USB fast charger with GaN
Power Delivery (PD) compatible, small and high-performance charger
My bag is heavy with my smartphone, laptop, and their respective AC adapters...
From now on, this one device is all you need!
When it comes to carrying electronic devices, it is absolutely necessary to supply power and charge. However, if you carry different AC adapters for each device, it will be heavy and you will have a lot of luggage. Have you ever had trouble with commuting or traveling?
The solution to this problem is a compact quick charger equipped with FETs made from Gallium Nitride (GaN) epitaxial wafers, a next-generation semiconductor technology from NTT-AT. It supports USB ports, and with just this one device you can quickly charge smartphones, tablets, laptops, and more. *To charge a laptop, the laptop must support Power Delivery (PD).
Adopting NTT-AT 's GaN technology in the switch section, it has excellent energy efficiency compared to conventional silicon chargers, and has achieved a reduction in size and weight while maintaining high output. Nitride semiconductors, represented by gallium nitride, are highly expected as green devices that will support the low-carbon society of the future.
This product will also be available as an optional accessory for the dedicated receiver for NTT-AT 's two-way, multi-device compatible information distribution service @ InfoCanal®.
Three key features of GaN-equipped fast chargers
Fast charging of two devices simultaneously
Equipped with a USB-C port that supports USB PD.
It is compatible with a wide range of devices such as smartphones, tablets, and notebook PCs, and can quickly charge two devices at the same time.
Compact design
Its lightweight, compact design and foldable plug make it easy to carry anywhere.
Of course, it's lighter and smaller than a laptop AC adapter.
Furthermore, the new slim model is approximately two-thirds lighter than the previous model (33% lighter).
Fast charging for smartphones and tablets
Charges up to 3 times faster than a typical 5W charger.
In addition, it also supports the Programmable Power Supply (PPS) standard, which is an option for PD, allowing full-speed charging of PPS-compatible smartphones.
Main specifications
| Model number |
 |
 |
|
|---|---|---|---|
| Maximum output | 65W | ||
| output port | USB-C x 2 | USB-A x 1 USB-C x 1 |
|
| size | 38×29.5×66 mm | 15×46×85 mm | |
| Weight | 130ｇ | 87 g | |
| input | 100V to 240V AC, 50 to 60Hz | ||
| output | 1 port When in use |
USB-C1, C2 ports: Max 65W |
USB-A: Max 18W USB-C: up to 65W |
| 2 ports When in use |
USB-C1 port: Max 45W USB-C2 port: Max 18W *When using 2 ports Total maximum output: 63W |
USB-A: Max 12W USB-C: up to 45W *When using 2 ports Total maximum output: 57W |
|
| Conversion plug adapter (option) |
― | BF、O、C※ | |
*Conversion plug adapter (optional):
| BF | (United Kingdom, Singapore, Hong Kong, etc.) |
| O | (Australia, Fiji, New Zealand, etc.) |
| C. | (France, Germany, Indonesia, Vietnam, Chile, etc.) |
*Specifications are subject to change without notice.
* PSE mark acquired.
* For sales outside of Japan, certification under the Electrical Appliance and Material Safety Act of each country is required.
operating instructions
You can download the instruction manual for the GaN-equipped USB fast charger.
About purchase
Products can be purchased from NTT-AT Creative website.
Please confirm from the button of "Purchase the product". (Opens an external site in a separate window)
Various consultations
We will accept consultations on introduction to your products and bundled sales.
Please inquire from the button of "Consult with the person in charge".
About GaN products and technology
- Power supply unit with GaN LED street light
- The high energy-saving effect significantly reduces standby power consumption. Even if you already have LED street lighting, you can save even more.
- Nitride semiconductor epitaxial wafer
- For inquiries about GaN technology, introduction of GaN wafers to your company's products, purchase requests, etc., please contact us from the Nitride Semiconductor Epitaxial Wafers page.