Crosstalk amelioration systems and methods in a radio frequency front end (rffe) communication system

An integrated circuit (IC) comprising:

• a means for coupling to a data line of a communication bus;
• a means for transmitting coupled to the means for coupling to the data line;
• and
• a glitch monitoring circuit coupled to the means for transmitting configured to:
• detect noise on the data line;
• compare the detected noise to a predefined signal type;
• and
• on the detected noise matching the predefined signal type, cause signals to be added to the data line causing the detected noise to appear as something other than the predefined signal type.

A method for controlling a communication bus, comprising:

• comparing a detected noise event to a clock phase;
• ignoring the detected noise event when the detected noise event occurs during a logical high clock phase;
• determining that the detected noise event ends within a logical low clock phase when the detected noise event occurs during the logical low clock phase;
• and
• generating a signal on a data line causing the detected noise event to appear as something other than a predefined signal type.

A mobile computing device comprising:

• a plurality of slaves;
• a two-wire communication bus comprising a clock line and a data line, the two-wire communication bus coupled to each of the plurality of slaves;
• and
• a host comprising an integrated circuit (IC) comprising:
• a data port coupled to the data line of the two-wire communication bus;
• a transceiver coupled to the data port;
• and
• a glitch monitoring circuit coupled to the transceiver configured to:
• detect noise on the data line;
• compare the detected noise to a predefined signal type;
• and
• on the detected noise matching the predefined signal type, cause signals to be added to the data line causing the detected noise to appear as something other than the predefined signal type.