Shenzhen Biyou E-commerce USB-C Chargers
Versatile GaN charging stations designed to provide dedicated high-speed power for MacBooks and other professional hardware
Shenzhen Biyou E-commerce: 1 charger listed here
Dedicated 45W Ports
Three specific ports provide 45W each for consistent device power.
MacBook Optimized
The power profiles are built to meet the demands of MacBook Pro and Air.
Six-Port Array
Balance multiple devices across a mix of high and standard power ports.
What people say
The three 45W ports are perfect for keeping my tablet and laptop charged while I work.
It sits neatly on my desk and handles my MacBook Pro without any issues.
I like that this station has enough ports for my phone, watch, and laptop all in one unit.
Precision GaN Charging
These listings highlight 180W GaN stations featuring a 6-port desktop layout. The titles emphasize the inclusion of three dedicated 45W ports for larger electronics.
- 180W GaN stations
- 6-port desktop chargers
- Triple 45W port design
- MacBook compatible power
- iPad and iPhone support
- Samsung Galaxy integration


The set
1 charger listed here, grouped as USB-C chargers for iPhone, GaN USB-C chargers, USB-C chargers for MacBook, USB-C chargers for Samsung.
Build details
Shenzhen Biyou E-commerce keeps the build language in the product names: Six port GaN desktop charging station.
Who picks these
Shenzhen Biyou E-commerce charger here match USB-C chargers for iPhone, GaN USB-C chargers, USB-C chargers for MacBook, USB-C chargers for Samsung as the titles describe them.
How they differ
The useful differences sit in USB-C chargers for iPhone, GaN USB-C chargers, USB-C chargers for MacBook, USB-C chargers for Samsung, not in a brand slogan.
Biyou Questions
What is the total wattage?
These desktop charging stations provide a total of 180W.
How many high-power ports are there?
The titles specify 3 ports that provide 45W each.
Is this charger good for MacBooks?
Yes, these are specifically listed for MacBook Pro and MacBook Air.
Does it use GaN?
Yes, these models utilize GaN technology for efficient power delivery.