Traditional charging products are out; gallium nitride is in. Here are GaN product recommendations for a more organized and faster charging experience.
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We depend on our devices to organize our professional and personal lives, from desktop computers and laptops to smartphones and watches. With technology being so integral in modern society, it seems ridiculous to think about waiting for these devices to finish charging. Yet, that is a tedious task we're still subject to constantly. Fortunately, technology continues to advance, and upgrades are constant. One of the latest innovations in the charging industry is utilizing gallium nitride (GaN) to support power delivery technology.
What is Gallium Nitride (GaN)?
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Gallium nitride, or GaN, is a material that has been used in other technologies for decades. More recently, it is making its debut as a semiconductor material in chargers. Using gallium nitride (GaN) to support Power Delivery technology is the future of charging devices.
In the past, silicon has been the conventional material of choice when it comes to chip production for charging devices. Silicon was a better electricity conductor than its predecessor, the vacuum tube. Silicon products are also not too expensive to produce, and the material is widely available. GaN technology, however, will quickly prove to be its cutting-edge replacement.
Chargers built with GaN have overall improved efficiency in power delivery. GaN itself is a transparent, crystalline material that allows electrical currents to pass through quickly and more efficiently than silicon transistors. Thus, GaN-based devices can provide high-speed charging without producing as much heat.
Since GaN charging devices conduct less heat, this allows chargers to be built with more compact casing. This is different from its silicon counterparts, whose properties heat up quicker and require a bulkier build in order to safely cool.
Chargers built with GaN technology provide a lower system cost. Although GaN semiconductors are generally more expensive than silicon, the technology is more efficient, thus requiring fewer components and materials. Casing can be more compact, and the necessity of fans and cooling elements is eliminated, so the materials used are reduced. This makes the price go down, which is a benefit to manufacturers and consumers alike.
GaN transistors further provide a higher voltage over a longer period than silicon chargers can. They boast higher efficiency and better heat resistance. Faster processing speeds essentially allow for a faster and cooler charge. Overall, GaN tech consumes less energy to get an even better output than silicon-based alternatives.
How can GaN-based charging devices make your work and personal life more efficient?
When buying a GaN charger, a wide range of options can be implemented into your home or workspace. Here's what we recommend for a more organized and faster charging experience:
The Topgreener GaN Technology Combination USB Outlet is state-of-the-art. This GaN technology charging outlet conveniently allows for multiple devices to charge at once. It includes a single USB-C Power Delivery port, a single USB-A port, and dual tamper-resistant receptacles. The struggle to find different outlets to charge multiple devices is over with this four-in-one power station.
It is one of the first outlets on the market to incorporate GaN technology with a USB-C Power Delivery port. The USB-C port maintains an impressive 60W Power Delivery feature even when all other plugs are occupied. Unlike competing products on the market, power will not be reduced when using multiple ports at a time.
The USB-C port is compatible with devices that support Power Delivery technology. With high-performance GaN Power Delivery technology, devices such as a MacBook Pro can charge to 50% in just 30 minutes. For maximum performance, 100W high-quality charging cables are recommended. This significantly cuts down the time spent waiting by the wall for something to adequately charge.
The Topgreener GaN Technology Desk Grommet is similarly a powerful device. It is designed with GaN technology and USB-C Power Delivery of up to 60W. Like the GaN technology outlet, this USB-C port also maintains 60W even when other plugs are occupied.
Conveniently, this GaN technology desk grommet allows up to five devices to charge at once. It acts as a charging station that helps organize desk space. All cables are efficiently connected to a single source. It includes a single USB-C Power Delivery port, dual USB-A ports, and dual tamper-resistant receptacles.
The desk grommet features a sleek, minimalist design making it versatile and suitable for all settings. It comes in color options such as white, black, gold, silver, and nickel. The compact build also allows for easy installation on any flat surface.
Learn more about how Topgreener, Inc. can help improve your technological needs.
This post was created by Topgreener with Insider Studios.