Thanks. I understand the concept of the firmware, but still unclear as to why it would result in such a big improvement in sound. The resources of a digital source are fixed based upon the hardware and processing capabilities. Software can either (1) apply different filters to the sound or (2) reallocate resources to achieve that sound.
For example, updating your BIOS or a computer driver could result in increased compatibilities, but it doesn't make your computer run faster or have a larger memory.
So I'm curious to know from a design standpoint, how firmware can be used to improve a machine without altering the power supply, the transport, or the processing chips.
Thanks.
For example, updating your BIOS or a computer driver could result in increased compatibilities, but it doesn't make your computer run faster or have a larger memory.
So I'm curious to know from a design standpoint, how firmware can be used to improve a machine without altering the power supply, the transport, or the processing chips.
Thanks.