Seemingly enough mobile Type-C chargers were the most popular charging option, but similar configurations have started rolling out in laptops and USB drives as well.

When devices are running low on power, having a consistent interface is far more handy than having many interfaces.

So, what’s it about Type-C chargers that makes them chosen by so many? A common observation about Type-C connections is that they do not need to be identified as positive or negative, and they charge quicker. 

This is how many companies are able to sell their mobile phones on the quick-charging feature. After all, who can resist the convenience of “five minutes of charging, two hours of talk time”?

What is a Type C Charger and How Does it Work?

Type-C cable charger, also known as USB-C charger, is a standard for connecting electronic devices. The USB Implementers Forum (USBIF) released the USB Type-C interface standard in August 2014, and it has since evolved into a unified electronic interface due to its technological benefits.

Why is Type-C charger used so widely? This is primarily because the Type-C interface standard is an essential component of rapid charging technology.

Smartphones have grown more reliant on the internet as network technology has advanced. As internet speeds continue to grow, allowing smartphones to perform more than one activities, battery usage tends to increase substantially.

Currently, there are two methods for reducing smartphone power consumption: updating the battery and improving charging technologies.

However, there have been few improvements in battery technology, therefore developing quick charging technology is especially vital for addressing the issue of high power consumption in smartphones.

Currently, there are two types of quick charging technologies. One method is to boost charging power by increasing the output voltage of the power adapter (also known as the charger head), while the other is to increase charging power by generating a larger current from the charger head.

Why is the World Shiftng to Type C Chargers?

In recent years, domestically smartphones that use low-voltage quick charging technologies have grown in popularity and market dominance. 

The low-voltage high-current charging approach outperforms the other charging method at the same power output. 

However, standard cables and interfaces are unable to manage large currents, jeopardising charging safety.

To achieve quick charging while maintaining safety, fast charging charger heads must transform AC electricity from our daily life into the appropriate voltage and current. 

At the same time, specialised rapid charging connections and interfaces are necessary to transmit voltage and current.

The Type-C cable has substantially more contact points than previous interfaces, allowing it to manage much larger currents and making it more suited to rapid charging technologies. 

There’s More…

Furthermore, the Type-C interface chip in mobile phone chargers includes an E-marker chip, which enables mutual identification, ensures charging safety, and supports bidirectional charging.

Currently, USB Power Delivery (USBPD) is not standardised and can support a variety of charging voltages (5V/12V/20V) and currents (1.5A/2A/3A/5A). USBPD offers five charging specifications: 10W/18W, 36W, 60W, and 100W. 

Increasing charging power necessitates stricter security measures for interface chips. When paired with USBPD, the USB-C cable interface can deliver a maximum charging power of 100W, assuring charging safety at high voltage and current outputs.

As a result, while the Type-C interface standard is an important component of fast charging technology, it is not the only need for fast charging on a smartphone. In addition, what further advantages does the Type-C interface offer?

The Advantages of Type-C cables 

All signal pins are constructed on the “tongue” in the centre, with 12 pins aligned symmetrically, eliminating the need to discriminate between positive and negative. 

This is why customers and consequentially, retailers prefer Type C cables and chargers.

Fully Functioning as a Data Cable

It can also support data, audio, video, and charging operations at the same time, eliminating the need for additional cords. This indicates it has complete functioning as a data cable.

Powerful Data Transmission Capabilities

Furthermore, the Type-C interface offers a high data transmission capacity, allowing for bidirectional charging and data transfer. 

It can also handle multiple screen displays and 4K ultra-high definition transmission. As most electrical gadgets only have one interface, this dramatically improves their usability.

Compact in Size, Big on Function

Furthermore, the Type-C interface is tiny in size, making it perfect for usage in laptops, saving up to two-thirds of the space.

The drive of smaller designs in smartphones has resulted in the 3.5mm audio interface becoming a bottleneck, unable to match the demand for high-quality digital audio. 

The Type-C interface is not only smaller than old audio interfaces, but it also supports digital audio, hastening the demise of the 3.5mm traditional audio interface.

Shop Premium Type C Chargers at Unbelievable Prices in NZ

When it comes to quality mobile accessories, Kiwi retailers rely on Stock4Shops for reasonable prices, on-time delivery and readily available stock. 

We stock not only Type C chargers, but also car chargers, data cable, headphones and earphones sets and lightning cables.

We also have chargers for renowned mobile brands such as Samsung wire charger and iPhone charger cable and iPhone cables. 

Discover our mobile accessories and avail free shipping on your order above $300+GST. Shop worry-free with our no minimum order policy,

Happy retailing!