Vention FEPB0-UK USB-C Adapter
The Vention 20W GaN Charger utilizes advanced Gallium Nitride semiconductor technology to deliver high-efficiency power conversion in a compact form factor. This architectural shift from traditional silicon allows for reduced heat generation and a smaller physical footprint. Consequently, the device maintains stable voltage regulation while providing rapid energy transfer for mobile hardware. It is engineered specifically for IT environments where space-saving and reliability are critical requirements.
Key Features
-
Gallium Nitride (GaN) Architecture
This semiconductor material enables higher switching frequencies and lower resistance compared to standard silicon-based components. -
Intelligent Power Delivery
- Supports PD 3.0 and multiple fast-charging protocols for broad device compatibility.
- Automatically negotiates optimal voltage and current levels (5V/3A, 9V/2.22A, 12V/1.67A).
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Integrated Safety Circuitry
The internal controller monitors thermal levels and current flow to prevent damage from electrical anomalies during operation.
Specifications
| Feature | Specification |
|---|---|
| Model Number | FEPB0-UK |
| Maximum Output | 20W |
| Port Configuration | 1x USB-C |
| Input Voltage | 100V-240V ~ 50/60Hz 0.5A |
| Plug Type | UK Standard (Type G) |
| Shell Material | Fire-retardant PC |
What’s in the Box
- 1x Vention FEPB0-UK 20W GaN Wall Charger
- Technical Documentation
Why Choose Vention GaN Power
- The unit provides superior thermal management, ensuring the chassis remains within safe operating temperatures during full 20W load cycles.
- Furthermore, the compact Type G plug design allows for deployment in high-density power strips without obstructing adjacent sockets.
- The universal input voltage range (100V-240V) makes this hardware suitable for international deployment in various power grid environments.
- Additionally, the fire-retardant PC housing meets industrial safety standards for office and server room use cases.
- Therefore, procurement managers can standardize on this model for mobile workforce deployment to ensure consistent power delivery across various smartphone and tablet fleets.






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