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USB-C represents a major departure from the standard USB version. It features an entirely new connector, as well advanced features. Let’s take a look at the main differences between USB Type C and micro USB.
Unlike What is the difference between USB 2.0 & USB3.0?, The difference between Micro USB-C and USB-C doesn’t simply come down to numbers. It is also important to consider the physical dimensions of the connector when deciding what devices can use it. This is an in-depth breakdown.
The naming scheme for USB versions may be available confusing. USB-A and USB -B are both alphabetical. They can also be called USB 2.0 or USB 3.1. How do these different versions relate to each other?
There are two major ways that USB standards can classified. They differ by the connector type and which version they use.
The USB connectors are referred to alphabetically. Type A connectors can be categorized as Type-A, Type-B, or Type-C. There are also variations in the size of older connectors. This is because smartphones have significantly reduced the size of technology.
Mini-USB connectors first appeared, and were used for older digital cameras as well as smartphones. A Mini-A cable and a Mini–B cable were introduced by the USB Implementers Forum, (USB-IF).
Mini-USB’s advantages were not enough to make it practical for increasingly thin smartphones. Mini-USB’s shortcomings were rectified in 2007 when the Micro-USB connectors became more popular and durable. They will continue to be the standard for mobile device connectivity over the next few years.
Not only was the USB cable’s physical appearance changing, but so were the specifications of its underlying technology. The standard received a different version number for each iteration, which indicated its superior performance.
The following table is an example of what you can expect: Wikipedia : :
USB 1.0 was transformed into USB 2.0 and then left behind by USB 3.0. We are now at the edge of USB 4.
Some connectors do not support all standards. The most popular version of Micro-USB connectors is USB 2.0. You will need a SuperSpeed USB connector, or you can switch to USB C.
Universal Serial Bus (USB), originally designed as a standardised interface to electronic connectivity, was later redesigned. Although that might have been the case in the early years of the USB, smartphones and other mobile devices changed everything.
Each new USB connector has a different form factor. This allows for a wide variety of USB cables and ports. We don’t even need to mention the different transfer speeds. Different ports can support different USB versions on different devices.
Apple has its own Lightning interface that offers better performance and speeds than Micro-USB cables. USB-IF was also impressed and took Apple’s Lightning into consideration when redesigning its USB connector to be more compact, lightweight, and efficient.
However, there were some problems with the USB3.1 standard. SuperSpeed mode required higher transfer speeds, so type-A and kind-B connectors were not able to support this. It is far too slow for most smartphones.
To solve this problem, the Type-C connector has been introduced. This is the so-called USB 3.1 cables can actually be USB-C cables, This software supports all USB-compatible devices and is free of any restrictions.
A type-C cable, unlike earlier versions, can be used on both laptops and smartphones provided that they have a USB-C connector. Reversible type-C cables can also be used, eliminating the need to know which orientation is required for inserting a Micro USB cable.
Technically speaking, the type of connector is only a description of the physical characteristics of the cable. The actual speed of data transfer depends on what version of USB Standard is supported by the specific connector.
However, in practice the USB cable type will give you an idea about its speed. Micro-USB, for instance, is limited to the USB 2.0 standard. The SuperSpeed version is a bit different, and only works with very few devices.
USB-C cables on the other side support USB3.1 straight out of the package, providing data transfer rates at least 5GBps. This can be increased by some Type-C connectors to up to 20GBps when using USB 3.0.
USB 4 has been released exclusively for USB-C connectors. The Type-C cables will offer faster transfer speeds than Micro-USB.
Many people no longer use USB cables to transfer data due to the improved performance of wireless protocols such as Bluetooth. They are instead used to connect to mobile chargers.
This is another example of where USB-C outperforms Micro USB. The new USB Power Delivery Mode, (PDM), can only be implemented by Type-C connectors. This allows for fast charging even of the largest phones.
Power Delivery Mode allows larger devices such as tablets and laptops to be charged by using a USB-C connector. It can also supply more power (more than 100 watts) This contrasts sharply with the standard USB limit of only 7.5W.
|USB 2.0 is the only supported version||USB 3.1 and higher are supported|
|Provides data transfer speeds up to 480Mbps||Allows data transfers at a maximum speed of 5GBps|
|There is no Fast Charging Support||PDM Supports Fast Charging, possibly exceeding 100W power|
|You can only insert it in a particular orientation||Reversible|
|Smartphones are the only place to find it||You can connect any USB-C device including tablets and smartphones to your laptops, phones, or tablets|
This connector replaces the Micro-USB standard. The USB-C technology, which is faster, lighter, and more reliable than the Micro-USB standard, replaces the confusion of USB cables on the market by introducing a single cable.
A type-C cable supports USB 3.1 or higher. It can be connected to smartphones and laptops with the same reversible receptacle. This is in contrast to the Micro USB port, which only works for phones and does not support USB 2.0.
The USB-C connector can use the Power Delivery Mode, which is faster than Micro USB in terms of charging speed. It can also exceed Micro USB’s limit at 7.5W, going higher than 100W to provide Fast Charging for compatible Android smartphones and laptops.
It’s not surprising that USB-C has been steadily replacing Micro USBB with the new smartphones, given all of these benefits. Apple still hasn’t incorporated a USB Type-C port for the iPhone, Although the MacBook Pro is already making the leap, USB-C cables eventually will be the most popular USB technology.