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Primary Use: To manipulate digital audio signals for effects and optimization. Basic Specifications: Processor speed, algorithms available, I/O connections.

Primary Use: To boost audio signals to a level suitable for driving speakers. Basic Specifications: Power rating, impedance compatibility, total harmonic distortion.

Primary Use: To convert sound into electrical signals. Basic Specifications: Type (dynamic or condenser), polar pattern, frequency response.

Primary Use: To convert analog signals to digital and vice versa for recording and playback. Basic Specifications: Bit depth, sample rate, number of inputs/outputs.

Primary Use: To combine, process, and monitor audio signals. Basic Specifications: Number of channels, EQ bands per channel, onboard effects.

Primary Use: To amplify sound and project it to an audience. Basic Specifications: Power output, driver size, maximum SPL.

Primary Use: To convert unbalanced high-impedance signals to balanced low-impedance outputs. Basic Specifications: Input and output types, active or passive operation, ground lift switch.

Primary Use: To hold microphones in place during performance or recording. Basic Specifications: Height adjustability, boom arm presence, base type (tripod or round).

Primary Use: To provide musicians with a reference of the live mix on stage. Basic Specifications: Power rating, driver size, frequency range.

Primary Use: To consolidate multiple audio cables into a single, manageable multi-core cable. Basic Specifications: Number of channels, length, connector types (XLR, TRS, etc.).

Primary Use: To transmit audio signals wirelessly from a microphone to the sound system. Basic Specifications: Operating frequency range, range of transmission, number of simultaneous channels.

Primary Use: To amplify microphone level signals to line level. Basic Specifications: Gain range, phantom power supply, input/output impedance.

Primary Use: To split the audio signal into separate frequency bands for different speaker drivers. Basic Specifications: Crossover frequencies, slope rates, passive or active operation.

Primary Use: To isolate drum sound on stage and control volume. Basic Specifications: Number of panels, material (acrylic, glass, etc.), height and width of panels.

Primary Use: To adjust the balance of frequencies within an audio signal. Basic Specifications: Type (graphic or parametric), number of bands, range of frequency adjustment.

Primary Use: To reproduce low-frequency sounds in a PA system. Basic Specifications: Driver size, frequency response, power handling capacity.

Primary Use: To provide performers with a personalized audio mix in a discrete manner. Basic Specifications: Frequency response, transmitter power, number of channels.

Primary Use: To detect and eliminate feedback within a sound system. Basic Specifications: Number of filters, response time, filter types (notch, parametric, etc.).

Primary Use: To add reverb, delay, or other effects to live audio signals. Basic Specifications: Type and number of effects, processing power, connectivity.

Primary Use: To amplify sound from musical instruments such as guitars. Basic Specifications: Power output, speaker size, amplifier type (tube, solid-state, or digital modeling).

Primary Use: To house and protect audio equipment such as amplifiers and processors. Basic Specifications: Rack unit height, build material, portability features (wheels, handles).

Primary Use: To regulate and distribute power to audio equipment, offering protection against surges and spikes. Basic Specifications: Load capacity, number of outlets, surge protection rating.

Primary Use: To connect microphones to audio equipment. Basic Specifications: Length, connector types (XLR or TRS), shielding quality.

Primary Use: To control the dynamic range of an audio signal through compression, limiting, or gating. Basic Specifications: Threshold, ratio, attack and release times.