9.2
MFish USB-C Chargers
These high-capacity power blocks provide enough energy for demanding laptops and multi-device setups. They help professionals keep their workstations powered through a single wall outlet
MFish: 1 charger listed here
9.2
High wattage output
The 140W capacity supports power-hungry laptops and professional hardware.
Multi-port design
Four ports allow for charging several devices from one wall plug.
Gallium Nitride tech
GaN components keep the charger efficient while managing heat during use.
What people say
This 140W block handles my MacBook Pro and my phone at the same time without getting overly hot.
I like having four ports in one plug because it cleans up the cables on my desk significantly.
The GaN technology makes this much easier to pack in a laptop bag than the original brick that came with my computer.
Professional Power Standards
This set focuses on PD 3.1 technology and high-wattage delivery for modern laptops. The builds use GaN technology to maintain a compact form despite the high power output.
- 140W power delivery
- Four active ports
- GaN efficiency
- MacBook compatibility
- Black finish
- Wall plug design


What is here
1 charger listed here, grouped as Black USB-C chargers, USB-C wall chargers, GaN USB-C chargers, USB-C chargers for MacBook.
How they are built
What you get is what the titles name. Sample models: Black four port 140W GaN laptop charger.
The intended job
Black USB-C chargers, USB-C wall chargers, GaN USB-C chargers, USB-C chargers for MacBook is the split that matters in this MFish range.
The difference
Use Black USB-C chargers, USB-C wall chargers, GaN USB-C chargers, USB-C chargers for MacBook to tell one MFish model from the next.
MFish Questions
How many devices can I charge?
You can charge up to four devices at once using the multiple ports.
Is this charger for laptops?
Yes, the 140W output is specifically designed for MacBook and other high-power laptops.
What color is this model?
This charger comes in a black finish.
Does it use GaN?
Yes, it uses GaN technology for better power efficiency and heat management.