GaN Technology

GaN or Gallium Nitride chargers are about three times as efficient as silicon-based chargers in converting power to electricity, and they’re much smaller and more portable too, enabling them to charge your phones ten times faster than a regular charger, meaning you can take them with you anywhere and still get more power.

GaN is resistant to high temperatures, the chargers last a lot longer while reducing the heat put out by the device. GaN technology will increase the possibilities of producing more powerful devices while using less energy in the future, they have quickly become popular as the perfect semiconductors among chargers.

The major reason why GaN chargers are preferred over silicon-based chargers is that it uses less energy by converting electricity to alternating current more efficiently. It won’t be long before you see GaN chargers in smartphones and other electronics.

What advantages will you get using a GaN Charger?

  • 01
    Faster Charging Speeds
    It can deliver higher power outputs, which enables them to charge devices up to 3 times faster than regular chargers.
  • 02
    Smaller & Lighter Design
    Thanks to their improved efficiency and ability to store more energy, GaN chargers can be made much smaller and lighter compared to traditional silicon chargers.
  • 03
    Better Energy Efficiency
    GaN chargers are more energy-efficient than silicon chargers. This means they waste less energy in the form of heat when charging, which leads to less energy consumption.
  • 04
    Number of Ports
    ENMAC GaN Charger has 8 Ports. You can recharge your devices at 3x times faster.
  • 05
    Improved Heat Resistance
    GaN semiconductors can tolerate higher temperatures without affecting their performance. This enhanced heat resistance enables cooler operation and longer-lasting chargers.
  • 06
    Charging Protocols
    GaN chargers support fast charging protocols, including PD3.0, PD2.0, QC3.0, QC2.0, FCP, SCP, and AFC.

Why is Gallium Nitride (GaN) Important?

For the companies that make Fast Chargers, a big challenge is delivering a form factor small enough and light enough for easy carrying but powerful enough for rapid charging. That’s why an ever-growing number of these companies are basing their adaptors on gallium nitride (GaN) semiconductors.

Delivering superior performance when compared with traditional silicon semiconductors, GaN has revolutionized fast charging for phones, tablets and laptops by supporting charging times that are 3x faster in products that are as little as half the size and weight of their predecessors.

This increased ‘power density’ not only allows GaN-based Fast Chargers to support higher output powers but provides opportunities to add multiple outputs for simultaneous charging of different devices without increasing product size.

Why do I Need a ENMAC GAN Charger ?

It is impossible to imagine a world in which we don’t have instant, 24-hour access to information, e-mail, messaging, social networks, rich media, gaming and a host of other data-intensive apps, functions, and services at our fingertips thanks to our mobile phones and portable devices.

Because these portable devices are almost ‘always-on’, there is a constant drain on the device battery. This is why for many of us, charging has become a frustrating inevitability. At the same time, as the performance of our electronic mobile devices continues to improve, in some cases the size also increases, so too does the power needed from the battery.

These are some of the key reasons that ENMAC GAN Charger can charge a MacBook Pro at full speed or fast charge an iPhone and iPad while charging two additional devices at the same time with our 140W 4-Port GaN Charger. This powerful GaN charger offers easy access to its 3x USB-C and 1x USB-A ports. It supports a wide range of devices including MacBook, iPhone, iPad, and Apple Watch, as well as other USB-C smartphones, tablets, and laptops.