SPI and I2S should be mapped on the GPIOs (lkcl: no. I a not sure, whether the CPU and memory access would be fast enough for software like BruteFIR, however. These could be stand-alone or go as far as having a basic pre-amplifier carrier.
DRAGONBOX PYRA DAC SERIAL
Adding a serial console for setup and maintance would be enough for any of these, except the media client.Īnother option would be active cross-overs for loudspeakers. Add ATA, SATA, SCSI shields to it and there you go with your 20 hda storage server in the basement, utltra-low power, except the disks ). Depending on the shields the possibilities could be:Ī generic networking board with one to many LAN ports (low wattage router, firewall, auth-, dns-server, etc).Ī generic multimedia board, that has I/O for HomeTheater hardware (there is a real need for low power streamers, that we can freely program, the Chinese crap on the market is too superficial).Ī generic NAS board, that focusses on having as many SATA ports as possible: build a NAS by reusing all your old hard-disks by utilizing software like Unraid, Greyhole, SnapRAID or FlexRAID. Either special purpose boards, tied to a single task or a board, that has been developed to offer as many high-level I/O as possible by the use of plug-boards (shields in Arduino slang). People to find out if there are others interested in the same idea.Ī CPU card on special purpose carrier-boards for tasks, that are not mainstream. Please list any ideas that you may have regarding uses forĮOMA-68-compliant CPU cards. Community Ideas: uses for EOMA-68-compliant CPU cards
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