Ananda vs HE600
The HE600's sensitivity is 94 dB against the Ananda's 93 dB, its impedance 28Ω against 25Ω, and its high-frequency extension 65 kHz against 55 kHz. Both share low-frequency extension (8 Hz).
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Estimated price (community-sourced)
Around — community and catalog average, updates slowly
The Ananda features a NEO 'supernano' diaphragm, which is significantly thinner than previous designs, allowing for faster and more detailed sound reproduction. It is designed to be comfortable with asymmetrical ear cups and a hybrid headband for long-term wear. The Ananda is praised for its open soundstage, high resolution, and ability to be driven by a wide range of devices, including smartphones.
Driver and acoustic performance characteristics
Headphone driver and design characteristics
Size, weight, and appearance
Specifications are community-contributed and may not be accurate or complete. Verify all details with the manufacturer before making purchasing decisions. Terms & Conditions
Components that show up alongside the Ananda in real systems. A verdict means the pair has been checked for compatibility and headroom — open it to see how the two get along.
The closest alternatives on specs, description and the systems they turn up in, with the specs they share set side by side.
The HE600's sensitivity is 94 dB against the Ananda's 93 dB, its impedance 28Ω against 25Ω, and its high-frequency extension 65 kHz against 55 kHz. Both share low-frequency extension (8 Hz).
The Arya's sensitivity is 90 dB against the Ananda's 93 dB, its impedance 35Ω against 25Ω, and its high-frequency extension 65 kHz against 55 kHz. Both share low-frequency extension (8 Hz).
Both turn up in the same documented systems.
The Audivina LE's sensitivity is 96 dB against the Ananda's 93 dB, its impedance 20Ω against 25Ω, and its low-frequency extension 5 Hz against 8 Hz. Both share high-frequency extension (55 kHz).
The ERA-1's sensitivity is 94 dB against the Ananda's 93 dB, its impedance 20Ω against 25Ω, its low-frequency extension 10 Hz against 8 Hz, and its high-frequency extension 40 kHz against 55 kHz.
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