Jay Steele

There could be some things im incorrect about in this but I'm presenting a better way to deal with alsa-soc for embedded systems. I2C = Command and Control of Codec. I2S = Audio track data. Many including myself don't understand all the complexity's of the way the alsa-soc is developed. And only a few engineers really have the grasp of it. Its so complex that T.I. themselves said mixing I2C and I2S into the same code bundle makes it unnecessarily hard to develop a routine for each soc board and each...

There could be some things im incorrect about in this but I'm presenting a better way to deal with alsa-soc for embedded systems. I2C = Command and Control of Codec. I2S = Audio track data. Many including myself don't understand all the complexity's of the way the alsa-soc is developed. And only a few engineers really have the grasp of it. Its so complex that T.I. themselves said mixing I2C and I2S into the same code bundle makes it unnecessarily hard to develop a routine for each soc board and each...

There could be some things im incorrect about in this but I'm presenting a better way to deal with alsa-soc for embedded systems. I2C = Command and Control of Codec. I2S = Audio track data. Many including myself don't understand all the complexity's of the way the alsa-soc is developed. And only a few engineers really have the grasp of it. Its so complex that T.I. themselves said mixing I2C and I2S into the same code bundle makes it unnecessarily hard to develop a routine for each soc board and each...

There could be some things im incorrect about in this but I'm presenting a better way to deal with alsa-soc for embedded systems. I2C = Command and Control of Codec. I2S = Audio track data. Many including myself don't understand all the complexity's of the way the alsa-soc is developed. And only a few engineers really have the grasp of it. Its so complex that T.I. themselves said mixing I2C and I2S into the same code bundle makes it unnecessarily hard to develop a routine for each soc board and each...

There could be some things im incorrect about in this but I'm presenting a better way to deal with alsa-soc for embedded systems. Many including myself don't understand all the complexity's of the way the alsa-soc is developed. And only a few engineers really have the grasp of it. Its so complex that T.I. themselves said mixing I2C and I2S into the same code bundle makes it unnecessarily hard to develop a routine for each soc board and each codec. Here I will state some of the things as I understand...