Product comparison · 2 mobile device chargers

Mobiparts GaN Wall Charger USB-C/USB-A PD 3.0/QC vs Mobiparts GaN Wall Charger USB-Cx2/USB-A PD 3.0/QC

Key differences

USB Type-C ports quantity
- GaN Wall Charger USB-C/USB-A PD 3.0/QC:1
- GaN Wall Charger USB-Cx2/USB-A PD 3.0/QC:2
Number of simultaneously connected devices (max)
- GaN Wall Charger USB-C/USB-A PD 3.0/QC:2
- GaN Wall Charger USB-Cx2/USB-A PD 3.0/QC:3
Input current
- GaN Wall Charger USB-C/USB-A PD 3.0/QC:1.75 A
- GaN Wall Charger USB-Cx2/USB-A PD 3.0/QC:1.5 A
Port 1 output power
- GaN Wall Charger USB-C/USB-A PD 3.0/QC:18 W
- GaN Wall Charger USB-Cx2/USB-A PD 3.0/QC:30 W
Port 2 output power
- GaN Wall Charger USB-C/USB-A PD 3.0/QC:45 W
- GaN Wall Charger USB-Cx2/USB-A PD 3.0/QC:65 W
Output current (20V)
- GaN Wall Charger USB-C/USB-A PD 3.0/QC:2.25 A
- GaN Wall Charger USB-Cx2/USB-A PD 3.0/QC:3.25 A
Width
- GaN Wall Charger USB-C/USB-A PD 3.0/QC:35.5 mm
- GaN Wall Charger USB-Cx2/USB-A PD 3.0/QC:32 mm
Depth
- GaN Wall Charger USB-C/USB-A PD 3.0/QC:83.1 mm
- GaN Wall Charger USB-Cx2/USB-A PD 3.0/QC:103.3 mm

Differences highlightedShow differences only

Comparison of MP-124726, MP-124727
30 specifications	A Mobiparts GaN Wall Charger USB-C/USB-A PD 3.0/QC Model MP-124726 View product	B Mobiparts GaN Wall Charger USB-Cx2/USB-A PD 3.0/QC Model MP-124727 View product
Performance2 differ
USB Type-C ports quantityDiffers	1	2
Number of simultaneously connected devices (max)Differs	2	3
Power4 differ
Input currentDiffers	1.75 A	1.5 A
Port 1 output powerDiffers	18 W	30 W
Port 2 output powerDiffers	45 W	65 W
Port 3 output powerKnown for one	Unknown — not stated by the source	65 W
Output current (12V)Known for one	Unknown — not stated by the source	3 A
Output current (20V)Differs	2.25 A	3.25 A
Weight & dimensions3 differ
WidthDiffers	35.5 mm	32 mm
DepthDiffers	83.1 mm	103.3 mm
HeightDiffers	35.6 mm	39 mm
Packaging contentidentical
AC adapter includedKnown for one	Yes	Unknown — not stated by the source

A dash means the value is not stated by the source. Unknown values are never counted for or against a product, and there is no overall score.