Some older Samsung and Android devices used Qualcomm® Quick Charge™ instead. Learn more.
A USB-C PD-enabled smartphone, tablet, or laptop
A USB-C to USB-C charge cable, ideally rated for the wattage you need
A USB-C PD-enabled wall, car, or GaN charger
USB-C PD can charge your device up to 70% faster than standard 5W charging*. That means less time tethered to the wall, and a quick 10-minute top up is often enough for a full day of light use.
| PD-ENABLED DEVICE | CABLE | CHARGING TIME (to 50%)** |
| iPhone 17 / 17 Pro | USB-C to USB-C | 20 mins |
| iPhone 16 / 16 Pro | USB-C to USB-C | 30 mins |
| iPhone 15 / 15 Pro | USB-C to USB-C | 30 mins |
| iPad Pro (M4) | USB-C to USB-C | 35 mins |
| Google Pixel 9 / 9 Pro | USB-C to USB-C | 30 mins |
| Samsung Galaxy S26 Ultra | USB-C to USB-C | 15 mins |
| Samsung Galaxy S25 | USB-C to USB-C | 30 mins |
*Up to 70% faster than charging the same device with a standard 5W reference charger.
**Charge time varies with device, cable rating, charger wattage, ambient temperature, and battery health. Actual results will vary.
The current USB PD 3.1 spec delivers up to 240W through its Extended Power Range (EPR) profile, enough to fast charge a phone, run a tablet, and power most laptops over a single USB-C cable. With the right charger and cable, USB-C PD can replace nearly every proprietary power brick in your bag.
USB Power Delivery has gone through five major revisions since 2012. Each update added new power profiles and capabilities, with the current USB PD 3.1 spec pushing the maximum from 100W to 240W.
| STANDARD | YEAR | MAX WATTAGE | MAX VOLTAGE | KEY ADDITION |
| USB PD 1.0 | 2012 | 100W | 20V | First Power Delivery spec, defined five power profiles |
| USB PD 2.0 | 2014 | 100W | 20V | Aligned with USB-C connector, fixed voltage profiles (5V, 9V, 15V, 20V) |
| USB PD 3.0 | 2017 | 100W | 20V | Added Programmable Power Supply (PPS) for variable voltage, plus Fast Role Swap |
| USB PD 3.1 | 2021 | 240W | 48V | Extended Power Range (EPR) added 28V, 36V, and 48V profiles, ceiling jumped from 100W to 240W |
| USB PD 3.2 | 2024 | 240W | 48V | Improved cable identification and safety, no change to maximum wattage |
Belkin's latest chargers and 240W cable are built to the USB PD 3.1 EPR spec, so they're future-proof for any device that supports the standard.
Not every USB-C cable can carry the full power your charger and device negotiate. Higher-wattage charging requires a cable rated for that wattage, and most cables above 60W include an e-marker chip that tells the device exactly what the cable can handle.
| CABLE RATING | BEST FOR | E-MARKER CHIP | BELKIN PICK |
| 60W (3A at 20V) | Phone, tablet, earbuds, accessory charging | Optional | 60W Braided USB-C to USB-C Cable, 1m |
| 100W (5A at 20V) | MacBook Air, ultrabooks, multi-device GaN charging | Required | 240W Braided Cable (handles all 100W use cases plus EPR) |
| 140W (5A at 28V) | MacBook Pro 14"/16", high-wattage Windows laptops | Required (EPR) | 140W USB-C to Dual USB-C Cable, 1.5m |
| 240W (5A at 48V) | Gaming laptops, workstations, full PD 3.1 EPR | Required (EPR) | 240W Braided USB-C to USB-C Cable, 2m |
Higher-wattage cables are backwards compatible. A 240W-rated cable charges a phone at 20W just as well as a 60W cable does, so a single 240W cable can replace your entire kit.
USB-C connectors and the Power Delivery spec evolved together to handle today's higher charging levels safely. USB-C cables and ports negotiate voltage and current with the connected device, and PD-rated cables include the conductors and shielding required to carry up to 240W without overheating.
For more on USB-C cables, visit our USB Cables Ultimate Guide.
By comparison, the USB-A connector dates back to 1996, when devices drew a fraction of today's power. USB-A is still useful for accessories and lower-wattage charging, but it cannot support the higher PD profiles or the negotiation features that protect modern devices.
Whether it's a phone, tablet, or laptop, a USB-C PD charger negotiates with the connected device and delivers only the wattage that device requests. That keeps charging fast while protecting circuitry from over-voltage or over-current.
USB-C Power Delivery is the standard behind
USB-C PD for Android and Fast Charge for iPhone
and is built into smartphones, tablets, and laptops from Apple (iPhone 15 and later, all current iPad and MacBook models), Samsung (Galaxy S20 and later, including S25 and S26), Google (Pixel 6 and later), and many other manufacturers.
Every iPhone since the iPhone 15 charges over USB-C, joining iPad and MacBook on the same USB-C PD standard. One charger and cable can now top up your phone, your tablet, and your laptop.
| PD-ENABLED DEVICE | CABLE | CHARGING TIME (to 50%)* |
CHARGER POWER |
| iPhone 17 / 17 Pro | USB-C to USB-C | 20 mins | 40W or higher |
| iPhone 16 / 16 Pro | USB-C to USB-C | 30 mins | 20W or higher |
| iPhone 15 / 15 Pro | USB-C to USB-C | 30 mins | 20W or higher |
| iPad Pro (M4) | USB-C to USB-C | 35 mins | 30W or higher |
* Charge time varies with cable rating, charger wattage, ambient temperature, and battery health. Actual results will vary.
To enable Fast Charge, you need a wall charger that can deliver enough power (measured in watts) for your iPhone or iPad.
