Chargers
Wall chargers are now small power-management computers, and the gap between what one claims and what it actually delivers is where we focus. We weigh manufacturer specs against independent lab testing, from pocket-sized GaN travel plugs to 140W bricks for pro laptops, so you can charge with confidence. 
Independent and unbiased
Sourced from named labs
UK, EU and US
Updated for 2026
The best wireless chargers for 2026, ranked. From a flagship Qi2 stand to a budget pad, here is which one suits your phone, your desk and your budget.
The UGREEN Nexode 65W is a GaN travel charger with interchangeable UK, EU and US plug heads, universal 100-240V input, and 65W output from either USB-C port. ...
This UGREEN Nexode 200W review covers the 3C1A 4-port foldable wall charger, not the desktop station. That distinction matters because most results online ...
The Anker Prime 100W delivers full 100W from either USB-C port independently, verified by Macworld wattmeter testing. Compact GaN build, foldable UK and US ...
Six GaN chargers ranked for travel by independent wattmeter data, from 65W for one laptop to 200W for a full desk. All picks run on 100-240V and cover UK, EU ...
Most best-of lists stop at the price. The real differences are in the circuitry. A modern charger is a small power-management computer, and what separates a good one from a poor one is how cleanly it negotiates power with your device. That conversation has a name, the Power Delivery (PD) handshake, where the charger and your device agree on the safest, fastest voltage. Programmable Power Supply (PPS) then fine-tunes that voltage in tiny steps to keep charging fast while running cooler. Here is what each term means in plain English.
Every charger gets warm, but one that runs too hot slows itself down to protect its parts. That is throttling, and it quietly turns a fast charger into a slow one during the long charges where speed matters most.
Plug in two or three devices and the charger shares its total wattage between them. How it splits that power decides whether your laptop keeps charging quickly or drops to a trickle when a phone joins.
Fast charging only works when charger and device speak the same language. The standards that matter in 2026 are PD 3.1 for laptops, Quick Charge 5.0 for many Android phones, and Samsung Super Fast Charging at 45W.
Gallium Nitride (GaN) is the semiconductor that replaced the silicon inside older chargers. It switches power on and off far faster and handles heat better, which is why today’s chargers are so much smaller and cooler than the bricks of a few years ago. It gives you three things:
Higher efficiency. Less power is wasted as heat, so more reaches your device and the charger stays cooler.
Smaller size. Up to 50% more compact than silicon at the same wattage, which makes pocket-sized travel adapters possible.
Better safety. Over-voltage, over-current and short-circuit protection built in as standard.
Tell us how you charge and we will point you to the right review.
One box with UK, EU and US plug heads and 65W of GaN power.
100W from either USB-C port, foldable plug for UK and US.
Up to 200W across four ports, enough for two laptops plus more.
Our full GaN charger picks from 65W to 200W, side by side.
The key numbers side by side. Scores are our own, based on independent lab data and named third-party testing.
| Charger | Max power | Ports | Plug | Best for | Score | Review |
|---|---|---|---|---|---|---|
| UGREEN Nexode 65W | 65W | 2x USB-C, 1x USB-A | UK, EU and US heads | Multi-region travel | 7.9 | Read › |
| Anker Prime 100W | 100W (either USB-C) | 2x USB-C, 1x USB-A | Foldable UK and US | One laptop at full speed | 8.1 | Read › |
| UGREEN Nexode 200W | 200W total, 140W single port | 3x USB-C, 1x USB-A | UK plug, adapters for travel | A whole desk or two laptops | 8.5 | Read › |
Power figures are manufacturer rated and cross-checked against named third-party testing in each review. To hit a charger’s top single-port output you also need a cable rated for that wattage.
The things buyers ask us most about chargers, explained in plain English.
A GaN charger uses gallium nitride instead of silicon in its circuitry. That lets it run cooler and smaller while delivering the same power, which is why modern chargers are so much more compact than the bricks of a few years ago.
It depends on your most demanding device. A phone fast charges at around 20 to 30W, a tablet around 30W, a typical laptop 45 to 65W, and a large laptop such as a 16-inch MacBook Pro up to 100 to 140W. Buy for your hungriest device and it will charge everything below it too.
No. Your phone only pulls the power it is designed to take, through a digital handshake with the charger. A 100W charger will not force more into a phone that tops out at 27W, so a powerful charger is safe to use on a small device.
PD (Power Delivery) sets the charging voltage in fixed steps and scales up to very high power. PPS (Programmable Power Supply) is a smarter mode within PD that fine-tunes the voltage in tiny increments, charging fast while keeping heat down. Samsung and Pixel phones need PPS for their top speeds; iPhones use standard PD.
Yes. A charger shares its total wattage across the ports in use. A 100W charger might give 65W to a laptop and 30W to a phone, not 100W to each. Plug your most demanding device into the main USB-C port first, as it usually takes the largest share.
Most modern USB-C chargers accept 100 to 240V, so the electronics work worldwide. What changes is the plug shape. A fixed-pin UK charger needs a travel adapter abroad, while a travel charger with interchangeable UK, EU and US heads covers every region in one unit.
Often, yes. To reach the highest outputs, such as 140W, you need a cable rated for that power (a 240W EPR cable). A standard 60W or 100W cable caps the speed no matter how powerful the charger is, so check the cable rating, not just the charger.
They run warm under heavy load, which is normal, and built-in protection keeps them within safe limits. They are made to be left plugged in. For long charging sessions, give the charger open air rather than tucking it into a drawer or behind furniture.
We do not take chargers apart in a lab, and we will never pretend we did. What we do is read the evidence properly and explain it in plain English, so you can buy with confidence.
Every figure in our reviews is attributed to its source, and we flag anything not yet independently verified. That is how an independent site earns trust without owning every product.
Alan