Philips Fidelio X3 Amazon
The philips fidelio x3 headphones boast double layered ear shells that reduce resonance and vibration.
Philips fidelio x3 amazon. These over ear headphones feature exquisitely tuned 50 mm drivers and high resolution audio for excellent sound details. The philips fidelio x3 headphones deliver clean and balanced audio performance that will appeal to anyone seeking accuracy over boosted bass and sculpted highs. We check over 130 million products every day for the best prices.
The neodymium drivers are engineered to tilt at 15 degrees fitting the natural geometry of your ear for optimal accuracy at hight frequencies. The open back ear cup design is covered with. Philips reboots its fidelio brand with these flagship x3 hi fi reference cans and we re blown away.
Price analysis and release date the philips fidelio x3 was released in september 2020 and is the sequel to the four year old fidelio x2. Philips fidelio x3 wired over ear open back headphones multi layer 50mm diaphragms hi res certified premium finishing hear the difference 4 5 out of 5 stars 2 891 321 78. The light soft inner headband adjusts to fit perfectly.
Philips fidelio x3 headphones boast double layered ear shells that reduce resonance and vibration. The neodymium drivers are engineered to tilt at 15 degrees fitting the natural geometry of your ear for optimal accuracy at high frequencies. They re unapologetic indoor head fi complete with kvadrat fabric backed earcups disguising the fact that they are open backed over ear design.
You can easily hear great music with these use them for gaming as an example flexible. The philips fidelio x3 headphones boast double layered ear shells that reduce resonance and vibration. Flawless performance with exquisite detail.
The fidelio x3 low power requirements are a big plus if you plan to use these headphones for multiple applications. The x3 could never be described as casual. The neodymium drivers are engineered to tilt at 15 degrees fitting the natural geometry of your ear for optimal accuracy at high frequencies.
