![]() ![]() ![]() The electronic ID chip provides information about product/vendor, cable connectors, USB signaling protocol (2.0, Gen 1, Gen 2), passive/active construction, use of V CONN power, available V BUS current, latency, RX/TX directionality, SOP controller mode, and hardware/firmware version. Cable length should not exceed 2 metres (6 ft 7 in) for Gen 1, and 1 metre (3 ft 3 in) for Gen 2. They are electronically marked cables that contain a chip with an ID function based on the configuration channel and vendor-defined messages (VDM) from the USB Power Delivery 2.0 specification. USB 3.1 cables are considered full-featured USB-C cables. The 24-pin double-sided connector is slightly larger than the micro-B connector, with a USB-C receptacle measuring 8.4 millimetres (0.33 in) wide, 2.6 millimetres (0.10 in) high, and 6.65 millimetres (0.262 in) deep. ![]() USB-C port (receptacle) on an Android mobile phone USB Type-C and USB-C are trademarks of the USB Implementers Forum. USB-C cables interconnect hosts and peripheral devices, replacing various other electrical cables and connectors, including all earlier (legacy) USB connectors, HDMI connectors, DisplayPort ports, and 3.5 mm audio jacks. USB4, released in 2019, is the first USB transfer protocol standard that is only available exclusively via USB-C Fabrics. They are only applicable with Full-Featured USB-C Fabrics (connectors and cables) on both ends. ![]() It preserves previously called USB 3.1 SuperSpeed and SuperSpeed+ data transfer modes and introduces two additional data transfer modes by newly applying two-lane operations, with signaling rates of 10 Gbit/s (SuperSpeed USB 10Gbps nominal data rate: 1.212 GB/s) and 20 Gbit/s (SuperSpeed USB 20Gbps nominal data rate: 2.422 GB/s). USB 3.2, released in September 2017, fully replaced the USB 3.1 specification. Ī device with a Type-C connector does not necessarily implement any USB transfer protocol, USB Power Delivery, or any of the Alternate Modes: the Type-C connector is common to several technologies while mandating only a few of them. In July 2016, it was adopted by the IEC as "IEC 6". It was developed at roughly the same time as the USB 3.1 specification. The USB Type-C Specification 1.0 was published by the USB Implementers Forum (USB-IF) and was finalized in August 2014. Unlike its predecessors, the USB-C connector has rotational symmetry: a plug may be inserted into a receptacle in either of two orientations. Based on the supported protocols by both devices, host and peripheral device, a USB-C connection normally provides (much) higher signaling and therefore data rates than the superseded connectors. The designation "C" refers only to the connector's physical configuration, or form factor, not to be confused with the connector's specific capabilities, such as Thunderbolt 3, DisplayPort 2.0, or USB 3.2 Gen 2x2. Whereas earlier every USB cable had a host end A and a peripheral device end B, USB-C replaces both a USB-C cable connects either way, and for older equipment a legacy cable has a Type-C plug at one end and either a Type-A (host) or a Type-B (peripheral device) plug at the other. The designation "C" is to distinguish it from the various former USB connectors it replaced, all termed either Type-A or Type-B. It is extensible to support future standards. It is applied not only by USB technology, but also by other protocols, including Thunderbolt, PCIe, HDMI, DisplayPort, and others. to store a backup to an external drive, and providing/receiving power, such as to power a laptop or a mobile phone. to drive multiple displays, or transfer data, e.g. USB-C, or USB Type-C, is a connector (not a protocol) that supersedes previous USB connectors and can carry audio and/or video data, e.g. USB-C plug USB-C (SuperSpeed USB 5Gbps) receptacle on an MSI laptop Digital audio / video / data / power – connectorĪll earlier USB connectors (Type-A and -B, and its different sizes: Standard, Mini, and Micro) ![]()
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