MPK801 Single-Channel

The AI-native digital measurement microphone

The AI-native digital measurement microphone

Connect over Ethernet (PoE-capable) and capture measurement-grade data from 20 Hz to 80 kHz.

Connect over Ethernet (PoE-capable) and capture measurement-grade data from 20 Hz to 80 kHz.

From €995

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RESONIKS MPK801 precision measurement microphone with an attached M12 cable
RESONIKS MPK801 precision measurement microphone with an attached M12 cable
The Microphone

Ruggedized precision broadband measurement microphone

Ruggedized precision broadband measurement microphone

Precision engineered, with the durability to go from the bench to the factory floor. Full environmental ratings in the datasheet.

Precision engineered, with the durability to go from the bench to the factory floor. Full environmental ratings in the datasheet.

The MPK801 simplifies audio capture. Each unit is pre-calibrated and compensated to ±0.5 dB across the full 20 Hz to 80 kHz range. A single industrial M12 cable carries both data and power, with a shielded signal path and metal housing keeping the signal clean in high-EMI environments - validated on a spot-welding robot cell without disruption. The PEK481 Network Adapter simplifies plug and play usage.

The MPK801 simplifies audio capture. Each unit is pre-calibrated and compensated to ±0.5 dB across the full 20 Hz to 80 kHz range. A single industrial M12 cable carries both data and power, with a shielded signal path and metal housing keeping the signal clean in high-EMI environments - validated on a spot-welding robot cell without disruption. The PEK481 Network Adapter simplifies plug and play usage.

Development Kit from €995.

Software & Data Integrity

Built for data you can trust

Built for data you can trust

Know exactly what you capture, every time.

Know exactly what you capture, every time.

The MPK801 is engineered around the integrity of your data stream. Built-in packet-loss tracking means you always know your recording is complete, and heartbeat monitoring flags any microphone the moment it stops reporting - so nobody has to check by hand whether data is still arriving.

The MPK801 is engineered around the integrity of your data stream. Built-in packet-loss tracking means you always know your recording is complete, and heartbeat monitoring flags any microphone the moment it stops reporting - so nobody has to check by hand whether data is still arriving.

On-sensor calibration data, applied automatically. Swap a unit and keep measuring, with no recalibration and no model retraining

On-sensor calibration data, applied automatically. Swap a unit and keep measuring, with no recalibration and no model retraining

Linux audio driver (ALSA) available to download - one input device, one channel per microphone, no per-device enumeration

Linux audio driver (ALSA) available to download - one input device, one channel per microphone, no per-device enumeration

Heartbeat monitoring - failed unit is identified by name the moment it stops reporting

Heartbeat monitoring - failed unit is identified by name the moment it stops reporting

Packet-loss tracking for verified, complete recordings

Packet-loss tracking for verified, complete recordings

A Windows driver and a Python API will be available at the end of 2026.

A Windows driver and a Python API will be available at the end of 2026.

Applications

What teams build with the MPK801

What teams build with the MPK801

Predictive maintenance and condition monitoring

Rotating equipment (motors, pumps, bearings, gearboxes, compressors), reciprocating machinery, valves and beyond. Each MPK801 supplies the calibrated signal your ML model needs to identify degradation before failure. One sensor per asset, one inference stream.

Process, noise and vibration monitoring

Classification, tagging and detection of acoustic events in fixed industrial installations.

Lab-to-field ML pipelines

Every MPK801 is calibrated to the same reference. Train and deploy on identical hardware, with no domain shift between prototype and production.

Specifications

MPK801 as a standalone microphone

MPK801 as a standalone microphone

Key specifications for the MPK801 running through the PEK481 Network Adapter. Synchronization specifications require the ARK141 Sensor Hub and are on the Multi-Channel page.

Key specifications for the MPK801 running through the PEK481 Network Adapter. Synchronization specifications require the ARK141 Sensor Hub and are on the Multi-Channel page.

RESONIKS MPK801 — key specifications
Frequency range
20 Hz – 80 kHz, compensated to ±0.5 dB
Acoustic Overload Point
128 dB @ 10 % THD
Sampling rate
Up to 192 kHz (bit depth scales with rate)
Calibration
Stored on each sensor, applied automatically
Connection
Single M12 (data and power) via PEK481 Network Adapter
Power
Supplied by the PEK481 via the M12 cable
OS Support
Linux only (Ubuntu 22.04+, Debian 12+)
Dimensions
75 × 36 × 22 mm, 140 g
Housing
Aluminium, IP54
Mounting
M4 front and rear; 3/8″ rear; magnet
Operating temperature
−40 °C to 70 °C
RESONIKS PEK481 — key specifications
Microphone connection
1× M12
Network
1× RJ45, PoE capable
Power input
12–48 VDC or PoE
Dimensions
50 × 50 × 26 mm, 100 g
Operating temperature
−40 °C to 40 °C

For the full parameter set including sensitivity, SNR, THD figures and polar patterns, see the datasheets.

Download MPK801 datasheet

Download PEK481 datasheet

Need more than one microphone, synchronized?

Need more than one microphone, synchronized?

Explore Multi-Channel

Ready to order?

Ready to order?

A single MPK801, ready to train your model. Scale up as you go.

A single MPK801, ready to train your model. Scale up as you go.

Order now