Accordion Agent Custom Configuration
Integrated PCBA verification system for precise, automated, multi-node testing.

*The product on the picture might be equipped differently.
Fast Setup, Minimal Friction
Accordion Agent 96ch I/O is designed to eliminate the hassle of first-time setup. With Accordion Pilot and Station Master included, configuration is straightforward and fast—no need to wrestle with multiple software installs.
Scalable and Modular
Built for flexibility, the system supports expansion through SO-DIMM and M.2 modules, plus dedicated Expand units. Whether you’re testing a single board or scaling across multiple stations, Accordion Agent adapts to your workflow.
Precision I/O for Real Testing
With 96 configurable I/O channels and 12-bit ADC/DAC resolution, you get reliable signal control and measurement. Ideal for PCBA verification where accuracy matters.
Automate and Customise
Use Python, C#, or the API to automate sequences and customise runtime behaviour. Save time, reduce errors, and focus on engineering—not manual logging.
Engineered for Engineers
From fast sampling to intuitive control, Accordion Agent is built to solve real lab frustrations—so you can test smarter, not harder.
Included Hardware
Included Software
Possible Add-ons
Price from €2.995
Article Data
Article Number | |
Part Name |
Physical Specification
Dimensions (W*D*H) | 125x220x50 mm |
General
Power supply | USB C PD |
Single Board Computer
Computer | Raspberry Pi 4b |
SDRAM | 8 GB LPDDR4-3200 |
CPU | Quad-core ARM Cortex-A72 |
OS | Raspian 64 bit |
Connectivity
SO-DIMM slots | 6 |
Unused SO-DIMM slots | 5 |
M.2 slots | 2 |
Unused M.2 slots | 2 |
N-Top | 4 |
Unused N-Top | 3 |
Ethernet | 1 Gigabit port |
USB 2.0 | 4 |
Article data
Article number | ESH10000121 |
Part name | MPIO 96 channel I2C |
General
Total channels | 96 |
Tolerable | 0-5V |
Resolution | 12 bits |
Analog input
Range | 0-5 V |
Integral Nonlinearity (INL) | -2-+2 LSB |
Differential Nonlinearity (DNL) | -1-+1LSB |
Offset Error | ±5 mV |
Gain Error | 0,3 %FSR |
Conversion time | 2 μs |
Total Harmonic Distortion (THD) | -72 dB, VREF=5V |
Channel-to-Channel Isolation | -95 dB, FIN=5kHz |
Analog output
Range | 0-5 V |
Integral Nonlinearity (INL) | -1-+1LSB |
Differential Nonlinearity (DNL) | -1-+1LSB |
Offset Error | ±3 mV |
Gain Error | 0,3 %FSR |
Zero Code Error | 0,65-2 mV |
Total Unadjusted Error | ±0,015-±0,1 %FSR |
Capacitive Load Stability | 2 nF, RLOAD=∞Ω |
Resistive Load | 1 kΩ |
Short-Circuit Current | 25 mA |
DC Output Impedance | 0,2 Ω |
Slew Rate | 1,25 V/μs |
Digital Input
Range | 0-5 V |
Low-Level input voltage (VIL) | 0-5 V |
High-Level input voltage (VOL) | 0-5 V |
Pull-Down Resistance | 85 kΩ |
Digital Output
Range (VDD) | 0-5 V |
Low-Level output voltage (VIL) | 0-0,1*VDD V |
High-Level output voltage (VOL) | 0,9*VDD-VDD V |
Pull-Down Resistance | 85 kΩ |
Sink Current | -10 mA |
Source Current | 10 mA |
System performance
Single-Channel Acquisition, 1 sample | 6 ms |
Single-Channel Acquisition, 10 samples | 7 ms |
Single-Channel Acquisition, 100 samples | 14 ms |
Single-Channel Acquisition, 1k samples | 71 ms |
Single-Channel Acquisition, 10k samples | 688 ms |
Charachteristics
External 5V Supply Voltage | 4,75 – 5,25 V |
External 5V Supply Current | 2 A |
External 12V Supply Voltage | 11,75 – 12,25 V |
External 12V Supply Current | 2 A |
IDC contacts | 6 * 20 pins |
Signal pins | 0 – 5 V |