![]() However, there has been a recent invention of USB to USB-C adapters with versatile connectors, which allows them to connect to most if not all of the USB ports. Hence, some of these items are only compatible with specific phones and computers. Their connectors have different crafting styles, which determine their compatibility with the USB ports. This is the first thing that you should look at in a USB to USB-C adapter. What are the key features to consider while purchasing a USB to USB-C adapter? Compatibility Additionally, some of these devices also have software that you can use to sync your phone. Their pins get in contact with the ports of the other device to facilitate power transfer. Charging and syncing a deviceĪdditionally, you can use a USB To USB-C adapter to charge your device. The USB to USB-C adapters have pins and drivers that facilitate smooth communication between the two devices. If you have peripheral devices such as keyboards, mouses, and flash drives, which do not have a USB-C port like your computer, you need a USB to USB-C adapter. Additionally, these devices have a brilliant construction that ensures the data is transferred at a fast speed. Fortunately, the USB to USB-C Adapters also have drivers and software which facilitate the data transfer between the devices. USB cables are commonly used to transfer data to a connected device. What are the uses of a USB to USB-C adapter? Data transferring But first, let’s clarify the uses of USB to USB-C adapters. In other words, you need to consider some factors while purchasing these items, which we have mentioned below. Thus, they have variations in their performances, functionalities, and compatibilities. Nonetheless, these adapters have different designs. If you have devices with two different ports, you will need USB to USB-C adapters. However, there are still many other devices which are using USB-A ports. indicating whether a connection is only using USB 2 speeds due to the cable or the device not supporting more.Most of today’s computers are incorporating USB-C ports, which favor their slim design. Alternatively, just showing this in "System Information" would really help, i.e. I really wish there was an easy way to dump the cable's SOP' communication on macOS and look into whether a given cable is actually e-marked, and if so, with what capabilities. a resistor-marked A-to-C cable and a resistor-marked C-to-A adapter). is my old cable possibly not electronically marked properly, and the Mac is just more tolerant of that?Īnd something else I've noticed: The iPhone also does not get 10 Gbit/s using a somewhat monstrous adapter construction (USB-C to USB-A adapter, USB-A to USB-C cable) that should however be fully standards-compliant without any active e-markers (i.e. What's going on here? Is the iPhone overly strict about supporting USB 3 speeds over USB-C cables, i.e. Yet with another, newer USB-C 10 Gbit/s cable, I get 10 Gbit/s throughout all scenarios. The iPhone itself also seems to only get USB 2 speeds using the SSD and that cable. However, that same cable only gets USB 2 speeds when connecting the iPhone to my Mac. USB 3 Gen 2x1 or possibly but very unlikely 1x2) when used at my Mac with various devices (mostly SSDs). I have a USB-C cable that has been yielding 10 Gbit/s speeds (i.e. Speaking of USB-C 10 Gbit/s cables, I've noticed something odd about the iPhone 15 Pro: You need to be moving a whole lot of volume before it makes sense to go to your connector manufacturer and ask for a custom one with missing pins. Even some medium-volume assemblies like the USB-C front panel cables for major computer case brands are soldered by hand by a handful of workers in a small building.Īlmost all of the USB-C connectors which are available off the shelf have all of their pins populated. ![]() The assembly process doesn't have to be sophisticated: a small warehouse with a few workers with soldering irons and some jigs. Usually how it works, especially for these relatively low volume no-name brands, is they buy connectors from one vendor, PCBs from another, cables from another, plastic moldings from another, and then assemble them together (which may also be subcontracted). The highest volume manufacturers may be fully integrated. Another guess: the same factory makes Thunderbolt cables, and it’s cheaper to maintain just one design, even though that means wasted material and effort. Why does this cable have all 24 pins when only half of them are connected? The extra pins could help the plug sit more securely in its socket.
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