Usb c vs thunderbolt 311/20/2022 ![]() These cables are typically longer than passive options, but may not support high charging rates or all Alternate Modes Typically these are limited in length but not in compatibilityĪctive cables include a special chip which can boost the length of a cable by using extra power to overcome resistance. A USB-C device may support video output using the DisplayPort Alternate ModeĪn all-copper cable that only contains standard controller circuits. ![]() Usually this is your laptop or computerĪlternate Modes are special features of USB or Thunderbolt which are optionally supported by the manufacturer. We use a few technical terms in this blog, and we thought we'd explain them all here so you don't get lost.Ī host device is the computer that controls connected peripherals. This blog is focused on mainstream consumer usage, so specialised edge-cases may be overlooked for the sake of clarity. In this blog, we separate Thunderbolt from its connector type, explain what it can do, and try our best to make the convoluted mess a bit easier to understand so your future tech purchases live up to your expectations. ![]() The real confusion sets in because Thunderbolt has always shared its connector with another, pre-existing technology, leading to miss-identification and incompatibilities. In and of itself, the Thunderbolt interface is very straightforward, offering a wide variety of high-speed data lines for use with a number of different devices and accessories (more on them later). Read our blog on Thunderbolt, Mini-DisplayPort, and USB-C to learn how they all work. Thunderbolt® is an impressive technology, but it can be hard to fully understand. ![]()
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