut on the
