Maxtrack Charger 30 W 2x USB-C® Power Delivery 3.0, Fast Charge

The powerful USB charger with GaN technology supports Power delivery 30W and Quick Charge 3.0. Like this your devices become fully operational again in no time at all. And this particularly space-saving: With a width of just 1.5 cm the fast charger is ultra slim and thus takes up less space Equipped with two USB-C ports, you can simultaneously charge different devices such as smartphones, tablets or other gadgets. To do this, the compact quick charger is plugged directly into a socket and is perfect for use at home, in the office or while traveling. In combination with your charging cable, you get reliable charging power always and everywhere. Combination of powerful charging performance and handy design makes the USB charger an absolute must. The GaN technology ensures faster charging times, less heat generation, energy saving and a more compact design. In addition, it supports both Quick Charge (QC 3.0) and Power delivery (PD30W), so that your device is charged much faster than with a conventional charger. No more protracted waiting times. An efficient and safe charging is also ensured thanks to the intelligent voltage adjustment.

Benefits of Power Delivery (PD)
Faster charging speed - faster charging than conventional chargers
Versatility – Ideal for different devices such as smartphones, tablets and laptops, replaces multiple chargers
Negotiation logging – Always delivers the optimal amount of power for safe and efficient charging

Benefits of Quick Charge:
Use - especially for devices with Qualcomm processors and devices that support Quick Charge
Intelligent voltage adjustment – charges faster than conventional chargers
Charging power – for more efficient charging of connected devices

Advantages of GaN:
High efficiency - more efficient voltage transmission and higher frequencies
Heat development - GaN chargers generate less heat than conventional chargers
Design – by higher voltage transmission and less heat generation, GaN chargers can be built smaller than before

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