Locking usb c6/27/2023 ![]() The USB-C connector is symmetrical and reversible, so it fits correctly whichever way you plug it in. Its oval shape is thin, flat, and compact enough to be used in slimmer devices like tablets and phones as well as in larger devices like laptops. USB-C was designed to fit a lot of capabilities into a tiny package, eliminating the need for a drawerful of cables with different connectors. To start, it’s good to know that the name USB-C describes the physical shape of the connector, not the underlying technology in a port. There’s a lot to like about the USB-C connector. One External Shape, Different Internal Tech Kensington is here to demystify USB-C by explaining its features and teaching you how to read the various USB symbols. If you’re confused, don’t worry-there are ways of figuring out what kind of technology lies within a USB-C connector. Some USB-C connections will charge host devices, support video, support the mighty Thunderbolt3 technology, or only support data. So now, the multiple gadgets represented by the square, circle, and triangle in the USB symbol might have USB-C connectors that are built to do different things. The manufacturers of those peripheral devices can deploy different underlying technologies inside the USB-C shape. ![]() Yet, USB-C’s extra abilities have actually created a new problem for consumers. These days the slim oval USB-C shape is fast becoming the universal standard because it offers faster data, power, and video transfer in a smaller package. The first rectangular USB-A port solved a major problem by helping us link up all our peripherals with a common connector. ![]() ![]() It’s thought that the three shapes signify the many devices that can be supported by a USB connection. Have you ever looked closely at the USB symbol? Chances are high that you’ve come across the simple logo: a trident with prongs that end in a square, circle, and triangle. ![]()
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