CMF Power 100W GaN Charger
KSh 6,000.00KSh 7,500.00 (-20%)
CMF Power 100W GaN Charger
CMF Power 100W GaN Charger delivers ultra-fast 100 W charging with 2× USB-C + 1× USB-A ports — ideal for phones, tablets, laptops. Compact, travel-ready, heat-efficient, and widely compatible. Perfect for charging multiple devices efficiently at home, in office or on the go.
| Product Name | CMF Power 100W GaN Charger |
|---|---|
| Output Power | Up to 100 W total output (shared across active ports) |
| Ports | 2 × USB-C + 1 × USB-A |
| Charging Protocols | Power Delivery (PD), Quick Charge (QC) and PPS support; 5 V – 20 V output depending on device |
| Input Voltage | 100 – 240 V AC (global voltage support) |
| Size | 61.5 × 60.5 × 30 mm; approximately 40% smaller than a typical 96 W laptop charger |
| Compatible Devices | USB-C laptops, smartphones, tablets and accessories using USB-A or USB-C |
| Protection Features | Over-current, over-voltage, over-heating and short-circuit protection |
| Typical Use | Simultaneous or single-device charging for phones, laptops and tablets; ideal for travel, office and daily charging |
CMF Power 100W GaN Charger
The CMF 100W GaN Charger is a compact, powerful charger that supports fast charging up to 100 W via GaN (gallium nitride) technology. GaN lets it stay much smaller and cooler than traditional silicon-based chargers.
Features
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2 × USB-C (for modern laptops, tablets, phones)
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1 × USB-A (for older phones, accessories, etc.)
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The charger can handle multiple devices simultaneously — for example different combinations like USB-C + USB-C, or USB-C + USB-A, or even all three ports (shared power output).
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Its compact size (≈ 61.5 × 60.5 × 30 mm) and relatively light build make it portable and travel-friendly, easier to fit in bags or pockets than traditional bulky laptop bricks.
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The charger is advertised as widely compatible — it supports PD (Power Delivery), QC (Quick Charge), PPS, and works with many devices: laptops, phones, tablets, and other USB-powered gadgets.
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Built-in safety protections — over-current, over-voltage, temperature regulation — and thanks to GaN tech, it generates less heat while delivering high power.
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