#1 Electro-TOS
Posted: Wed Apr 29, 2020 7:45 am
https://www.diyaudio.com/forums/digital ... a-744.html Post #7437 gives details
I have been following product developments at Netherlands based EC Designs.
Their last product range including MOS16 or 24 DAC and UPL16 or 24 music server was battery powered and used only toslink connections to provide galvanic isolation.
In their new product line, John - long time contributor to diy-Audio and his brother have designed a hybrid interconnect. Source output is electrical from an RCA socket into a cable terminated at the far end with a high speed led which plugs into the TOS- link socket of the DAC.
John writes
What makes ElectroTos so special?
+ Superb galvanic insulation, zero ground loop noise injection.
+ Limited bandwidth output, massive noise spectrum reduction compared to USB, I2S, coax, and AES/EBU.
+ Extremely low inter-symbol jitter because of twin bandwidth interface (large bandwidth electrical interlink, low bandwidth optical output) and the ElectroTos protocol.
+ No optical reflections.
+ Extra jitter reduction by PLL.
Has anyone on here been following this? Could this be a ground breaking method of limiting interference? It's something diy'ers could implement fairly easily.
They have more innovations including their new 'fractal' dac.
I have been following product developments at Netherlands based EC Designs.
Their last product range including MOS16 or 24 DAC and UPL16 or 24 music server was battery powered and used only toslink connections to provide galvanic isolation.
In their new product line, John - long time contributor to diy-Audio and his brother have designed a hybrid interconnect. Source output is electrical from an RCA socket into a cable terminated at the far end with a high speed led which plugs into the TOS- link socket of the DAC.
John writes
What makes ElectroTos so special?
+ Superb galvanic insulation, zero ground loop noise injection.
+ Limited bandwidth output, massive noise spectrum reduction compared to USB, I2S, coax, and AES/EBU.
+ Extremely low inter-symbol jitter because of twin bandwidth interface (large bandwidth electrical interlink, low bandwidth optical output) and the ElectroTos protocol.
+ No optical reflections.
+ Extra jitter reduction by PLL.
Has anyone on here been following this? Could this be a ground breaking method of limiting interference? It's something diy'ers could implement fairly easily.
They have more innovations including their new 'fractal' dac.