GENERIC USB AUDIO DRIVER XMOS HOW TO
GENERIC USB AUDIO DRIVER XMOS DRIVERS

There are no URL's as I was working with their teams over email. If you want realtime programming to be fun again, or you want to change (for the better!) the way you think of implementations, then xCORE devices are the way to go As to what to use? I'd look to see what DigiKey stocks. There were no unpleasant corner cases nor interactions nor errata they just worked first time.

The peripherals are well designed and integrated with the software, so initialising them was trivial. I found I didn't spend much time on the boring bits, such as initialising the devices to do what I needed. Caveat: if your timing requirements are simple and/or the MCU is grossly underutilised, then traditional MCUs may be acceptable. Why - because measuring performance and hoping you happen to have come across worst-case performance is not sufficient. If guaranteed by design timing is important, then the real competition is FPGAs, not other MCUs. OTOH, having xCORE on my CV would have helped me get the best two jobs I had, because those employers were looking for people that pushed the boundaries, didn't accept the status quo, and tried things on their own because they liked the subject.

If you want to get a device on your CV that will fit HR-droids filters, there are better chips. Whether or not xCORE devices are worth learning and trying depends on your objectives. xcore.ai is a new extension of xCore-200 being released soon: The xCORE-200 explorer kit is the only 'general purpose' XMOS kit at the moment, but I believe their new xcore.ai kit will be out very soon. xCore-200 XL-Series (L = Low power - General) xCore-200 XU-Series (U = USB - adds USB PHY) xCore-200 XE-Series (E = Ethernet - adds Gigabit Ethernet and USB interface) I think it would be worth upgrading, the new kit would be adding at the very least more cores, internal flash, USB and Ethenet. The original xCore parts were as follows: XS1 G-Series (G = General - EOL'd in 2017) XS1 L-Series (L = Low power - compared to G-series) XS1 A-Series (A = Analog - adds DC-DCs + ADC) XS1 U-Series (U = USB - adds USB PHY) XS1 XA-series (XA = Xcore + Arm - EOL'd in 2016) The xCORE-200 Explorer Kit which comes with XE216-512-TQ128 on the board.

GENERIC USB AUDIO DRIVER XMOS HOW TO

(Next on the list: find a replacement for Zoom Player and its codec support, since it runs faster than VLC for high resolution mkv with subtitles, and figure out how to make a package to install TexMacs.The XS1-G4 is a really old XMOS chip and looks like this is Engineering Samples RevA. I have no idea what to use, perhaps the default audio program? I understand it is already bit to bit perfect, but I have no idea how to setup flac and tak encoding on it.Īny ideas? Can programs be borrowed from other distributions? Also, on the same topic, I need to replace foobar to listen to. Hopefully I can figure out how to make a package to load from a flash drive once I figure out what exactly needs to run. What do I need to install and how do I need to go about doing it? I know people in various linux distributions have solved this issue years ago after searching but I.

Porteus detects it as an audio card but I receive errors trying to send data to it.

GENERIC USB AUDIO DRIVER XMOS DRIVERS

This uses an XMOS chip and, on windows, standard Theyscon audio drivers (TUBSAudio_Driver). This works well with my wooden headphones. Works great immediately for just about everything.īut I'm having issues getting my USB DAC to work. I would like to thank everyone who maintains it. I recently switched to linux for almost everything and have been using Porteus.

Generic usb audio driver xmos