An electronic apparatus having a rear-side and a front-side, the electronic apparatus comprising: a first microphone (820, 920) for generating a first microphone signal, the first microphone (820, 920) being located on the rear-side of the electronic apparatus for recording an operator of the electronic apparatus; a second microphone (830, 930) for generating a second microphone signal, the second microphone (830, 930) being located on the front-side of the electronic apparatus for recording a subject in front of the electronic apparatus; a third microphone (870, 970) for generating a third microphone signal, the third microphone (870, 970) being located on the front-side of the electronic apparatus; a video camera positioned on the front-side of the electronic apparatus for acquiring images of the subject in front of the electronic apparatus, the electronic apparatus being characterized by: at least one proximity sensor for measuring a distance between the operator and the electronic apparatus and/or a distance between the subject and the electronic apparatus and providing measured distance information as an imaging signal; an automated balance controller for generating a balancing signal based on the imaging signal; and a processor, coupled to the first microphone, the second microphone, the third microphone, and the automated balance controller, for processing the first microphone signal, the second microphone signal, and the third microphone signal to generate: a left-front-side-oriented beamformed audio signal having a left-front-side gain, a right-front-side-oriented beamformed audio signal having a right-front-side gain, and a rear-side-oriented beamformed audio signal having a rear-side gain, wherein an audio level difference between the right-front-side gain, the left-front-side gain, and the rear-side gain is controlled based on the balancing signal. a first microphone (820, 920) for generating a first microphone signal, the first microphone (820, 920) being located on the rear-side of the electronic apparatus for recording an operator of the electronic apparatus; a second microphone (830, 930) for generating a second microphone signal, the second microphone (830, 930) being located on the front-side of the electronic apparatus for recording a subject in front of the electronic apparatus; a third microphone (870, 970) for generating a third microphone signal, the third microphone (870, 970) being located on the front-side of the electronic apparatus; a video camera positioned on the front-side of the electronic apparatus for acquiring images of the subject in front of the electronic apparatus, the electronic apparatus being characterized by: at least one proximity sensor for measuring a distance between the operator and the electronic apparatus and/or a distance between the subject and the electronic apparatus and providing measured distance information as an imaging signal; an automated balance controller for generating a balancing signal based on the imaging signal; and a processor, coupled to the first microphone, the second microphone, the third microphone, and the automated balance controller, for processing the first microphone signal, the second microphone signal, and the third microphone signal to generate: a left-front-side-oriented beamformed audio signal having a left-front-side gain, a right-front-side-oriented beamformed audio signal having a right-front-side gain, and a rear-side-oriented beamformed audio signal having a rear-side gain, wherein an audio level difference between the right-front-side gain, the left-front-side gain, and the rear-side gain is controlled based on the balancing signal. at least one proximity sensor for measuring a distance between the operator and the electronic apparatus and/or a distance between the subject and the electronic apparatus and providing measured distance information as an imaging signal; an automated balance controller for generating a balancing signal based on the imaging signal; and a processor, coupled to the first microphone, the second microphone, the third microphone, and the automated balance controller, for processing the first microphone signal, the second microphone signal, and the third microphone signal to generate: a left-front-side-oriented beamformed audio signal having a left-front-side gain, a right-front-side-oriented beamformed audio signal having a right-front-side gain, and a rear-side-oriented beamformed audio signal having a rear-side gain, wherein an audio level difference between the right-front-side gain, the left-front-side gain, and the rear-side gain is controlled based on the balancing signal. a left-front-side-oriented beamformed audio signal having a left-front-side gain, a right-front-side-oriented beamformed audio signal having a right-front-side gain, and a rear-side-oriented beamformed audio signal having a rear-side gain, wherein an audio level difference between the right-front-side gain, the left-front-side gain, and the rear-side gain is controlled based on the balancing signal.