AIO Configurator

Please select the inner slot module from the dropdown menu then select the outer slot module.

The C-module and T-modules must be in the outer slot.

AIO AIO AIO

AIO-A1

 

Designed for making basic acoustic measurements of a speaker or driver where up to 4 input channels are required (mic or line). Ideal for use with measurement microphones, ear simulators, artificial heads, speakers, actuators, and mouth simulators.

MIC / LINE INPUTS

Four low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

AMPLIFIER OUTPUTS

Two 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

AIO-A2

 

Designed for making basic acoustic measurements of a soundbar, speaker or driver where up to 8 input channels are required (mic or line). Ideal for use with measurement microphones, ear simulators, artificial heads, speakers, actuators, and mouth simulators

MIC / LINE INPUTS

Eight low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

AMPLIFIER OUTPUTS

Four 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

AIO-AL

 

Designed for situations where both electronic and basic acoustic measurements are required with up to 8 input channels (mic or line).

MIC / LINE INPUTS

Eight low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

AMPLIFIER OUTPUTS

Two 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

LINE LEVEL OUTPUTS

Two balanced line level outputs with high dynamic range, low distortion, and low noise.

AIO-AS

 

Designed for situations where advanced speaker or driver measurements (including impedance) are required with up to 6 input channels (mic or line).

MIC / LINE INPUTS

Six low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

AMPLIFIER OUTPUTS

Four 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

AIO-AH

 

Designed for situations where advanced wired headphone or earbud measurements (including impedance) are required with up to 6 input channels (mic or line).

MIC / LINE INPUTS

Six low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

AMPLIFIER OUTPUTS

Two 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

HEADPHONE OUTPUTS

Two high-quality single-ended outputs optimized for driving wired headphones and earbuds. Both headphone outputs share a 0.1 Ohm sense resistor that can be switched to either output under program control.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

AIO-AC

 

Designed for making basic acoustic measurements of a battery powered speaker or driver where up to 4 input channels are required (mic or line). Also provides control of external fixtures.

MIC / LINE INPUTS

Four low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

AMPLIFIER OUTPUTS

Two 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

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BATTERY SIMULATOR

Variable +1 mV to +5 VDC supply can be programmatically controlled to simulate various battery conditions.  Output current monitoring and an over-current shutdown
threshold are provided.

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GPIO

Eight TTL-level GPIO inputs and eight GPIO outputs provide logic-level monitoring and control of DUTs, test fixtures, pass/fail lights, conveyers, switch closures, and other test devices. The open-drain outputs can sink up to 250 mA.

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PTH SENSOR

Optional pressure, temperature, and humidity sensor for establishing environmental baseline measurements in manufacturing settings.

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FIXED 5v SUPPLY

Fixed 5V DC power supply for powering test fixtures and DUTs.

AIO-AT

 

Designed for mixed analog and digital applications with amplifier outputs.

MIC / LINE INPUTS

Four low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

AMPLIFIER OUTPUTS

Two 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

TDM I/O (10ch)

10 channels of TDM inputs and outputs. Supports 2ch (I²S), 4ch, and 8ch modes.

AIO-L1

 

Designed for making basic acoustic or electronic measurements where up to 4 input channels are required (mic or line). Line level outputs can be used to drive external amplifiers or other fixtures.

MIC / LINE INPUTS

Four low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

LINE LEVEL OUTPUTS

Two balanced line level outputs with high dynamic range, low distortion, and low noise.

AIO-L2

 

Designed for making basic acoustic or electronic measurements where up to 8 input channels are required (mic or line). Line level outputs can be used to drive external amplifiers or other fixtures.

MIC / LINE INPUTS

Eight low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

LINE LEVEL OUTPUTS

Four balanced line level outputs with high dynamic range, low distortion, and low noise.

AIO-LA

 

Designed for situations where both electronic and basic acoustic measurements are required with up to 8 input channels (mic or line)

MIC / LINE INPUTS

Eight low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

LINE LEVEL OUTPUTS

Two balanced line level outputs with high dynamic range, low distortion, and low noise.

AMPLIFIER OUTPUTS

Two 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

AIO-LS

 

With both line level and amplifier outputs, up to 6 input channels (mic or line) and impedance measurement capability, the AIO-LS is one of our most versatile configurations.

MIC / LINE INPUTS

Six low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

LINE LEVEL OUTPUTS

Two balanced line level outputs with high dynamic range, low distortion, and low noise.

AMPLIFIER OUTPUTS

Two 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

AIO-LH

 

With both line level and headphone outputs, up to 6 input channels (mic or line) and impedance measurement capability, the AIO-LH is one of our most versatile configurations.

MIC / LINE INPUTS

Six low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

LINE LEVEL OUTPUTS

Two balanced line level outputs with high dynamic range, low distortion, and low noise.

