Differences between a normal USB and a USB Type C connector

Most electronic devices, like laptops and other computer equipment will include a minimum of 1 standard USB Type-A port, so it’s fair to say that USB connectors are around for an extended time. Smaller devices like smartphones, power banks, and external hard drives will usually feature either the smaller USB B connectors or micro-USB connectors many |to avoid wasting”> to save lots of lots of valuable space.

All of a sudden, USB Type C connectors or USB-C as they’re now being called, are being championed as a one-size-fits-all solution for charging and transferring data between devices. The question is though, is USB-C really any better than we’ve been using before? We’re going to inspect variety of its key features compared to the standard USB-A port.

The reversible new shape
The USB-A features a way larger physical connector than the type C, Type C is around the same size as a micro-USB connector. Unlike, Type A, you won’t need to plan to insert it, flip it over then flip it over once more just to hunt out the right orientation when trying to make a connection. the sweetness of Type C is that it are often inserted any high because the connector pins are the same on either side.

Supporting the new standard
The USB-C connector supports various exciting new USB standards like USB 3.1 – which allows extremely fast data transfers of up to 10 Gbps – and USB PD, which enables power delivery.


Even faster charging
Currently, a typical USB 2.0 connection offers up to 2.5W of power (which is just about enough to charge your phone at a snail’s pace), while the USB PD standard supported by USB-C can deliver an enormous 100W of power, which is sort of enough to charge a laptop. It’s bidirectional, which suggests connected devices can both send and receive power – at the same time, to top it all off.

Space-saving
It’s safe to say that the days of devices having an outsized number of varied connector ports are long gone. USB-C ports can support a selection of varied protocols using “alternate modes,” which allows you to possess adapters which can output other kinds of connections from the USB port. Now, HDMI, DisplayPort, VGA, headphone and power ports are often streamlined into one kind of port, helping devices to become slimmer than ever before.

Interoperability
The USB-C won’t be one of those obscure connectors that are exclusive to a minimum of one company’s devices alone. quite 700 technology companies collaborated on the design and adoption of this new connector, including big names like Apple, Google, Dell, HP, Intel, Microsoft, and Samsung. we’ll expect the USB-C to become a typical feature in new electronic devices being released over subsequent year approximately .

Backward compatible
Even though you can’t physically connect a USB-C connector to a Type-A port, you’ll use a physical adaptor to plug older devices into a USB-C port. However, the underlying standard is backwards-compatible, meaning a USB 3.0 standard connector are often used with a USB 2.0 port, although it’ll only work on the speed and capability of the older standard, during this case, the USB 2.0 standard.

It’s clear that USB-C is that the new emerging standard for power and data, and may become ubiquitous across the majority of devices. it’ll also produce to a spread of adaptors for other kinds of connectors as devices become slimmer and increasingly simpler when it involves power and data ports.

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