Which Headphones Have the Highest Impedance?

High impedance headphones are usually considered to have an impedance of 100Ω or higher. In general, they will provide superior audio quality compared to low impedance headphones and therefore are coveted among audio enthusiasts and professionals. High impedance devices will have thinner voice coils surrounding the driver making more snug windings which result in a stronger electromagnetic field and reduced audio distortion.

While higher impedance doesn’t necessarily mean better audio quality, there is some merit to it.

Beyerdynamic and Sennheiser are two prominent brands that provide most of the high impedance headphones these days. Also, Beyerdynamic is the only company that offers the same model of headphones with different impedance options.

Beyerdynamic provides three headphones that have the highest impedance among consumer-grade headphones of 600Ω: Beyerdynamic T1 2nd Gen, Beyerdynamic DT 990 Edition 600 and Beyerdynamic DT 880 Premium.

Audio-Technica, another renowned name in the headphones niche, offers high-impedance headphones of their own: Audio-Technica ATH-R70x with impedance as high as 470Ω.

Sennheiser, on the other hand, offers a variety of headphones with an impedance of 300Ω: Sennheiser HD 820, Sennheiser HD 800 S, Sennheiser HD 650, Sennheiser HD 600.

AKG used to produce AKG K240 headphones with 600Ω impedance, but these have got discontinued long since and a 55Ω version is now sold instead. You might find vintage AKG K240 with 600Ω impedance used on eBay.

Headphones with high impedance:

HeadphonesPrice ($)StyleImpedance (Ohms)
Beyerdynamic T1 2nd Gen Ninja$1,300Closed-back600Ω
Beyerdynamic T1 2nd Gen Silver$1,700Semi-open600Ω
Beyerdynamic DT 990 Edition 600$160Open-back600Ω
Beyerdynamic DT 880 Premium$200Semi-open600Ω
AKG K240 600Ohms (Discontinued)N/ASemi-open600Ω
Beyerdynamic DT 1770$530Closed-back530Ω
Audio-Technica ATH-R70x$350Open-back470Ω
Sennheiser HD 650$380Open-back300Ω
Sennheiser HD 600$400Open-back300Ω
Sennheiser HD 800 S$1,800Open-back300Ω
Sennheiser HD 820$2,000Closed-back300Ω
ZMF Verite Closed$2,500Closed-back300Ω
ZMF Verite Open$2,500Open-back300Ω
Beyerdynamic DT 770 Pro 250$135Closed-back250Ω
Beyerdynamic DT 990 Pro 250$130Open-back250Ω
Beyerdynamic DT 1990 Pro$530Open-back250Ω
Beyerdynamic Amiron home$400Open-back250Ω
Beyerdynamic DT 990 Premium 250$165Open-back250Ω
Beyerdynamic DT 880 Pro 250$230Semi-open250Ω
Beyerdynamic DT 880 Premium 250$180Semi-open250Ω
Sennheiser HD 660 S$340Open-back150Ω
Sennheiser HD 560 S$200Closed-back120Ω
Audeze LCD-3$1,945Open-back110Ω
Focal Utopia$4,400Open-back80Ω
High impedance headphones

High impedance headphones require an appropriate headphone amplifier to drive them. Most headphones have low impedance and can be driven by an integrated amplifier within your computer’s motherboard or a phone. However, the headphones mentioned in this list will require a dedicated amplifier to run them. You might be using DAC (Digital audio converter), audio interface or a dedicated sound card of high quality to drive your high-end headphones.

It’s worth noting that your high impedance headphones will work without a dedicated amplifier; however, they will probably be too quiet for your liking even at the maximum volume and you’re very likely to notice distortion and lower audio quality. Both of which ruin the purpose of using high impedance headphones in the first place.

Regardless of the higher quality audio provided by high impedance headphones most consumers don’t own a DAC or audio interface to run them. Therefore, more often than not headphones will have low impedance as that makes them pairable with any electronic device and more accessible to general users. High impedance headphones are primarily used in studios for audio editing or home setups by enthusiast users.

Low impedance headphones have become significantly more popular with the influx of portable devices such as MP3 players, smartphones and laptops. These devices can’t drive high impedance headphones to their full potential, however, are perfectly capable of handling low impedance headphones up to the 64Ω range. The 60-100Ω is more of a grey area and you’ll find varying opinions on whether you need an amplifier in this range.

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