HEADPHONE OUTPUTS

Two high-quality single-ended outputs optimized for driving wired headphones and earbuds. Both headphone outputs share a 0.1 Ohm sense resistor that can be switched to either output under program control.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

AIO-LC

 

Designed for making basic acoustic measurements of a battery powered devices where up to 4 input channels are required (mic or line). Also provides control of external fixtures.

MIC / LINE INPUTS

Four low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

LINE LEVEL OUTPUTS

Two balanced line level outputs with high dynamic range, low distortion, and low noise.

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BATTERY SIMULATOR

Variable +1 mV to +5 VDC supply can be programmatically controlled to simulate various battery conditions.  Output current monitoring and an over-current shutdown
threshold are provided.

Placeholder Product image

GPIO

Eight TTL-level GPIO inputs and eight GPIO outputs provide logic-level monitoring and control of DUTs, test fixtures, pass/fail lights, conveyers, switch closures, and other test devices. The open-drain outputs can sink up to 250 mA.

Placeholder Product image

PTH SENSOR

Optional pressure, temperature, and humidity sensor for establishing environmental baseline measurements in manufacturing settings.

Placeholder Product image

FIXED 5v SUPPLY

Fixed 5V DC power supply for powering test fixtures and DUTs.

AIO-LT

 

Designed for mixed analog and digital applications with line level outputs.

MIC / LINE INPUTS

Four low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

LINE LEVEL OUTPUTS

Two balanced line level outputs with high dynamic range, low distortion, and low noise.

TDM I/O (10ch)

10 channels of TDM inputs and outputs. Supports 2ch (I²S), 4ch, and 8ch modes.

AIO-S1

 

Designed for situations where advanced speaker or driver measurements (including impedance) are required with 2 input channels (mic or line).

MIC / LINE INPUTS

Two low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

AMPLIFIER OUTPUTS

Two 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

AIO-S2

 

Designed for situations where advanced speaker or driver measurements (including impedance) are required with 4 input channels (mic or line)

MIC / LINE INPUTS

Four low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

AMPLIFIER OUTPUTS

Four 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

IMPEDANCE MEASUREMENT

Four additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

AIO-SL

 

With both line level and amplifier outputs, up to 6 input channels (mic or line) and impedance measurement capability, the AIO-SL is one of our most versatile configurations.

MIC / LINE INPUTS

Six low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

AMPLIFIER OUTPUTS

Two 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

LINE LEVEL OUTPUTS

Two balanced line level outputs with high dynamic range, low distortion, and low noise.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

AIO-SA

 

Designed for situations where advanced speaker or driver measurements (including impedance) are required with up to 6 input channels (mic or line).

MIC / LINE INPUTS

Six low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

AMPLIFIER OUTPUTS

Four 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

AIO-SH

 

Designed for situations where both amplifier and headphone outputs with impedance measurements are required with 4 input channels (mic or line).

MIC / LINE INPUTS

Four low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

AMPLIFIER OUTPUTS

Two 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

HEADPHONE OUTPUTS

Two high-quality single-ended outputs optimized for driving wired headphones and earbuds. Both headphone outputs share a 0.1 Ohm sense resistor that can be switched to either output under program control.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

AIO-SC

 

Designed for situations where advanced battery powered speaker or driver measurements (including impedance) are required with 2 input channels (mic or line). Also provides control of external fixtures.

MIC / LINE INPUTS

Two low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

AMPLIFIER OUTPUTS

Two 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

Placeholder Product image

BATTERY SIMULATOR

Variable +1 mV to +5 VDC supply can be programmatically controlled to simulate various battery conditions.  Output current monitoring and an over-current shutdown
threshold are provided.

Placeholder Product image

GPIO

Eight TTL-level GPIO inputs and eight GPIO outputs provide logic-level monitoring and control of DUTs, test fixtures, pass/fail lights, conveyers, switch closures, and other test devices. The open-drain outputs can sink up to 250 mA.

Placeholder Product image

PTH SENSOR

Optional pressure, temperature, and humidity sensor for establishing environmental baseline measurements in manufacturing settings.

Placeholder Product image

FIXED 5v SUPPLY

Fixed 5V DC power supply for powering test fixtures and DUTs.

AIO-ST

 

Designed for mixed analog and digital applications with amplifier outputs and impedance measurements.

MIC / LINE INPUTS

Two low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

AMPLIFIER OUTPUTS

Two 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

TDM I/O (10ch)

10 channels of TDM inputs and outputs. Supports 2ch (I²S), 4ch, and 8ch modes.

AIO-H1

 

Designed for situations where advanced wired headphone or earbud measurements (including impedance) are required with 2 input channels (mic or line).

MIC / LINE INPUTS

Two low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

HEADPHONE OUTPUTS

Two high-quality single-ended outputs optimized for driving wired headphones and earbuds. Both headphone outputs share a 0.1 Ohm sense resistor that can be switched to either output under program control.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

AIO-H2

 

Designed for situations where advanced wired headphone or earbud measurements (including impedance) are required with 4 input channels (mic or line).

