An apparatus for providing low power solutions in a serial bus system, the apparatus comprising: a logic controller circuit configured to provide control over power delivery over the serial bus system, the logic controller circuit including: analog circuitry that includes a plurality of analog components; digital circuitry that is configured to switch between an active mode and a hibernation mode, wherein the hibernation mode consumes less current than the active mode; a voltage regulator circuit configured to generate a regulated voltage (V dd1.8) from a supply voltage (V dd); and a reset generation circuit configured to: determine that the supply voltage has reached a first threshold voltage level; enable, in response to determining that the supply voltage has reached the first threshold voltage level, the voltage regulator circuit; characterized in that the analog circuitry includes trimming circuitry for configuring the analog components; and the reset generation circuit being further configured to determine that the regulated voltage has reached a second threshold voltage level, the second threshold voltage level having a value less than the first threshold voltage level; determine that the supply voltage has reached a third threshold voltage level, the third threshold voltage level having a value greater than the first threshold voltage level; and switch, in response to determining that the regulated voltage has reached the second threshold voltage level and that the supply voltage has reached the third threshold voltage level, the digital circuitry from the hibernation mode to the active mode. a logic controller circuit configured to provide control over power delivery over the serial bus system, the logic controller circuit including: analog circuitry that includes a plurality of analog components; digital circuitry that is configured to switch between an active mode and a hibernation mode, wherein the hibernation mode consumes less current than the active mode; a voltage regulator circuit configured to generate a regulated voltage (V dd1.8) from a supply voltage (V dd); and a reset generation circuit configured to: determine that the supply voltage has reached a first threshold voltage level; enable, in response to determining that the supply voltage has reached the first threshold voltage level, the voltage regulator circuit; analog circuitry that includes a plurality of analog components; digital circuitry that is configured to switch between an active mode and a hibernation mode, wherein the hibernation mode consumes less current than the active mode; a voltage regulator circuit configured to generate a regulated voltage (V dd1.8) from a supply voltage (V dd); and a reset generation circuit configured to: determine that the supply voltage has reached a first threshold voltage level; enable, in response to determining that the supply voltage has reached the first threshold voltage level, the voltage regulator circuit; determine that the supply voltage has reached a first threshold voltage level; enable, in response to determining that the supply voltage has reached the first threshold voltage level, the voltage regulator circuit; characterized in that the analog circuitry includes trimming circuitry for configuring the analog components; and the reset generation circuit being further configured to determine that the regulated voltage has reached a second threshold voltage level, the second threshold voltage level having a value less than the first threshold voltage level; determine that the supply voltage has reached a third threshold voltage level, the third threshold voltage level having a value greater than the first threshold voltage level; and switch, in response to determining that the regulated voltage has reached the second threshold voltage level and that the supply voltage has reached the third threshold voltage level, the digital circuitry from the hibernation mode to the active mode. determine that the regulated voltage has reached a second threshold voltage level, the second threshold voltage level having a value less than the first threshold voltage level; determine that the supply voltage has reached a third threshold voltage level, the third threshold voltage level having a value greater than the first threshold voltage level; and switch, in response to determining that the regulated voltage has reached the second threshold voltage level and that the supply voltage has reached the third threshold voltage level, the digital circuitry from the hibernation mode to the active mode.