GAN CHARGERS

GaN Charger Solutions

GaN chargers are a type of charger that use gallium nitride, a compound of nitrogen and gallium, to create a more efficient way to charge devices. GaN chargers have a number of advantages over traditional chargers, including the ability to charge devices faster and with less heat. GaN chargers are also smaller and more lightweight.

ONE POINTECH offers GaN charger power adapter solutions with different wattages, including 65W GaN PD QR charger solution, 130w GaN charger solution, 180w GaN charger solution, 200w GaN charger solution, etc.  

 

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65W GaN QR charger circuit
POWERFUL FEATURES

Why Gallium Nitride Chargers

Charge 3x faster

GaN chargers are a breakthrough solution with an unprecedented level of innovation - faster charging 3 times as fast compared to the conventional chargers.

Small and lightweight

GaN chargers are much smaller and lighter than their counterparts because they require less cooling, have smaller heat sinks, and utilize reduced magnetics.

Great for travel

GaN chargers are a great companion for travel. Being very compact and taking up little space, you can cut down on your bag load whenever you’re on the go.

Charge multiple devices

Charge your smartphone, laptop, or tablet at the same time with one tiny and powerful fast GaN charger. Charging your devices faster means less time spent waiting and more time spent being productive.

65W GaN Charger Solution

65W GaN QR adapter65W GaN QR adapter-2

ITEM PARAMETER BRAND
Size 45x35x25 mm  
Topology QR  
Main switching frequency 120~220KHz  
QR main switch tube XG6515A5  
QR main switch chip UCC28056 TI
Synchronous rectification NCP4306 ON Semiconductor
Secondary side low voltage MOS HGN090N06SL Hunteck Semiconductor
EMI conducted emission test Pass  
Support mass production Yes  

130W GaN Based Charger (PFC+LLC) Solution

130W GaN charger-2130W GaN charger-1

ITEM PARAMETER BRAND
Size 67*65*25 mm  
Topology LLC+PFC  
PFC main switch tube XG6508B8 XG GaN
PFC diode XD6504D XG SiC
PFC main switch chip UCC28056 TI
LLC main switch tube(x2) XG6508B8 XG GaN
Synchronous rectification NCP4306 ON Semiconductor
Secondary side low voltage MOS HGN090N06SL Hunteck Semiconductor
EMI conducted emission test Pass  
Support mass production Yes  

180W GaN Based Charger (PFC+LLC) Solution

180W GaN charger

180W GaN charger-1

ITEM PARAMETER BRAND
Size 80*65*25mm  
Topology LLC+PFC  
Maximum efficiency >95%  
PFC main switch tube XG6508B8 XG GaN
PFC diode XD6504D XG SiC
PFC main switch chip NCP1616A1 ON Semiconductor
LLC main switch tube(x2) XG6508B8 XG GaN
LLC main switch chip NCP13992AB ON Semiconductor
Synchronous rectification NCP4306 ON Semiconductor
Secondary side low voltage MOS HGN090N06SL Hunteck Semiconductor
EMI conducted emission test Pass  
Support mass production Yes  

200W GaN Based Charger (PFC+LLC) Solution

200W GaN PD charger

200W GaN PD charger-2

ITEM PARAMETER BRAND
Size 80*65*25mm  
Topology LLC+PFC  
Maximum efficiency >95%  
PFC main switch tube XG6508B8 XG GaN
PFC diode XD6504D XG SiC
PFC main switch chip NCP1616A1 ON Semiconductor
LLC main switch tube(x2) XG6508B8 XG GaN
LLC main switch chip NCP13992AB ON Semiconductor
Synchronous rectification NCP4306 ON Semiconductor
Secondary side low voltage MOS HGN090N06SL Hunteck Semiconductor
EMI conducted emission test Pass  
Support mass production Yes  

GaN is the future of charging

GaN (gallium nitride) chargers are the next generation of mobile device chargers and they're here to stay. GaN chargers can charge your phones more quickly, and they can be smaller and lighter than silicon chargers.

Gallium nitride (GaN) is the up-and-coming technology to replace Silicon.

GaN is one of the most promising semiconductor materials for next-generation power conversion. With excellent performance, GaN can replace silicon used in today’s power electronics in many applications.

With its superior electrical, thermal and mechanical properties, GaN has been widely used to replace silicon in high power devices.

GaN chargers can charge your devices faster!

GaN chargers charge faster than traditional silicon chargers because they are able to convert more of the input power into usable output power. This is due to the fact that GaN has a higher electron mobility than silicon, meaning that it can move electrons more quickly through the material. This results in less power being lost as heat, and more power being available to charge the device.

GaN chargers can be smaller and lighter than silicon chargers.

When compared to silicon chargers, GaN chargers can be made in smaller sizes and lighter weights.

This is because the GaN technology makes it possible for manufacturers to reduce the size of their chargers by removing circuitry that was previously necessary with traditional charger technologies.

GaN chargers are more expensive, but over time the prices will go down.

The cost of a GaN charger is higher because it requires more complex manufacturing processes and materials to make, which increases the overall cost. However, over time as these technologies are mass-produced and become cheaper to manufacture, the prices will come down.

GaN is the future of Charging

GaN chargers are the future, but they are not here yet. The technology has been around for a while, but it’s only recently made its way into consumer electronics. If you want to be ahead of the curve when these chargers become mainstream, then I suggest contacting us asap!

team members in a meeting
DESIGN

About our R&D team

Our company has a team of engineers who have rich experience in power supply development and know how to take full advantage of the third-generation semiconductor, Gallium Nitride.

Besides these ready-made GaN chargers, we also sell modules that range from 100W all the way up to 1000W!  Current existing modules include 100W,  130W, 180W, 200W, 250W, 350W, 500W,  and 1000W.

Reach out to us today and learn more about how we can help you.

TESTIMONIALS

What our customers say

“ONE POINTECH is a reliable company to work with. They offer a high-quality product and are very professional. I would recommend them to anyone looking for a quality GaN charger manufacturer.”

“ONE POINTECH is the best! They are responsible, fast, efficient and have the best prices on the market! They customize the solution based on our request. I'm so happy with working with them. "

“I am an R&D engineer and we use ONE POINTECH's customized power supplies in our products. The customer service is also great and any problems can be solved quickly by their team of engineers!”

FAQ

Need clarification?

Do you offer a free sample?

Yes, we offer free samples to qualified customers. Please contact us and we will send you a sample at no cost to you.

What is your MOQ?

Our MOQ is 1000 pieces for customized products and 100 pieces for standard products.

What is your delivery time?

Delivery time depends on the product. For customized products, it will take about 3 to 8 weeks after receiving the payment. For standard products, it will take about 2-4 weeks after receiving the payment.

Can you do OEM/ODM?

Yes, we can do OEM/ODM. If you have your own drawing or idea, please contact us. Our engineers would be happy to help you to design the charger.

customer service