MIC / LINE INPUTS

Four low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

HEADPHONE OUTPUTS

Four high-quality single-ended outputs optimized for driving wired headphones and earbuds. Both headphone outputs share a 0.1 Ohm sense resistor that can be switched to either output under program control.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

AIO-HL

 

With both line level and headphone outputs, up to 6 input channels (mic or line) and impedance measurement capability, the AIO-HL is one of our most versatile configurations.

MIC / LINE INPUTS

Six low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

LINE LEVEL OUTPUTS

Two balanced line level outputs with high dynamic range, low distortion, and low noise.

HEADPHONE OUTPUTS

Two high-quality single-ended outputs optimized for driving wired headphones and earbuds. Both headphone outputs share a 0.1 Ohm sense resistor that can be switched to either output under program control.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

AIO-HS

 

Designed for situations where both amplifier and headphone outputs with impedance measurements are required with 4 input channels (mic or line).

MIC / LINE INPUTS

Four low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

AMPLIFIER OUTPUTS

Two 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

HEADPHONE OUTPUTS

Two high-quality single-ended outputs optimized for driving wired headphones and earbuds. Both headphone outputs share a 0.1 Ohm sense resistor that can be switched to either output under program control.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

AIO-HA

 

Designed for situations where advanced wired headphone or earbud measurements (including impedance) are required with up to 6 input channels (mic or line).

MIC / LINE INPUTS

Six low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

AMPLIFIER OUTPUTS

Two 10w Class-D amplifier outputs for driving speakers, fixtures, and haptics actuators.

HEADPHONE OUTPUTS

Two high-quality single-ended outputs optimized for driving wired headphones and earbuds. Both headphone outputs share a 0.1 Ohm sense resistor that can be switched to either output under program control.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

AIO-HC

 

Designed for situations where advanced wired headphone or earbud measurements (including impedance) are required with 2 input channels (mic or line). Also supports battery simulation and control of external fixtures.

MIC / LINE INPUTS

Two low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

HEADPHONE OUTPUTS

Two high-quality single-ended outputs optimized for driving wired headphones and earbuds. Both headphone outputs share a 0.1 Ohm sense resistor that can be switched to either output under program control.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

Placeholder Product image

BATTERY SIMULATOR

Variable +1 mV to +5 VDC supply can be programmatically controlled to simulate various battery conditions.  Output current monitoring and an over-current shutdown
threshold are provided.

Placeholder Product image

GPIO

Eight TTL-level GPIO inputs and eight GPIO outputs provide logic-level monitoring and control of DUTs, test fixtures, pass/fail lights, conveyers, switch closures, and other test devices. The open-drain outputs can sink up to 250 mA.

Placeholder Product image

PTH SENSOR

Optional pressure, temperature, and humidity sensor for establishing environmental baseline measurements in manufacturing settings.

Placeholder Product image

FIXED 5v SUPPLY

Fixed 5V DC power supply for powering test fixtures and DUTs.

AIO-HT

 

Designed for mixed analog and digital applications with headphone outputs and impedance measurements.

MIC / LINE INPUTS

Two low-noise inputs accommodate a very wide range of input voltages, from dynamic microphones to line-level inputs. Features include adjustable gain, constant current power, and TEDS readers.

HEADPHONE OUTPUTS

Two high-quality single-ended outputs optimized for driving wired headphones and earbuds. Both headphone outputs share a 0.1 Ohm sense resistor that can be switched to either output under program control.

IMPEDANCE MEASUREMENT

Two additional inputs are used to measure load impedance via the remote voltage sense terminals and internal sense resistors. These inputs appear as additional audio input channels and can be switched to measure either output channel via the AIO control panel, or the command-line or API interfaces.

TDM I/O (10ch)

10 channels of TDM inputs and outputs. Supports 2ch (I²S), 4ch, and 8ch modes.

AIO-T1

 

Designed for situations where digital signals (I2s, DSP) up to 10 channels are required.

TDM I/O (10ch)

10 channels of TDM inputs and outputs. Supports 2ch (I²S), 4ch, and 8ch modes.

AIO-C1

 

Provides control of external devices through GPIO, ABSM (advanced battery simulation and monitoring), and environmental baseline (pressure, temperature, and humidity) measurements.
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BATTERY SIMULATOR

Variable +1 mV to +5 VDC supply can be programmatically controlled to simulate various battery conditions.  Output current monitoring and an over-current shutdown
threshold are provided.

Placeholder Product image

GPIO

Eight TTL-level GPIO inputs and eight GPIO outputs provide logic-level monitoring and control of DUTs, test fixtures, pass/fail lights, conveyers, switch closures, and other test devices. The open-drain outputs can sink up to 250 mA.

Placeholder Product image

PTH SENSOR

Optional pressure, temperature, and humidity sensor for establishing environmental baseline measurements in manufacturing settings.

Placeholder Product image

FIXED 5v SUPPLY

Fixed 5V DC power supply for powering test fixtures and DUTs.

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