StarTech.com 4m LC to LC OM4 Multimode Fiber Optic Cable - Push Pull Tabs

OM4 fiber offers a higher bandwidth than OM3, allowing for longer transmission distances at higher speeds. Specifically, OM4 supports 100Gbps over longer distances (up to 150 meters) compared to OM3 (up to 100 meters). OM4 is also designed for better performance with VCSEL laser transceivers.

No, this is an OM4 multimode fiber optic cable and is not compatible with single-mode equipment, which uses a different core size and light transmission method.

The Push-Pull Tabs are a feature on the LC connectors that allow for easier and more secure insertion and removal of the cable from the port, particularly useful in tight spaces or when frequently managing connections.

LSZH stands for Low-Smoke Zero-Halogen. Cables with LSZH jackets are designed to emit minimal smoke and no toxic halogenated fumes when exposed to high temperatures or fire, making them safer for use in enclosed or poorly ventilated areas.

This specific cable features an LSZH jacket, which is primarily designed for indoor safety. For outdoor applications, a cable with a UV-resistant and potentially outdoor-rated jacket would be more appropriate.

Use a specialized fiber optic cleaner, such as a one-click cleaner or lint-free swabs with an appropriate cleaning solvent, to clean the ferrule end face of the LC connector. Always ensure the connector is clean before mating.

The cable has a loaded bending radius of 6 cm and an unloaded bending radius of 3 cm. This means it can tolerate tight bends without damage, which is beneficial in installations with limited space.

Verify that both LC connectors are fully seated in their respective ports. Ensure the cable is connected between compatible multimode ports on both devices. Check the network devices' configuration to confirm they are set to the appropriate speed and duplex mode.

Inspect the LC connectors for dirt or damage. Clean the ferrules using appropriate fiber optic cleaning tools if necessary. Ensure the cable is not sharply bent or kinked, as this can affect signal integrity. Test with a different known-good cable if possible.

Confirm that the connected devices and network infrastructure support the expected high speeds (e.g., 40Gbps or 100Gbps). Ensure the cable is indeed an OM4 type and that the link partners are also capable of high-speed multimode transmission. Check for any bottlenecks elsewhere in the network.