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Item Condition: Used
Why Buy New is pleased to offer for sale this brilliant iFi Audio ZEN CAN Headphone Amplifier.
It comes in the original box and packaging and includes a power supply.
This has been tested and is in full working order. It is sold with our own 3 month warranty.
The cosmetic condition is excellent. There are some very minor difficult to see marks. Please see the condition in the images.
FREE national courier delivery.
Why Buy... from us?
Because all of our items go through a full inspection, get serviced (if required), PAT tested for electrical safety, deep cleaned and all come with a warranty. We are 100% committed to customer care and are always on hand pre or post-delivery for technical help and advice.
iFi Audio ZEN CAN - Balanced Desktop Headphone Amplifier
Key Features
Balanced Power for Elevated Performance
Featuring a Class A discrete balanced circuitry from iFi’s high-end Pro iCAN amplifier, the ZEN CAN brings powerful sound with 15.1V @ 300 Ohms, enabling robust performance even with challenging headphones. Experience up to 52x the power of standard laptop or smartphone outputs.
Enhanced Soundstage with 3D Sound
Designed to emulate speaker-like sound on headphones, the ZEN CAN’s 3D circuit creates a spacious soundscape with precision—height, depth, and width without sacrificing resolution.
XBass: Bass You Can Feel
The XBass circuit enhances bass for headphones, especially open-back models, ensuring low frequencies stay full and impactful. iFi’s active EQ solution offers a more refined approach to bass enhancement, maintaining audio quality.
Premium Build Quality
Constructed with high-end components including Panasonic ECPU capacitors, TDK C0G ceramics, custom iFi/AMR op-amps, Texas Instruments low-noise ICs, muRata capacitors, and a Tokyo Cosmos Electric multi-track potentiometer for exceptional channel balance.
Inputs
Max Output (Balanced)
Max Output (Single-Ended)
Output Impedance
Total Harmonic Distortion + Noise (THD+N)
Signal-to-Noise Ratio (SNR)
Max Input
Gain Settings
Frequency Response
Power Consumption
Input Voltage
Dimensions
Net Weight
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