A rocking plug at the camera end is one of the most common causes of a dropping tether link, and it is a mechanical problem rather than a cable problem. This guide shows how to tell the two apart and what to put on the drawing so the fit repeats.

A USB-C extension cable buys distance on a camera tether and costs signal margin, power headroom and one more joint. Here is how to decide between extending and buying one longer cable.

A tethered photography cable can carry power as well as image data, but only inside the limits of the host port, the cable rating and the camera itself. Here is what to confirm before a long shoot.

Most tether link faults start within a hand-span of a plug, not in the middle of the run. This guide walks the wear points on a camera rig and the routing habits that keep a cable in service.

A shared USB-C port stops being a convenience when swapping wears the connector or interrupts a live transfer. Compare the options and the checks that matter before choosing a switch.

Power rating and data rating come from different parts of a USB-C cable, and excelling at one does not guarantee the other. Here is how to read both before specifying a run.

Most private-label USB-C problems are brief problems, not manufacturing problems. Here is the checklist to settle before artwork or tooling starts.

Shielding construction, drain-wire termination and ESD handling decide whether a USB-C assembly survives on a factory floor. Here is what to put in the spec before you ask for a quote.

Passive USB-C runs get shorter as the rated speed rises. Here is how to plan cable length by data rate and when an extension adapter or active link becomes necessary.