This makes USB an attractive alternative as it is easy To use as in some cases the camera will need to load before the PC for the Need additional cards for the PC to have the correct interfaces, and can be difficult However, these technologies are bulky, often To Thunderbolt and Gig E connections to allow the use of the full speed of theĬamera to transfer to the computer. Systems, from frame grabbers (expansion cards that captured individual frames) Variety of technologies to interface with computers and digital storage With dense/numerous images need the more efficient and fastest data transfer The slowest component, which means that researchers using imaging systems Output data faster than the connector is capable of transferring it, it creates Is related to how much data the camera sensor can output, but if the camera can Overall, this means that USB 3.2 Gen 2 refers to what was originally USB 3.1, a USB system with a maximum transfer rate of 10 Gbit/s. Table 1: The different naming systems for USB digital interfaces Original nameįollowing the release of USB 3.2 in Sep 2017, this naming scheme was again changed, from USB 3.1 Gen X to USB 3.2 Gen X. Due to the success of USB 3.1, USB 3.0 was retroactively renamed, as seen in Table 1. Rather than move onto a new generation, the next upgrade to USB came in the form of specification USB 3.1 (introduced July 2013, max speed 10 Gbit/s), which featured twice the speed as USB 3.0. USB 3.0 are typically blue and feature the SS USB symbol, meaning SuperSpeed.Įach new generation introduced greater speed and transfer rates along with more efficient power usage. USB 2.0 are typically white, and feature the standard USB symbol.
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