A communications device arranged for providing self-voice feedback to a wearer of the communications device, comprising: a first ear cup and a second ear cup; a first output transducer that is acoustically coupled to an acoustic volume defined by a volume of air within a first ear canal of the wearer of the communications device and a volume of air within the first ear cup; a second output transducer that is acoustically coupled to an acoustic volume defined by a volume of air within a second ear canal of the wearer and a volume of air within the second ear cup; a first microphone to provide a first signal having a voice component that represents a response of the first microphone to near-end speech; a second microphone to provide a second signal having a voice component that represents a response of the second microphone to the near-end speech; first signal processing circuitry in a digital signal processing path, electrically coupled to the first and the second microphones, being configured to: determine, from at least the first signal and the second signal, parameter values including a microphone mixing parameter value; process the first signal and the second signal according to at least the determined microphone mixing parameter value to produce at least one digital summed microphone signal; determine a gain adjustment parameter value from the at least one digital summed microphone signal; adjust a gain of the digital summed microphone signal to produce a gain-adjusted outbound signal carrying the near-end speech for output from the communications device; and output the gain adjusted outbound signal from the communications device to a far-end; and second signal processing circuitry in a digitally-controlled analog signal processing path that is parallel to the digital signal processing path, electrically coupled to the first and the second output transducers and the first and the second microphones, being configured to: process the first signal and the second signal according to the determined microphone mixing and the gain adjustment parameter values to produce a combined gain-adjusted near-end signal carrying the near-end speech for output to the first and the second output transducers. a first ear cup and a second ear cup; a first output transducer that is acoustically coupled to an acoustic volume defined by a volume of air within a first ear canal of the wearer of the communications device and a volume of air within the first ear cup; a second output transducer that is acoustically coupled to an acoustic volume defined by a volume of air within a second ear canal of the wearer and a volume of air within the second ear cup; a first microphone to provide a first signal having a voice component that represents a response of the first microphone to near-end speech; a second microphone to provide a second signal having a voice component that represents a response of the second microphone to the near-end speech; first signal processing circuitry in a digital signal processing path, electrically coupled to the first and the second microphones, being configured to: determine, from at least the first signal and the second signal, parameter values including a microphone mixing parameter value; process the first signal and the second signal according to at least the determined microphone mixing parameter value to produce at least one digital summed microphone signal; determine a gain adjustment parameter value from the at least one digital summed microphone signal; adjust a gain of the digital summed microphone signal to produce a gain-adjusted outbound signal carrying the near-end speech for output from the communications device; and output the gain adjusted outbound signal from the communications device to a far-end; and second signal processing circuitry in a digitally-controlled analog signal processing path that is parallel to the digital signal processing path, electrically coupled to the first and the second output transducers and the first and the second microphones, being configured to: process the first signal and the second signal according to the determined microphone mixing and the gain adjustment parameter values to produce a combined gain-adjusted near-end signal carrying the near-end speech for output to the first and the second output transducers. determine, from at least the first signal and the second signal, parameter values including a microphone mixing parameter value; process the first signal and the second signal according to at least the determined microphone mixing parameter value to produce at least one digital summed microphone signal; determine a gain adjustment parameter value from the at least one digital summed microphone signal; adjust a gain of the digital summed microphone signal to produce a gain-adjusted outbound signal carrying the near-end speech for output from the communications device; and output the gain adjusted outbound signal from the communications device to a far-end; and second signal processing circuitry in a digitally-controlled analog signal processing path that is parallel to the digital signal processing path, electrically coupled to the first and the second output transducers and the first and the second microphones, being configured to: process the first signal and the second signal according to the determined microphone mixing and the gain adjustment parameter values to produce a combined gain-adjusted near-end signal carrying the near-end speech for output to the first and the second output transducers.