Dirty fiber optic end faces are the major cause of problems in single-mode and multimode fiber optic systems. The FI-500 FiberInspector™ Micro fiber optic scope camera removes the hassle associated with inspecting fiber end faces, especially in low light and high cable density situations.

Simply plug the cable into the FI-500 and touch the AF button. Within seconds, the fiber end face comes into sharp, clear view. And if you're working in a difficult-to-reach place or you can't get the image to stand still, just touch the pause button to freeze the image.

• • PortBright™ illumination helps you see ports in dark and dense panels.
• • Autofocus provides a stable image in a few seconds.
• • Large display shows single-mode and multimode fiber end faces.
• • Includes 4 UPC tips (LC, SC, 1.25 mm, and 2.50 mm), with APC and bulkhead tips available.

What is a fiber optic scope?

A fiber optic scope (also called a fiber optic inspection scope or fiber optic scope camera) is a device specifically designed for inspecting the end faces of fiber optic connectors. These inspections are critical for preventing problems in fiber optic cabling systems, as even minor damage or contamination can impact network performance significantly.

How do fiber optic scopes work?

Fiber optic scopes operate by magnifying the image of a fiber optic connector’s end face, allowing a technician to inspect it for cleanliness and integrity. These scopes typically include a camera or a microscope-style eyepiece for viewing. Advanced models often feature autofocus and illumination capabilities to make viewing easier in a variety of environments. The image captured by the scope can be displayed on a screen for detailed examination — which avoids potential eye damage from looking into a live fiber with an optical scope.

The key function of a fiber optic scope is to identify and highlight any contamination, such as dust or oils, and physical damage, like scratches or chips on the end face. These defects can impede the performance of the fiber optic network by causing loss and reflectance. inspection with a fiber optic scope is crucial any time a connection is made to maintain the high performance of fiber networks, since even minor defects can have significant impacts on signal transmission.

What is the biggest advantage of fiber optics?

The single biggest advantage of fiber optics for networks is its high bandwidth capacity, which is crucial in modern network environments, where demand for faster transmission speeds is continually increasing. Fiber optics allow for significantly faster data transmission speeds compared to traditional copper cabling and are immune to the electromagnetic interference that can affect their copper counterparts. Fiber optic cables are also smaller and lighter than their copper counterparts; they boast an extended reach of up to over 100 kilometers (compared to copper’s 100 meters), making them ideal for extensive installations like large commercial buildings and data centers.

Why is inspecting fiber optic cabling difficult?

For all fiber’s advantages, today's high-density fiber patch panels make inspection a challenge. Finding the cable or port to test can be tough, especially in the low light conditions found in most data centers and wiring closets.

Manual inspection scope cameras are simple to use, but they don’t work well on patch panels or where there’s a high density of fiber. Fully automatic fiber optic inspection scopes can analyze and grade the cleanliness of fiber connections, but their advanced analytic capabilities aren’t usually needed for quick, basic troubleshooting.

The FI-500 simplifies the inspection process. Its built-in PortBright flashlight helps you find the right port or cable. The small-profile probe fits into tight spots and features push-button controls for simple operation. Its autofocus camera provides a sharp view of the end face in a few seconds, while its pause button freezes the image on the crisp 320 x 240 display for more detailed inspection.

The FI-500 FiberInspector Micro fills the gap between a manual scope and a fully automated fiber optic inspection scope: it has the simplicity and practicality of a manual tool, plus advanced features that reduce troubleshooting and inspection time.