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
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.
First-hand notes
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
Laptop focused power
These models are built specifically for MacBook users and those with high-performance laptops. They provide the 140W overhead needed for fast recovery.
Station management
With four ports available, these chargers act as a central power point for a phone, tablet, and laptop simultaneously.
Modern GaN builds
The use of GaN materials allows these chargers to stay smaller than traditional silicon-based power bricks.
Sleek black aesthetic
The matte black finish fits into professional office environments and matches most dark tech accessories.
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.