About the Apple USB-C to Lightning Cable - Apple Support (2024)

FAQs

Is the Apple USB-C to Lightning cable worth it? ›

It transmits more data and power across a broader range of devices than Lightning. Lightning could only transmit 480 Mbps, while USB-C can go to 40 Gbps — almost 85 times faster data transfer. Lightning could only carry a maximum of 20W, while USB-C can handle 240W.

Certain iPhone models are fast-charge compatible when connected to certain USB-C power adapters using the Apple USB-C to Lightning cable. Sync your iPhone, iPad, or iPod touch or import your photos when connected to a USB-C port on your Mac or PC.

You can use the USB-C to Lightning Adapter to charge your iPhone or iPad. For example, connect a USB-C to Lightning Cable to this adapter, then connect the other end of the cable to a USB-C power adapter. This adapter provides a maximum of 24W when charging iPhone or iPad models with a USB-C connector.

The move is largely the result of a new European Union law requiring universal USB-C phone chargers by 2024. While it will require users to get new cables for their iPhones, they'll also be able to use those cables to charge more things, and many people probably already own USB-C cables.

High Data Transfer Speeds

A USB-C to Lightning cable supports high-speed data transfer, making it convenient to move or back up large files between devices.

Apple is moving to USB-C power cords. What you can do with the old Lightning cables. Apple's finally killing off its proprietary Lightning charging cord for new iPhones and replacing it with the universal standard USB-C.

Whereas Lightning supports a maximum current of 2.4A, USB-C carries 3A with support for up to 5A. This distinction makes USB-C much better for fast charging, as it supports the USB Power Delivery fast-charging standard.

It's safe to use USB cables for many different brands, even when they aren't part of their 'branded ecosystem' of cables. However, do make sure to choose a cable that is compatible with your devices. Essential for that are the connectors. Make sure to check your devices and charging socket first before you buy a cable.

The power delivery capabilities of USB-C allow for faster charging, supporting up to 240W/5A, while Lightning requires a USB-C to Lightning cable and a 20W or higher power adapter for fast charging. Regarding durability, USB-C cables may have a longer lifespan, but Lightning offers a more stable physical connection.

Please check if your cable is authentic. USB-C to Lightning cables must be Apple Mfi certified. There are regular problems with uncertified cables. The reason for this is that both connectors include proprietary chips.

What is the old iPhone charger called? ›

30-Pin Dock Connector: This style of Apple connector was flat and wide with 30 pins. First introduced in 2003, this 30-pin connector was designed for early model iPods and iPhones, and was eventually replaced by the Lightning connector in 2012.

USB-C to Lightning Cable.

And this design change has been forced on Apple by European Union (EU) rules that require smartphones and other electronic devices to have a USB-C port by the end of 2024.

The EU had told the tech giant to ditch its proprietary charging ports to make life easier for consumers, save them money, and help reduce e-waste by encouraging re-use of chargers. However, some warn the move will lead to a rise in discarded cables in the years to come.

The move has been resisted by Apple in the past, citing environmental concerns and potential government influence on product design. However, the company is now expected to make the switch, which may result in a loss of licensing revenue and compatibility with Android devices.

I highly recommend it to anyone looking for a high-quality adapter for their Apple devices. Verdict: If you're looking for a fast and dependable charger for your Apple devices, the Apple 20W USB-C Power Adapter is an excellent choice. It's a must-have accessory for anyone who values efficient and safe charging.

Both USB-C and Lightning cables have their strengths and advantages regarding power delivery and control. For instance, USB-C cables offer a higher power delivery rate than Lightning cables. They can carry three amps of current and support up to 5 amps, whereas Lightning cables can carry a maximum current of 2.4 amps.

As a result, USB-C cables can transfer speeds up to 40Gbps. By comparison, Lightning cables are much slower and transfer data at USB 2.0 rates of 480Mbps.

In general, USB-C can support much faster data transfer speeds than Lightning, but not every device with a USB-C port can move data at the same speed.