It works with virtually any DC powered device and comes in 5, 9, 12 and 15 volts.
Just check the correct voltage and away you go. Clean, audiophile grade power.
When is a plug no ordinary plug? When it’s an iFi iPower.
Use an iPower to replace your regular power supply for clean, noise pollution free power.
Power hungry
Got underlying noise in your system you can’t explain?
It could be as simple as your power supply.
Upgrade to the iFi iPower to feed your system’s circuits with clean, audiophile grade power and address issues at both the output and input stages.
iPower for LED lights
Photography? No way. iPower can also solve my flickering LED light problem?
Yes, a constant current and voltage power supply like iPowerX will ensure that the current supplied to your LED system will remain stable, no matter the fluctuations of the AC power in your wall socket.
It can be used all over the world as it comes with pins for the USA, United Kingdom, Europe and Australasia.
Quiet! Active Noise Cancellation+® (ANC+) at work!
Exceptionally quiet power. The measured noise floor is 100x quieter than the common noise filter.
Support
| Input: | 100-240VAC |
| Output: | 5V/2.5A; 9V/2.0A; 12V/1.8A; 15V/1.2A
5.5 x 2.1mm (length: 1.8 metres/5.9 feet) |
| Output plug: | 5.5×2.1mm input/5.5×2.5mm output (‘C’ black) 5.5×2.1mm input/4.8×1.7mm output (‘F’ black) 5.5×2.1mm input/4.0×1.7mm output (‘G’ black) 5.5×2.1mm input/3.5×1.35mm output (‘H’ black) 5.5×2.1mm right-angled extension cable. 5.5×2.1mm input/5.5×2.5mm output; Reverse Polarity Plug (‘C’ white) |
| 5v version (only) | DC > micro USB cable (for Raspberry Pi or similar micro computers) |
| Noise*: | 1uV |
| Size: | 82x43x40 mm |
| Weight: | 155g (with cable) |
We’re working on it — check back soon!
Reviews
Actually hear a difference
I’ll give it a 5% improvement for my Amazon Cube with Amazon Music HD.
(Click name to read original review)
Improvement over the SMS unit supplied with the DAC
Improved the upon the soundstage that came using the supplied SMS. Only minor problem was the SMS used a 3mm diameter male plug. Which meant having to source a 2.5mm to 3mm diameter connector, as the range supplied with the unit did not cover this. Eventually found a source else it was £50. down the drain.
(Click name to read original review)
Oh bleep! I expected nothing but it works
I actually used it for a different application to most, I bough it for a Sony PSHX500 turntable. In fact I really do not believe it can do much different to most dacs, as dacs and streamers have already circuit filters but well in the turntable sector one of the first upgrades are linear power supply, yet this not exactly such but neither is my turntable a Rega Planar 3. I just hoped a better switching power supply would mean better pitch stability. I tried it thinking sure I will return it.
Read more…
(Click name to read original review)
works well, but needed to buy more tips
on my Cambridge Audio Dac Magic 100 the tips did not fit so I purchased a huge set of 34 tips and found one that worked. The background is blacker, detail better, and can play louder with less congestion
(Click name to read original review)
Improved the sound from my Roberts Stream radio
I have been pleasantly surprised and pleased by the difference this power supply has made to the sound from my Roberts Stream 83i radio. Everything is that bit sharper and brighter than before, so the power supply does what it claims to do. The array of adapters and connections that come with it in the box also enable it to serve as a versatile travel adapter. Overall, worth the money and a worthwhile upgrade for any suitable hi-fi components.
(Click name to read original review)
You can hear the difference!
Bought this as an upgrade for my Raspberry Pi/HiFiBerry DAC2 HD combination. Audible improvement in sound quality. A bit more space and definition and no system noise. Excellent upgrade to a low cost front end for a high end audiophile system.
(Click name to read original review)
Compare
| iPower | DC iPurifier2 | |
 |  |
|
| Primary use | Upgrade any noisy SMPS | In-line upgrade of linear/SMPS power supply |
| Input | Yes | - |
| Output | 5V/2.5A; 9V/2.0A; 12V/1.8A; 15V/1.2A 5.5×2.1mm input/5.5×2.5mm output (‘C’ black) 5.5×2.1mm input/4.8×1.7mm output (‘F’ black) 5.5×2.1mm input/4.0×1.7mm output (‘G’ black) 5.5×2.1mm input/3.5×1.35mm output (‘H’ black) 5.5×2.1mm right-angled extension cable. 5.5×2.1mm input / 5.5×2.5mm output; Reverse Polarity Plug (‘C’ white) | - |
| 5v version only | DC > micro USB cable (for Raspberry Pi or similar micro computers) | - |
| Compatible with | - | 5-24v DC (up to 3.5A, 84W) |
| Input/Output | - | 5.5 x 2.1mm (adapters for 5.5×2.5mm and 3.5×3.5×1.35mm included) |
| Active Noise Cancellation | Yes | - |
| Active Noise Cancellation2 | - | Yes |
| Noise | 1uV | - |
| Noise reduction | - | Up to 100,000x |
| Total length | 82x43x40mm | |
| Weight | 155g (with cable) |
EMI (Electromagnetic Interference)
EMI is a type of interference caused by errant and unwanted electromagnetic waves that are received and amplified by an audio system. They cause some of the annoying ‘audio gremlins’ we often talk about.
RFI (Radio-frequency interference)
Radio-frequency interference (RFI) is very similar to electromagnetic interference (EMI) but is found in the radio frequency spectrum. It is another source of irritating, unwanted noise often talked about as an ‘audio gremlin’.
Top tip: just don’t add water.
Switch Mode Power Supplies (SMPS)
A switched-mode power supply is an electronic power supply that incorporates a switching regulator to convert electrical power efficiently. It transfers power from a DC or AC source to DC loads, such as a personal computer, while converting voltage and current characteristics.
Switch-mode power supplies are widely used because of the advantages they offer in terms of size, weight, cost, efficiency and overall performance. They are in themselves noisy and were not designed with audio in mind.
Active Noise Cancellation
Active Noise Cancellation (ANC) reduces unwanted sound by the addition of a second sound wave specifically designed to cancel out the first. This basically results in no sound at all as it reaches unwanted sound even at the lowest frequencies.
Passive noise cancellation is done by means of insulating filters and works best on the middle to high frequencies. It does not work on the lower frequencies meaning that some sound can still be heard.
