Matt said... "I am pretty sure the Rowland Aeris is also software driven. I bet that the right firmware update could make the Aeris untouchable."
You are correct Matt, Rowland Aeris is driven by a large FPGA which performes a variety of master functions, including FIFO jitter elimination and control of a 24-bit DAC module.
I have no information about what a hypothetical Aeris FPGA firmware update might achieve... Meantime, the best way to use Aeris is to feed it through SPDIF... Aeris performance is optimized through its transformer-coupled SPDIF coax input, ideally fed from a transformer-coupled source, such as the Bryston BDP1 or BDP-2 music servers.
Purely conjectural on my part, sound may be further enhanced by the use of an SSD as a storage medium, to eliminate jitter caused by inter-sector disk head seek delays.
G.
Admittedly, in the end the above does not imply that you would necessarily prefer Aeris over OverDrive or other DAC... DAC preference is, very much like paraphrasing female beauty, in the... ears of the beholder *grins!*
G
You are correct Matt, Rowland Aeris is driven by a large FPGA which performes a variety of master functions, including FIFO jitter elimination and control of a 24-bit DAC module.
I have no information about what a hypothetical Aeris FPGA firmware update might achieve... Meantime, the best way to use Aeris is to feed it through SPDIF... Aeris performance is optimized through its transformer-coupled SPDIF coax input, ideally fed from a transformer-coupled source, such as the Bryston BDP1 or BDP-2 music servers.
Purely conjectural on my part, sound may be further enhanced by the use of an SSD as a storage medium, to eliminate jitter caused by inter-sector disk head seek delays.
G.
Admittedly, in the end the above does not imply that you would necessarily prefer Aeris over OverDrive or other DAC... DAC preference is, very much like paraphrasing female beauty, in the... ears of the beholder *grins!*
G