A splicing method that holds the two fiber ends together using a clamp and/or glue is known as _____.

The splicing method that involves holding two fiber ends together using a clamp and/or glue is classified as mechanical splicing. This technique is distinct because it does not involve the melting of the fiber ends, which characterizes fusion splicing. Instead, mechanical splicing aligns and holds the fibers in place through physical means, ensuring minimal signal loss at the junction.

In mechanical splicing, the fibers are precisely aligned in a splice fixture, where they are held together by a specialized adhesive or a mechanical clamp. This allows for the effective passage of light from one fiber to the other, achieving a connection that is both reliable and easy to assemble. This method is particularly useful for quick repairs or temporary connections, as it facilitates easier adjustments compared to more permanent methods.

Understanding mechanical splicing is essential for applications where flexibility and ease of maintenance are priorities, making it a vital concept in fiber optics.