Pure silence: Clean power to the maX

With crème de la crème components and tech, the iFi iPower X deep cleans the background noise created in your mains power. Can now be used with a wider variety of equipment. The original iFi iPower provides an effective, clean power solution for noise in your system. But why not push your power upgrade to the max with the all-new iFi iPower X. Their new ultra-low noise AC/DC power supply has been optimised to take advantage of new knowledge, components and tech in the world of super high-frequency power supply design.

The iPower X uses military based, improved Active Noise Cancellation2 to cancel all incoming EMI and RFI noise. This is the same tech as in active noise-cancelling headphones! Ever experienced how well these block out cabin noise on a plane compared to regular headphones? This is what the iPower X does to your mains noise. It generates a signal identical to that of the incoming electrical noise but in the opposite phase, actively cancelling it out. This is highly effective at removing low- and mid-frequency noise, while passive isolating filters deal with higher frequency interference. This combination is measurably more effective at eradicating noise corrupting the USB signal than devices relying solely on passive filtering. It reduces the noise floor by > 40 dB (> 100 times).

As usual with iFi, every new design means not only improving how it looks on the outside but more importantly, how it functions on the inside. The input capacitance is now 50 % larger and the output capacitance is 150 % larger when compared to the original iPower. In practical terms, this gives you more filtration, improved dynamics and unsurpassed sound quality.

iFi uses the latest solid organic capacitors for better suppression of high-frequency noise by 40 dB (> 100 times) when compared to the original iPower. Input capacitance is 50 % larger. Output capacitance is 150 % larger. For better suppression of high-frequency noise, we added solid organic capacitors combined with semi-conductors to its output filter.