60W VS 100 USB C cable: what’s the difference

60W 100W Cable


When delving into the world of USB-C cables, understanding their wattage ratings is crucial. The wattage rating of a cable determines how much power it can safely handle and deliver to connected devices. Two common ratings you’ll encounter are 60W and 100W, each catering to different needs and device requirements.

The Wattage Rating of Cables

The wattage rating of a USB-C cable is a measure of its capacity to deliver power. This rating is vital because it ensures the cable can provide adequate power for charging or running devices without overheating or causing damage. It’s a factor that’s especially important for devices that require more power, such as laptops or gaming devices.

60W USB-C Cable

  • Designed For: These cables are typically used for medium-power devices. They are well-suited for charging smartphones, tablets, and smaller laptops.
  • Capabilities: A 60W cable can charge devices relatively quickly, but may not be sufficient for larger devices that require more power.
  • Use Cases: Ideal for everyday use, especially if you’re carrying devices that don’t demand high power input.

100W USB-C Cable

  • Designed For: These are high-capacity cables built to handle devices with larger power needs. They are often used with high-performance laptops, gaming devices, and other power-intensive electronics.
  • Capabilities: Capable of delivering up to 100 watts of power, these cables can charge larger devices more efficiently and are often necessary for the fastest charging speeds.
  • Use Cases: Essential for users who have devices that require substantial power input, like advanced laptops or those who want a future-proof cable that can handle a wide range of devices.

The difference between 60W and 100W cables


  • 60W USB-C Cable: Designed to deliver up to 60 watts of power. Suitable for smaller devices like smartphones, tablets, and some laptops.
  • 100W USB-C Cable: Capable of delivering up to 100 watts, making it ideal for more power-hungry devices, including larger laptops and gaming devices.

Cable Specification:

  • Copper Wire and Gauge: The 100W USB-C cable typically contains more copper and has a thicker gauge. This design accommodates higher current flow, necessary for the increased power delivery.
  • 60W Cable: May have thinner wires and a smaller gauge as it needs to handle less current.

A cable is made up of many different copper wires, which are then wrapped together by different colored PVC covers and split into charging and transferring data. Generally speaking, the more copper wires there are, the faster the charging and data transfer will be.


  • 100W USB-C Cable: Often equipped with an E-mark chipset. This chipset is a form of electronic marking that communicates the cable’s capabilities to the device, ensuring safe and optimal power delivery.
  • 60W USB-C Cable: May not have an E-mark chipset, as the power requirements are lower.

Data Transfer:

  • Both types of cables can support high-speed data transfer, though the exact speed can vary based on the cable’s design and quality.


  • Generally, 100W USB-C cables are more expensive due to their higher power capacity and the additional technology (like the E-mark chipset) they incorporate.

Applicable Devices:

  • 60W Cable: Good for everyday devices that don’t require a lot of power.
  • 100W Cable: Better suited for devices that need more power, like high-performance laptops.

Which One to Choose?

  • It depends on the devices you plan to use. If you have devices that require more power, like a powerful laptop, the 100W cable is the better choice. For smaller devices or if you’re looking for a more economical option, the 60W cable should suffice.


The choice between a 60W and 100W USB-C cable depends largely on your device’s power requirements and your usage needs. The 100W cable is more versatile for high-powered devices, while the 60W cable is sufficient for less demanding gadgets. Always consider the device specifications and your personal requirements before making a

Leave a Reply

Your email address will not be published. Required fields are marked *

eighteen − 18 =


We will contact you within 1 working day,