Day i-stopped-counting-for-a-long-time-already in my quest to find a proper #LC3 enabled #Bluetooth #DAC (maybe True Wireless?) for my headphones (MMCX connector). I've now discovered the VOCE DAC on kickstarter which would at least allow me to connect my cable driven earphones to it and then use LC3 Bluetooth for the transmission to the DAC. But... it's only available in the US :(

Hm, seems like there are no #BLE #Audio or #LC3 codec supporting standalone transceivers yet. While there are already some "True Wireless" pods out there, I'd like to use my favorite in-ear pieces (connectable through #MMCX). Even FiiO doesn't have anything yet, it seems.

Hm, now that the #Bluetooth SIG pushes forward with #BLE #Audio using the open #LC3 codec (which is supposed to work for #HSP/#HFP mode as well, meaning finally proper Bluetooth microphone quality!), #Qualcomm finally opened up their #aptX codec and donated it to the #Android #AOSP, even part of the MTS test suite:

https://android-review.googlesource.com/c/platform/test/mts/+/2298682

#selfpromotion

Last year I've decided to write an article about how we can write a working register-based #virtualmachine in 125 lines of #c code.

In the end it was a little "bit" less.

#c #lowlevel #programming #assembly #LC3

In case you are interested, here is the link:
https://www.andreinc.net/2021/12/01/writing-a-simple-vm-in-less-than-125-lines-of-c

#selfpromotion

Last year I've decided to write an article about how we can write a working #virtualmachine in 125 lines of #c code.

In the end it was a little "bit" less.

#c #lowlevel #programming #assembly #LC3

In case you are interested, here is the link:
https://www.andreinc.net/2021/12/01/writing-a-simple-vm-in-less-than-125-lines-of-c