The ATH-ANC25 QuietPoint® Noise-Cancelling On-Ear Headphones block up to 80% of environmental noise and offers outstanding sound quality, comfort and portability. The headphones feature soft ear pads and a cushioned headband for long-wearing comfort. The detachable cord offers a convenient in-line volume control. Unlike many other noise-cancelling headphones, the ATH-ANC25 audio functions even without batteries or when its noise-cancelling function is turned off. The headphones are compatible with the Apple® iPod®, iPhone™ and iPod touch®, and perfect for use with portable music and DVD players, laptop computers, in-flight entertainment systems and other devices. The ATH-ANC25 folds for easy portability and storage.
ATH-ANC25 Manual (pdf 330.98 KB)
Type | Active noise-cancelling |
Driver Diameter | 40 mm |
Frequency Response | 20 – 20,000 Hz |
Quietpoint® Active Noise Reduction | Up to 15 dB |
Maximum Input Power | 100 mW |
Sensitivity | 100 dB |
Impedance | 20 ohms |
Battery | AAA (alkaline) |
Battery Life | Up to 40 hours, typical (alkaline) |
Weight | 104 g (3.7 oz), without cable and battery |
Cable | Detachable 1.2 m (3.9') with 3.5 mm (1/8") stereo mini-plug and integrated volume control |
Connector | 3.5 mm (1/8") |
Accessories Included | Airline adapter; AAA battery; protective pouch |
Audio-Technica's QuietPoint® headphones use active noise-cancelling technology to reduce distracting background noise, providing an exceptionally comfortable and restful listening environment in areas with high ambient noise. Active noise-cancelling headphones have components not present in ordinary headphones:
Passive noise-reduction
Passive noise-reducing headphones and earphones do not offer active noise-cancelling electronics. Instead, closed-back sealed headphones achieve passive noise-reduction by physically covering the ears to help block out external noises.
Passive noise-reducing earphones offer an in-ear design that forms an acoustic seal that helps to block background noise and allow for increased fidelity at lower volume levels.