https://www.adark.co/collections/project...ze-edition
et la recette :
How we design a modified Buffalo GS-BS2016?
Improve the outlook which make it more like a audiophile gear
We love the ideas of Cascade of Buffalo GS-BS2016
The device should be powered externally with audiophile grade LPS
The power section should be enhanced with more exotic audio capacitors
The Giesemann OCXO 25Mhz will be optimised to Cascade of Buffalo GS-BS2016, the power supply will be independent powered with Linear Power Supply, this can avoid the interference further. The Giesemann Clock will be in module, to supply the cleanest clock signal to the board.
Two of the Buffalo GS-BS2016 should be fit into one single box
The internal wire with optimised with Duelund Silver Cable, and solder with Audio Note
The chassis will be using Carbon Fiber to tailor made for fitting two motherboard at once, or there will be single version of Buffalo GS-BS2016.
The use of SFP Single Mode Optical Fiber will give you another isolation to connect Cascade of Buffalo GS-BS2016
et la recette :
How we design a modified Buffalo GS-BS2016?
Improve the outlook which make it more like a audiophile gear
We love the ideas of Cascade of Buffalo GS-BS2016
The device should be powered externally with audiophile grade LPS
The power section should be enhanced with more exotic audio capacitors
The Giesemann OCXO 25Mhz will be optimised to Cascade of Buffalo GS-BS2016, the power supply will be independent powered with Linear Power Supply, this can avoid the interference further. The Giesemann Clock will be in module, to supply the cleanest clock signal to the board.
Two of the Buffalo GS-BS2016 should be fit into one single box
The internal wire with optimised with Duelund Silver Cable, and solder with Audio Note
The chassis will be using Carbon Fiber to tailor made for fitting two motherboard at once, or there will be single version of Buffalo GS-BS2016.
The use of SFP Single Mode Optical Fiber will give you another isolation to connect Cascade of Buffalo GS-BS2016