This area of our site is designed to satisfy virtually every question about our products, why they’re different, how they work and why they are just better.
We have dissected the product to material and component level at each and every stage of development. We have dropped it, we have blown it up and we've tested it beyond consumer extremes. We've compiled this section so you can understand why we did it.
Criteria: 6A switch.
Reality: We sourced 20 panel mount switches. 18 rated at 6A failed at less than 6A. 2 passed at more than 6A - 9A and 11A respectively. We used only one after taking them apart, seeing how they are made and testing them to destruction of 11A.
Criteria: 45mm high. DNA-50: 350vA. DNA-45: 250vA.
Reality: Several sources of copper supplied to us. We paid to analyse the purity of the copper, we found all copper supplied to us specified as 99.9% pure. Only one supplier out of 6 met specification. This supplier is based in Sweden.
The core: The transformer core is made of soft iron. The design of the core and its ability to create our power rating for the transformer along with its physical dimension, can only be achieved by quality, soft iron and only sourced in England.
Our transformers are manufactured by the same people that have made every transformer in every ONIX Audio/ONIX DNA product since Day 1. Our transformer is the heart of the DNA-50/DNA-45. Its design and its reality cannot be ignored.
Criteria: To enable extreme transient frequency response over a wide range of loads, with virtually no degrade of power supply.
Reality: We use 8 x 4700uF capacitors. This achieves incredible stability of power coming from our transformer ensuring that the signal path is at its smoothest, meaning distortion of sound is nonexistent. This is due to the capacitors having unbelievable ripple rejection.
Criteria: No vents. No fans. No need for restrictive circuitry and complete elimination of thermal runaway.
Reality: Designed by us - we use a patented bespoke and uniquely processed heat sink which enables any heat created by the final output stage to be moved throughout the entire case acting as a single heatsink with a dissipation rate of over 95% of the heat generated - creating an unprecedented reference in heat dissipation and thermal stability.
Criteria: Taking a pure signal path, switch managing it as close to the input on the amplifier as physically possible.
Switching is carried out by a single microprocessor and dedicated digital encoder, with software written by us as to enable management of all input sources.
As you can see in this photo: The two components on the left have far more wipers than the two on the right. Also the bands are much thicker, creating a more reliable and well manufactured component. It's extremes such as this, that make ONIX products different to others.Click to enlarge image