4 products in this category · showing the newest arrivals
| Model | Capacity | Output | Input | Ports & I/O | Full Recharge Time | Technology | Airline Safe | Dimensions |
|---|---|---|---|---|---|---|---|---|
| Anker Nano Charger (70W, 3 Ports) Anker | — | 70W Max Total (3 ports shared) | 100-240V ~ 1.6A 50/60Hz | 2x USB-C (70W Max each single-port), 1x USB-A (33W Max) | — | GaN, ActiveShield 4.0, TÜV Rheinland Certified | — | 53 x 42.6 x 31.5 mm (2.09 x 1.68 x 1.24 in) |
| Anker Prime Charger (160W, 3 Ports, Smart Display) Anker | — | 160W Max Total (3 USB-C ports shared) — 140W PD3.1 single-port max, 1.35W/cm³ power density | 100-240V ~ 2.5A 50/60Hz | 3x USB-C (140W PD3.1 Max each single-port) | — | GaN (Gallium Nitride), Smart Display with Touch Control, Dynamic Power Allocation, ActiveShield Temperature Management, GaNPrime Architecture | — | 65 x 52 x 35 mm (2.56 x 2.05 x 1.38 in) |
| Belkin BoostCharge Pro 100W 3-Port GaN Wall Charger Belkin | — | 100W Max Total (3 ports shared) — 100W PD3.0 single-port max via USB-C | 100-240V ~ 1.8A 50/60Hz | 2x USB-C (100W PD3.0 Max each single-port), 1x USB-A (22.5W Max) | — | GaN (Gallium Nitride), PD 3.0, PPS, QC3.0/5, UFCS, FCP, SCP, AFC, Belkin SmartProtect, Foldable Prongs | — | 64.95 x 42.97 x 42.78 mm (2.56 x 1.69 x 1.68 in) |
| UGREEN Nexode 65W GaN Charger (3-Port) UGREEN | — | 65W Max Total (3 ports shared) | 100-240V ~ 1.8A 50/60Hz | 2x USB-C (65W Max each single-port), 1x USB-A (22.5W Max) | — | GaN, PD 3.0, QC 4+, PPS, SCP, FCP, AFC | — | 67 x 41 x 31 mm (2.64 x 1.61 x 1.22 in) |
If you bought a phone charger in the last few years, you've probably noticed something: the tiny 5W brick that used to be the default has vanished. In its place is a dizzying array of options promising 20W, 30W, 65W, even 240W charging speeds. Phone charging technology has advanced faster than almost any other aspect of smartphone hardware. We went from "charge overnight" to "charge while you shower" in less than a decade.
The humble phone charger is a surprisingly deep topic once you start digging. Between USB-PD, Qualcomm Quick Charge, Samsung Super Fast Charging, OPPO VOOC, OnePlus Warp Charge, and a dozen other proprietary standards, there is an entire ecosystem of competing technologies all trying to solve the same problem: get more power into a tiny phone battery, faster and safer.
This is where things get interesting. Multiple charging standards exist, and they're not always compatible with each other.
The universal standard. USB-PD (over USB-C) is supported by every modern iPhone (starting from iPhone 8) and most Android phones. It delivers up to 240W in its latest revision, though phones typically negotiate 18W-45W. The beauty of USB-PD is its universality: the same charger that fast-charges your phone will fast-charge your laptop, your tablet, your Nintendo Switch, and your earbuds. Apple adopted USB-PD exclusively, and Google mandates it for Android devices with USB-C.
Qualcomm's proprietary standard, now in its 5th generation. QC 2.0 and 3.0 were very popular in mid-range Android phones. QC 4+ and 5 are backward-compatible with USB-PD, which was a smart move by Qualcomm. QC 5 claims up to 100W charging. Most Qualcomm-powered Android phones support some version of Quick Charge.
PPS is an extension of USB-PD that allows the charger to dynamically adjust voltage in small increments (as fine as 20mV). This lets the phone request the exact voltage it needs for optimal charging efficiency and reduced heat. Samsung's Super Fast Charging 2.0 (45W) and Google's Pixel charging use PPS. It's becoming mandatory for fast charging in newer Android phones.
This is where things get wild. Chinese manufacturers have pushed wired charging speeds to mind-boggling levels:
These proprietary systems generally require the charger and cable designed for them, but most will fall back to standard USB-PD at lower speeds (18-27W) with standard chargers.
Just like laptop chargers, phone chargers have been transformed by Gallium Nitride (GaN). A 65W GaN charger that can fast-charge a phone plus a laptop simultaneously is now small enough to be a pocket accessory rather than a bag brick. This has enabled a whole new category of multi-port travel chargers that would have been impractical with silicon technology.
The sweet spot for phone charging is a 30W-45W GaN charger with 2-3 ports. This gives you enough power to fast-charge any phone (including iPhone 15 Pro Max at 27W or a Samsung Galaxy S24 Ultra at 45W) while still having a spare port for earbuds or a second phone. Anker, UGreen, Baseus, and Spigen all make excellent options in this category.
Wireless charging has matured from a gimmick (the Palm Pre Treo, anyone?) into a genuinely useful feature. The Qi standard (pronounced "chee") dominates, supporting up to 15W for most Android phones and 7.5W for iPhones (though MagSafe bumps this to 15W for iPhone).
Recent developments include:
| Charger Type | Power | 0-50% Time (5000mAh phone) | Typical Users |
|---|---|---|---|
| Traditional 5W USB-A | 5W (5V/1A) | ~60 minutes | Anyone with an old charger |
| Standard USB-PD | 18W-20W | ~25 minutes | iPhone 8-14, older Androids |
| Fast USB-PD/PPS | 30W-45W | ~15 minutes | iPhone 15+, Samsung S24+, Pixel 8/9 |
| Super-Flash (Proprietary) | 65W-150W | ~5-10 minutes | Xiaomi, OPPO, OnePlus, vivo flagships |
| Qi Wireless | 7.5W-15W | ~40-60 minutes | Most wireless charging compatible phones |
| MagSafe / Qi2 Wireless | 15W | ~35 minutes | iPhone 12+, Qi2-enabled Androids |
With great charging speed comes great responsibility. High-speed charging generates more heat, and heat is the enemy of battery health. Modern charging systems have multiple layers of protection:
My number one advice for cables: don't cheap out on charging cables. A bad cable can cause slow charging, overheating, or in extreme cases, fire. Stick with reputable brands: Anker, Belkin, Cable Matters, UGreen, or the cable that came with your phone. And if you're buying a 5A-capable cable for fast charging, look for the USB-IF certification logo.