Computer audio has become the preferred choice for many music lovers since it capable of high-resolution sound and has the convenience of easy storage of music library. However, computers are prone to electromagnetic interference and unwanted noise generated by the switch-mode power supply.
Akiko Audio USB Tuning combats noise-related issues through an unused USB input. High-frequency electromagnetic noise is reduced, making the signal transmission more accurate. The design consists of an ingenious mix of natural minerals connected to an internal antenna for high-frequency radiation that is stabilized with special black resin and suppresses microphonic effects.
The Akiko Audio USB Tuning has a stylish and compact housing made from woven carbon, a modern material that is capable of enhancing the properties of our used materials even more. In addition, the USB Tuning is also provided with an energetically treated 10mm chip.
Technical measurements have proven that our Tuning products work. Suppressing high-frequency interference enhances the music rendering in the audio spectrum, which is considered a pleasant improvement.
In an unused USB input of your computer, streamer, NAS or DAC.
A computer causes unwanted interferences in a system; a higher noise floor causes a sharp and nervous sound which lead to listening fatigue.
The USB Tuning creates a cleaner rendering in the audio spectrum, making your digital music more enjoyable. Applying one or two Akiko Audio USB Tuning devices in a computer audio system reduces the noise, enhances the natural sound and creates a more noticeable and finer voice rendering.
The USB Tuning has been specially designed for the audio fan, who likes to use his computer as the source, but mostly just wants to enjoy a relaxed and fair rendering of his favourite music.
- Housing measurements: 55mm x 22mm.
- Internal and external copper wiring.
- Sturdy metal USB connectors with plated contacts.
- The Akiko Audio USB Tuning is handmade in the Netherlands.
- Provided with an Akiko Audio 10mm chip.