SENNHEISER Pro Audio HD 700
-
Code:HD 700
-
Weight:1.000 Kgs
HiFi Headphones
Bring excitement to the next stage of intensity with the new HD 700. Incorporating Sennheiser’s signature sound expertise, these open, circumaural dynamic stereo headphones promises outstanding soundstage with a warm and balanced audio reproduction. Paired with specially-tuned, highly efficient drivers capable of delivering high sound pressure levels, immense audio enjoyment is available at your fingertips.
Equaling the audio performance are the finest parts expressly selected for production – highly aesthetic dual-material yoke, angled acoustic baffle, detachable symmetrical silver-plated oxygen-free four-wire copper cable – for an optimal sound experience. In addition, exceedingly optimized ventilated magnet system minimizes air turbulence and harmonic, intermodulation distortion while a very low THD is achieved by the superior, extremely stable internal damping element.
The open-back ear cup design is not only revolutionary but also, to facilitate transparent sound. Extraordinary wearing comfort is ensured, with their ultra comfortable and luxurious earpads, together with its silicone-treated headband resulting in minimal headband resonance. All in all, the HD 700 invites the user to bask in true musical enjoyment.
Features
Open, circumaural dynamic stereo headphones
Outstanding soundstage with a warm and balanced audio reproduction
Specially-tuned, highly efficient drivers capable of delivering high sound pressure levels
Highly optimised ventilated magnet system minimises air turbulence and harmonic, intermodulation distortion
Open-back ear cups facilitate transparent sound while showcasing cutting-edge industrial design
Angled acoustic baffle for optimal sound projection and natural sound experience
Ultra comfortable and luxurious velour earpads, silicone-treated headband for minimal headband resonance
Innovative and highly aesthetic dual-material yoke for better stability and eliminates negative influences to sound quality
Very low THD achieved by top-n