Which ANC Headphone Cancels The MOST Noise? (Scientifically Tested)
Updated: February 25, 2025
Summary
The video delves into the objectivity of active noise cancelling performance testing, utilizing binaural microphones for accurate recordings. Multiple headphones are compared across various frequency ranges, including base, mids, and trebles, with visual representations and detailed analysis. The comparisons encompass the ability of headphones like Airpods Max, Bose Quiet Comfort Ultras, and Sony's to cancel out background chatter and high-pitch sounds within specific frequency ranges. Ultimately, the video provides a final verdict on performance, with a notable emphasis on the Bose Quiet Comfort Ultras.
Introduction
The speaker discusses the objectivity of active noise cancelling performance testing and introduces the binaural microphone for accurate recording.
Base Test
Comparison of headphone performance in base, mids, and trebles range test with visual representation and analysis.
Level One: Base Test Results
Comparison of headphone performance in base section and mids with airpods Maxes, Bose Quite Comfort Ultras, and Sony's.
Level Two: Human Chatter Test
Comparison of headphone performance in canceling out background chatter with airpods Maxes, Bose Quite Comfort Ultras, and Sony's.
High-Pitch Sound Test
Assessment of headphone performance in canceling high-pitch sound based on a sample and frequency range limitations.
Overall Sound Test
Analysis of headphone performance in a wide frequency spectrum setting with airpods, Sony's, and Bose.
Conclusion
Final verdict on headphone performance with emphasis on Bose Quiet Comfort Ultras.
FAQ
Q: What is active noise cancelling performance testing?
A: Active noise cancelling performance testing is a process of objectively evaluating how well headphones can reduce or cancel out external noise by emitting anti-noise signals.
Q: What is a binaural microphone used for?
A: A binaural microphone is used for accurate recording, capturing sound in a way that closely mimics how human ears perceive it in 3D space.
Q: How is headphone performance typically compared in terms of sound frequencies?
A: Headphone performance is often compared by analyzing how well they reproduce sound across different frequency ranges such as bass, mids, and trebles.
Q: What is the purpose of comparing headphone performance in canceling out background chatter?
A: Comparing headphone performance in canceling out background chatter helps in assessing how effectively headphones can reduce distracting noises in real-life scenarios.
Q: What is the significance of assessing headphone performance in canceling high-pitch sounds?
A: Assessing headphone performance in canceling high-pitch sounds is important as it determines how well headphones can handle noises at different frequencies, especially those that are more annoying or piercing to the ears.
Q: How is headphone performance in a wide frequency spectrum setting evaluated?
A: Headphone performance in a wide frequency spectrum setting is evaluated by testing how well headphones reproduce sound across a broad range of frequencies, showcasing their overall audio quality and capabilities.
Q: Why is there an emphasis on Bose Quiet Comfort Ultras in the final verdict of headphone performance?
A: The emphasis on Bose Quiet Comfort Ultras in the final verdict is likely due to their exceptional performance in areas such as noise cancellation, sound quality, and overall user experience during the evaluation process.
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