A higher-wattage charger will not damage a smaller device. iPhone 15 and 16 cap out around 20-27W, so a 30W charger is plenty. iPhone 17 and 17 Pro pull up to about 40W, and iPad Pro (M4) benefits from 30W or higher.
If you also charge a MacBook or larger tablet, a 60W or 100W GaN charger covers everything in one brick. For phone-only use, a 30W or 40W charger keeps cost and size down while still hitting fastest-charge speeds on iPhone 17.
Use the table above to see how many watts your device needs, then explore our USB-C chargers with USB-C Power Delivery.
Samsung (Galaxy S20 and later, including the S25 and S26), Google (Pixel 6 and later), and most other major Android manufacturers ship USB-C PD as the default fast-charge standard. A single USB-C PD charger covers your phone, tablet, and most laptops.
| PD-ENABLED DEVICE | CABLE | CHARGING TIME (to 50%)* |
CHARGER POWER |
| Samsung Galaxy S26 Ultra | USB-C to USB-C | 15 mins | 60W or higher (PD 3.1 PPS) |
| Samsung Galaxy S26 | USB-C to USB-C | 30 mins | 25W or higher |
| Samsung Galaxy S25 Ultra | USB-C to USB-C | 30 mins | 45W or higher |
| Samsung Galaxy S25 | USB-C to USB-C | 30 mins | 25W or higher |
| Google Pixel 9 Pro XL | USB-C to USB-C | 25 mins | 37W or higher |
| Google Pixel 9 Pro | USB-C to USB-C | 30 mins | 27W or higher |
| Google Pixel 9 | USB-C to USB-C | 30 mins | 27W or higher |
* Charge time varies with environmental factors; actual results will vary.
To enable fast charging via USB-C Power Delivery, you need a wall charger that can deliver enough power (measured in watts) for your phone.
The Galaxy S26 Ultra is the first phone to take full advantage of 60W charging, but it requires a USB PD 3.1 charger with PPS support and 20V/3A capability from a single port. For Pixel 9 Pro XL (37W) and Galaxy S25 Ultra (45W), a 45W or higher PD charger is the right match. A 30W charger is enough for Pixel 9, Pixel 9 Pro, and base Galaxy S25 / S26.
If you also charge a tablet or laptop, a 65W or 100W GaN charger lets you carry one brick instead of three.
Use the table above to see how many watts your device needs from your charger, then explore USB-C chargers with USB-C Power Delivery.
Belkin works closely with industry leaders to develop products engineered for USB-C Power Delivery, including the latest USB PD 3.1 EPR profiles up to 240W.
Belkin cables and chargers are designed for safety, efficiency, and durability, and are accredited or approved for compatibility by partners such as Apple, Google, and the USB Implementers Forum (USB-IF).
USB-C Power Delivery (USB-C PD) is a fast-charging standard that lets a charger and connected device negotiate higher voltage and current than legacy USB charging. The current revision, USB PD 3.1, delivers up to 240W through its Extended Power Range (EPR) profile and powers everything from iPhone 17 to laptops over a single USB-C cable.
A PD charger is a USB-C wall, car, or portable charger that supports the USB Power Delivery protocol. Unlike older chargers that push a fixed voltage, a PD charger negotiates with the connected device and delivers the exact wattage the device requests, anywhere from 5W for earbuds to 240W for a workstation. Most modern PD chargers also use [GaN technology](https://www.belkin.com/company/blog/gan-charging-benefits-2026/) to stay compact while pushing higher wattages.
USB-C PD charges most modern smartphones to 50% in 15 to 30 minutes. [iPhone 17](https://www.belkin.com/shop-by/choose-your-device/iphone-17-charging/) hits 50% in about 20 minutes with a 40W charger (full iPhone 17 charging breakdown here). Samsung Galaxy S26 Ultra reaches 50% in roughly 15 minutes with a 60W PD 3.1 PPS charger. Google Pixel 9 reaches 50% in about 30 minutes at 27W. If your charging feels slower than this, see why your phone might be charging slowly.
Most phones released since 2018 support USB-C PD. Apple iPhone 15 and later support PD over USB-C. Samsung Galaxy S20 and later (including S25 and S26), and Google Pixel 6 and later, all support USB-C PD. Check your device's spec sheet for "USB-C PD" or "Power Delivery" to confirm. For Android specifics, see our complete guide to Android phone chargers.
For charging up to 60W, almost any USB-C to USB-C cable will work. For 100W or higher, including USB PD 3.1's 240W EPR profile, you need a cable explicitly rated for that wattage with the correct e-marker chip inside. Belkin's 240W braided USB-C to USB-C cable is built for the full PD 3.1 range. For more on cable specs and connectors, see our USB cables ultimate guide.
USB-C PD is an open industry standard built into the USB-C connector and supported by virtually every major device maker. Quick Charge is Qualcomm's proprietary standard, used mainly on older Samsung and Android phones. PD is now the default fast-charge protocol; Quick Charge has largely been retired on flagship devices. For a deeper look at modern Android fast-charging protocols, see PPS vs. PD explained.
Yes. USB-C PD can charge most modern laptops, including MacBook Air, MacBook Pro, and many Windows ultrabooks. Laptops typically need 30W to 100W of PD power. The new USB PD 3.1 EPR profile pushes that ceiling to 240W, enough to charge high-performance workstations and gaming laptops over a single USB-C cable.
o. A USB-C PD charger negotiates the exact wattage your device requests and never delivers more power than the device can safely accept. The PD chipset includes built-in protection against over-voltage, over-current, and overheating. Belkin chargers add safety certifications from Apple, Google, and the USB Implementers Forum (USB-IF). For more on charging best practices, see how Belkin keeps your battery safe.