![]() ![]() It's the latest version of the USB protocol, and can transfer data at a blazing 10 Gbps (yes, gigabyte, not megabyte). Finally, in 2013, USB 3.1 was released ("SuperSpeed+").Not only did it offer faster transfer speeds (up to 640 Mbps) but it enabled two unidirectional data paths that allow you to send and receive data at the same time. ![]() In 2009, the USB 3.0 or "SuperSpeed USB" came out (creative naming system, I know).In 2001 we got USB 2.0, or "high speed USB", which could handle transfer speeds of up to 60 megabytes per second (Mbps).Throughout the next decade, newer (and faster) versions of the USB were released. This is why we care about data transfer speeds, as you'll see below. Not only can a USB and its cable charge that device, but they can also transfer data through the cable. It allowed computers to be connected to and communicate with various other devices and peripherals, like computer mice, cameras, music players, and so on. A bit of backgroundĭid you know that USB stands for universal serial bus? This "plug-and-play" interface was first developed in 1996 when the USB 1.0 was released. You might have heard about USB Type C - after all, USB ports are pretty ubiquitous in the world of tech and electronics.īut do you know why USB C is different and why it's kind of awesome? In this article we'll briefly go through the features of the different types of USB ports and then dive deeper into USB Type C. ![]()
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