This is an incorrect generalization. I use hybrid active/passive xovers with multiple xover freq's and curves. It is difficult to implement compensation for inadequate drivers, but there is definitely accurate tonality and a very real sense of depth and space.
Peace,
Tom E
jplesset yes but being able to tweak things on the go, is useful for portable setups that are in various, different environments. I built my own food tub computer using a a10 SBC and lcd module. lot of work, not that reliable... a small netbook is easier but a arm SBC would be more efficient than a x86 laptop. ease wins in the end, this time.
for a not-x86, more efficient generic computer thing for dsp, I would fancy a dedicated dsp product made using eoma68 computer cards 🙂. that way the $$$$$ soc, ram, hard to make computer bit is on standardized module that goes it a nice housing with the features that we want:
If a fancy dsp eoma68 housing existed, I would like to buy or pledge for it 😀.
for a not-x86, more efficient generic computer thing for dsp, I would fancy a dedicated dsp product made using eoma68 computer cards 🙂. that way the $$$$$ soc, ram, hard to make computer bit is on standardized module that goes it a nice housing with the features that we want:
- flexible battery power input
- very low noise usb DAC and ADC
- un/balanced ins/outs
- touch screen
- programmable level adjustment pots/nobs. ie vol, bass, mid, trebble,sub.
- for more processing power, swap out the computer card 😛
- new more efficient computer card comes out? upgrade to that to save some watts 😀
- wifi remote access, monitor, control.
- dsp and mixxer
- small always on oled screen with spectrum graph display thing
If a fancy dsp eoma68 housing existed, I would like to buy or pledge for it 😀.
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