Which fiber optic connector is described as push-in and twist, used for single- and multi-mode cabling?

Study for the Network Security Instructional Terminology Test. Enhance your knowledge with multiple choice questions, each accompanied by hints and explanations. Ensure readiness for your exam!

Multiple Choice

Which fiber optic connector is described as push-in and twist, used for single- and multi-mode cabling?

Explanation:
The idea being tested is a bayonet-style locking mechanism. The phrase “push in and twist” refers to how ST connectors lock: you insert the connector and then twist a short amount to lock it in place. That twist-lock keeps the connection secure and prevents it from backing out. ST connectors are designed for both single-mode and multimode fiber, which is why they’re described as usable with both types of cabling. They’re a common choice in older or enterprise networks because the bayonet coupling is fast to mate and unmate. Other connectors use different locking methods: SC uses a push-pull latch, FC is a screw-on threaded connection, and LC is a small form-factor connector with a different snap or latch mechanism. The push-in, twist-to-lock description specifically points to the ST connector.

The idea being tested is a bayonet-style locking mechanism. The phrase “push in and twist” refers to how ST connectors lock: you insert the connector and then twist a short amount to lock it in place. That twist-lock keeps the connection secure and prevents it from backing out.

ST connectors are designed for both single-mode and multimode fiber, which is why they’re described as usable with both types of cabling. They’re a common choice in older or enterprise networks because the bayonet coupling is fast to mate and unmate.

Other connectors use different locking methods: SC uses a push-pull latch, FC is a screw-on threaded connection, and LC is a small form-factor connector with a different snap or latch mechanism. The push-in, twist-to-lock description specifically points to the ST connector.

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