Pros and Cons of Active Noise-Cancelling Headphones

Active Pros Cons Featured

On paper, active noise-cancelling headphones seem outright better than regular ones. They also seem better than passive noise-cancellation headphones, which depend on headphone material and design instead of using active-cancellation methods.

There are some disadvantages to active noise cancellation, however, so it’s worth weighing the pros and cons when buying a new pair of headphones.

Let’s explore the pros and cons of active noise-cancelling headphones and how they compare to other headphones.

Advantages of Active Noise Cancellation

Personalized Cancellation of Environment

Active Pros Cons Silence

As we covered in our article on how noise cancellation works, using active headphones will attempt to deafen the sounds around you at the time. It does this by listening to the sound waves approaching your ear, then transmitting a counter-wave to dull it.

Passive cancellation doesn’t have this luxury. All it does is provide a case for your ears and hope that it’s strong enough to block the sounds around you. As such, active cancellation wins out on actually cancelling out unwanted noise.

Toggleable Cancellation

Perhaps you don’t want to cancel out the outside world all the time. Perhaps you want to hear your surroundings, then turn the cancellation on when you’re in transit or the neighbors get noisy.

Active noise-cancelling headphones typically have a switch that turns the cancellation on and off. This means you can turn it off when you want to hear the doorbell and turn it on when it’s time to zone into a game. This is better than regular headphones (which don’t cancel sounds) and passive cancellation (which can’t be “turned off”).

Disadvantages of Active Noise Cancellation

Active Cancellation Headphones Are More Expensive

Active Pros Cons Expensive

Active cancellation requires electronics within the headphones to listen to your surroundings. Normal and passive-cancelling headphones don’t need this, as they’re designed to block sound through their materials rather than technology. As such, active noise-cancelling headphones will ask for a little more to cover the additional cost.

Active Cancellation May Distort Your Music a Little

Because active headphones need to counter the outside world with sound waves, you may find the audio quality drop when you turn on the active cancellation. Passive headphones don’t need to alter the sound, which means you won’t hear any quality degradation.

Active Cancellation Requires Power

If you purchase wired active noise-cancelling headphones, you may be surprised to see that they need charging, even if they can’t be used wirelessly. That’s because the on-board technology can’t be charged via the audio port on the headphones. As such, you’ll need to manually charge them every time you want to use the cancellation.

Regular and passive cancellation headphones don’t have this caveat, so take this into consideration when buying a new pair of headphones.

Are Active Noise-Cancelling Headphones For You?

In short, active cancellation headphones are fantastic for blocking your surroundings. You have to pay a premium for them, they require charging, and your music quality may suffer as a result; however, the personalized cancellation and the ability to turn them off whenever you like make it a top choice for some users.

Do you prefer active noise-cancelling headphones over passive models? Let us know below.

Subscribe to our newsletter!

Our latest tutorials delivered straight to your inbox

Simon Batt Avatar

Read next

In 1965, Joe Sutter’s Boeing team began shaping the 747 around a future they thought would belong to supersonic jets, lifting the cockpit onto a hump so the nose could open for cargo once the giant subsonic passenger plane had outlived its brief moment
Apple’s original 1984 Macintosh keyboard had no arrow keys, no function keys, and no numeric pad because Steve Jobs wanted users to reach for the mouse first. Then Apple quietly sold the missing keys as an accessory.
When the SS Great Eastern laid the first working transatlantic telegraph cable in 1866, a message that had taken ten days by steamship suddenly crossed the ocean in minutes, and the financial markets of London and New York were forced, within a single trading week, to invent the modern concept of synchronised global price.
Masahiro Hara and Denso engineers built the QR code in 1994 to help Toyota suppliers scan car parts from any angle, then kept the patent open until phone cameras and a 2020 pandemic turned the factory square into a daily ritual on restaurant tables
In 1965, Mary Allen Wilkes wrote LAP6 for the LINC computer from her parents’ Baltimore home, testing an interactive operating system on a 250-pound machine in the living room and becoming the first known person to use a personal computer at home, twelve years before the Apple II reached buyers
When Grace Hopper wanted to explain a nanosecond to admirals who kept asking why satellites were slow, she handed each of them a piece of wire 11.8 inches long, the exact distance light travels in a billionth of a second, and told them to keep it in their pocket as a reminder that physics, not laziness, sets the limit.
The Big Ear telescope was scanning at 1420.4056 megahertz on the night of 15 August 1977, the exact frequency at which hydrogen atoms vibrate across the universe, because Giuseppe Cocconi and Philip Morrison had argued years earlier that any species trying to be found would broadcast on that channel — and then, for 72 seconds, something did.
When Doug Wheelock came home after 163 days in space, he said he had craved the aroma of leaves, grass, flowers, and trees, the rush of Earthiness that reaches astronauts only when the hatch opens back onto the living planet