In this article, I will explain in detail what USB Type C is and what the benefits of USB Type C are. Let's get started right away:
USB (Universal Serial Bus) is a communication interface that allows devices from computing and charging applications to communicate with one another. There are various types of USB connectors. USB Type-A, USB Type B, and USB Type C are a few examples. Among these, USB Type C is the most common in today's devices.
USB Type C
USB-C (or USB Type C) is a 24-pin USB connector that is the successor to USB Type B and USB Type-A connectors. It was first released in August 2014 by USB-IF (USB Implementer Forum). It has a promising future and will eventually replace all previous USB cables.
It is heavily used in various applications like Desktop Pc/Server, Smartphone, Tablets, Mobile, TV, Monitor, PowerBank, DockerStation, Wall Output, Printers, Camera, Scanners, A/V switches, etc.
There are lots of other devices still using USB Type B and USB Type C but it's 100% sure that USB Type C take over all devices in the future.
Benefits of USB Type C
USB Type C has many advantages over USB Type-A and USB Type and they are as follows :
The USB plug is reversible, which is one of the most significant improvements in USB Type C. There is no USB cable that has only USB Type-A on both ends or only USB Type B on both ends. However, there is a USB Type C cable with a USB Type C connector on both ends, which eliminates the need to look at the USB Type C cable for connection. This enables USB Type C to connect to devices much faster and more conveniently than previous USB Connector designs.
Kind of USB Type C cable.
- USB Type C connector on both ends.
- USB Type-A and USB Type C connector
The USB Type C connector is symmetrical with round edges and can be plugged in, either way, i.e. you can connect to the USB Type C port by turning the USB Type C connector upside down. This allows for a faster device connection than previous USB Type-A and USB Type B ports.
Because USB Type C is based on the USB 3.1 standard, its starting speed is 5 Gbps and can be increased to 40 Gbps with Thunderbolt3 on USB-C cables.
However, keep in mind that USB Type C does not determine the speed of the USB.
Speed is determined by USB standards such as USB 2.0, USB 3.0, and USB 3.1. However, the USB Type C connector is mostly found in devices that support high data transfer rates, such as the USB 3.1 standard and the USB 3.0 standard.
USB Type C is used for high-performance connections with speeds of up to 10 Gbps, but connecting devices must support it.
For example,4K videos can be easily transmitted via a USB 3.1 Type-C port.
USB Type C connectors can output up to 100 watts of power at 20 V and 5A, which is sufficient to power your devices because it was designed specifically for driving data and power transfer. This figure is significantly higher than that of USB Type-A and USB Type-B. The USB Type C power can charge your laptop and power bank.
If your phone has a USB Type C port, it will charge very quickly due to the high power delivery from the type C port.
The flow of power is bidirectional in USB Type C, whereas it is in one direction only in the previous version, which has less power than USB Type C.
The USB Type C standard was designed to handle increased power and data.
USB Type C is said to have a longer lifetime than USB Types A and B. USB Type-A is designed to withstand at least 1500 times of insertion and removal. USB Type C is designed to withstand 10000 insertion and removal cycles.
Also, in USB Type B and USB Type-A, a leaf-spring is located in the device's (laptop/monitor/tablet) jack, and when you connect and disconnect the USB cable from the port, more USB Type ports of expensive devices are stressed. As a result, the USB port will become a problem, but in USB Type C, the leaf-spring is located in the USB cable, and the USB cable bears more stress rather than the USB port in the devices. As a result, the less expensive cable will fail rather than the more expensive components such as laptops and smartphones.
USB Type C side with smaller in height and width than USB Type-A and USB Type B connectors.
- Height and Width of USB Type C Standard is 8.25 mm * 2.4 mm.
- Height and Width of USB TYpe A Standard is 12mm * 4.5mm
- Height and Width of USB TYpe B Standard is 8.45mm * 7.26mm (source)
USB Type C helps in making USB ports cleaner in laptops and smartphones.USB Type C is slim enough for smartphones.
