Designed to Deliver a Detailed and Natural Sound

Named after the Sanskrit word that literally means “beautiful,” the HIFIMAN Sundara Open-Back Planar Magnetic Headphones are designed to deliver a detailed and natural sound. They are easily powered from a wide variety of audio sources including smartphones, moderate-power desktop amplifiers, portable digital audio players, and more, in the comfort of your home or on the go.

Made of proprietary, light and high-tensile material, the Sundara’s ultra-fine diaphragms produce a wide frequency response of 6 Hz to 75 kHz with fast transient response, low distortion levels, and high dynamic range. The hybrid headband design and gently beveled earpads evenly distribute the headphones’ weight around your head to provide a secure grip and a comfortable fit for long listening sessions.

The Sundara headphones comes with a detachable 4.9′ cable terminated with a 3.5mm plug.

Planar Magnetic Drivers

• Detailed and natural sonic signature
• Open-back, circumaural headphones with large planar magnetic drivers, can be powered from a wide range of audio sources
• Wide frequency response: 6 Hz to 75 kHz
• Fast transient response

Ultra-fine Diaphragm

• Low-mass and ultra-fine diaphragm delivers low distortion levels and high dynamic response
• Made of proprietary, light and high-tensile material

Hybrid Headband Design

Ergonomic and comfortable headband is contoured to fit a broad variety of head shapes

Headband evenly spreads headphones weight over your head

Unibody yoke attaches the frame to the earcups making a seamless sweeping curve that is both elegant and functional

Single-piece, metal construction is durable enough to withstand the rigors of modern urban life.

Symmetric Earcup Design

Weight is evenly distributed to offer a secure grip and a comfortable fit for long listening sessions

Earcups and gently beveled earpads conform around your ear.

• Sturdy physical cable connection via 3.5mm sockets on the left and right earcups
• Large contact surface for enhanced signal transmission