Everything You Need To Know About USB Type-C

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In this article, the use and importance of USBs are explained how USB type C proves to be superior to USB-A and its benefits.  See details on this page.

How USB Type-C Holds Proves to Be Superior

1. It Can Be Plugged in While Turned Upside Down

Unlike Type-A USB connectors, the USB-C type can be seen most often plugged into the computer. USB type C will work either upside or down. Users don’t need to be concerned about plug orientation or cable direction. This is also known as USB 3.0. But despite all these facts, the reality is almost the same as any USBs.

2. It Supports Better Transfer Rates

The USB-C connector ports are capable of charging devices up to 20 times quicker than any basic USB device. These USB-C ports support fast data transfer, and fast charging and easily deliver 100 watts to 20 volts of power to its compatible devices. But also, the charging speed differs on the USB protocol made into the device which is charging.

3. Type-Cs Are Fairly Durable

Generally, standard USB-C ports have a minimum lifetime rated at about 1,500 insert/remove cycles. The mini-USB receptacle increases it to 5,000 cycles and both superior USB-C and Micro USB connectors are designed to last lifetime of about 10,000 cycles. Its 8.4 by 2.6 mm size makes it no bigger than a micro-USB plug. The USB-C ports are very robust when it comes to durability and usability.

4. They Can Withstand Extended Temperature

Each USB-C plug can operate between -40°C to +85°C. Meanwhile, the nylon lock nut and the PP conduit are easily capable to withstand higher temperatures between -40°C to +115°C. USB-C cables meet the standards set by the USB implementers forum. And, these are not prone to failure, damage to connected devices and themselves, and catching high temperatures. USB-C connectors are very strong. So, it’s not likely to break easily.

5. USB Type-C Support New USB Versions

A Type-C connector device doesn’t use USB mandatorily, USB power delivery, or any alternate mode. The type-C s connectors are common for several different diverse technologies. But mandatory for only a very few of all of them. The USB 3.2 was released in September 2017. It replaced the USB 3.1 standard. The new USB-C connector can support many new USB standards like USB 3.1 and USB power delivery.

Conclusion

The USB-A can only support up to 2.5 watts and 5 volts. The USB-C now can support 100 watts to 20 volts effortlessly for larger devices. The benefits are very practical. Including pass-through charging. A USB-C hub can easily charge laptops and other devices simultaneously.

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Carl

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