The USB Type-C connection ( left) features a different design than the older USB Type-A connection type ( right). The take-home message is to remember that TB3 uses a USB-C connector but offers additional features over the vanilla USB protocol. Thunderbolt 3, by contrast, refers to specifications detailing transfer speeds, data bandwidth, and more. More information about USB-C and the USB 3.2 specification can be found here. For comparison's sake, the term "USB-C" will refer to both the USB Type-C form factor and USB 3.2 data specification concurrently throughout the rest of the article. In general, when the term “USB-C” is used in the product description, it should be seen as shorthand for “a USB port that uses the Type-C form factor.” Many tech outlets and retailers have muddied the waters by using the term “USB-C” to refer to both the transfer specifications and the form factor. It also has more pins than USB-A, allowing for increased power delivery, data transfer speeds, and video bandwidth to travel across the cable. USB-C is a reversible connector, which means no more fiddling when plugging it in. Think of USB-C as an evolution of the design of older boxy USB connectors (known as Type-A). USB-C is, by itself, just a form-factor for a connection. USB-C (formally known as USB Type-C) and Thunderbolt 3 describe different things. Thunderbolt 3 so you can make an informed decision as to whether USB-C will be enough or if you need the additional features of a TB3 connection. We at Cable Matters hope to burn away the fog surrounding USB-C vs. Laptops that boast TB3 often come at a price premium over those with only USB-C. Many modern laptops boast USB-C ports, but only some of these support Thunderbolt 3 (TB3). This is particularly true when it comes to Thunderbolt 3. The ubiquity of the USB-C connection has brought many benefits, but it has also caused some confusion. Facebook Twitter Google + LinkedIn Pinterest Email Share.
0 kommentar(er)