EMI and RFI
Improved EMI (Electromagnetic interference) and RFI(radio frequency interference) mitigation features are present in the USB Type C standard. It has proper protection against EMI and RFI.
So there is less chance of electrical failure in USB type c components and also less electrical disturbance within the radio frequency spectrum
Widely supported by large tech laptops and smartphone manufacturers like Apple, Dell, Samsung, Asus, Hp, and many more, etc. It is universally supported and accepted.
As USB Type C is developed by USB Implementer Forum. In this group, there are over 700 companies including Dell, Samsung, Asus, Hp, Microsoft, etc.
Example: Scandisk also has a 32 GB flash drive with USB Type C, Nokia N1 tablet also has a Type C connector, In its upcoming generation of Thunderbolt, Intel has included a USB C port.
USB Type C was originally intended to be a universal solution. In a different configuration, USB Type C can be used to implement third-party interfaces. With the help of an adapter, USB Type C can use alternate modes for compatibility with connectors such as HDMI, Display Port, MHL, and even D-Sub (VGA). DisplayPort Alternate Mode is supported by USB Type C. USB-C cables can deliver Ultra-HD 4K video resolution to USB-C and HDMI monitors.
Safer and Secure
The USB-IF(USB Implementers Forum) has announced the launch of a USB Type-C authentication program to protect against non-compliant USB chargers and USB malware threats by implementing this program at the hardware level.
If your phone detects a suspicious USB type-c cable plugged in, it will interrupt the flow of current and data to the phone. If everything is in order, only current will begin to flow and the connection will be established.
Similarly, authentication could keep malicious USB drives out of your laptop. If a non-signature USB device is discovered, your laptop will not allow the connection.
Many brands are working to become USB-IF certified. Belkin USB-C Cables Are of one the USB-IF Certified. This means Belkin USB-C cables meet all electrical, mechanical, and environmental standards, ensuring an optimal user experience.
Manufacturer Independent Port
USB-C charger is common among modern phones, tablets, and even laptops (almost all Apple Laptops). So, we do not have to rely on the manufacturer charger as the only source of the safe charger. We can use other manufacturer chargers as well. So, if you have two laptops of different brands then you can charge them with the same cable.
Compliance with Thunderbolt3
Intel's Thunderbolt3 specification is electrically compatible with the USB C port.
USB Type C is found in almost all devices. It is not required to use the USB Type C cable charger of that specific device. It is also possible to use a charger from a different manufacturer. If both laptops have USB Type C, then any USB Type C charger will work.
Ports of type C have a more refined structural design. They are more robust than the previous connectors.
Connected device receives types of cable info
A device that is connected to a USB Type C cable can receive information about the types of cable it is. For instance, your system like a computer will be able to determine whether you are using the regular cable with a current of 3A or high power cable with a 5A current and will provide charge appropriately and accordingly.
The system will detect the cable and automatically switch to the DisplayPort output mode as soon as it is connected to a Type C connector on a computer that also supports the DisplayPort alternate mode. This will take place as soon as the cable is linked to the Type C connection on the computer. If you connect two Type C devices that support Lightning using a Lightning 3.0 cable, the system will automatically transition to Lightning mode between the devices. When compared to the speed of the connection, the Lightning mode is even faster than the USB 3.1 Gen 2, so it is recommended that you use Lightning mode whenever possible.
Because of all the above advantages, USB Type C can be the future of USB Connector.
Ans: In short, because of its speeds, smaller size, compact, reversible, high power deliverable, and durability.
Ans: All USB -C cables are not the same. Some USB Type C cables support 480 Mbps,5 Gbps, 10 Gbps, etc.
Ans: Apple laptops have USB-C charging ports, but iPhones still have USB-A charging ports. Android phones have already begun to use the USB-C port for charging, and it is hoped that the iPhone will follow suit. As a result, this USB C port will be nearly universal.