PIEEG / INSTRUMENT P1616 CH · RASPBERRY PI 5COMPUTE STACK / 01

PiEEG-16 / integrated acquisition

Turn the Pi into asixteen-channel lab.

PiEEG-16 places high-resolution biosignal acquisition directly on Raspberry Pi 5—so sensing, processing, and application code live in one open stack.

Inspect the channel field Where to use it Buy on Elecrow
Angled view of the PiEEG-16 biosignal acquisition shield
INPUT FIELD16 BIOPOTENTIAL CHHOST COMPUTERRASPBERRY PI 5DATA ROUTESPI → PYTHON
SHIELDCOMPUTEAPPLICATION
Inputs16 channels
Resolution24-bit / channel
Sampling250 SPS–16 kSPS
InterfaceSPI
ComputerRaspberry Pi 5
SoftwareOpen Python SDK

01 / Instrument position

The computer is not downstream.
It is part of the instrument.

PiEEG-16 removes the distance between acquisition and computation. The shield captures the signal; Raspberry Pi 5 immediately becomes the place where it can be inspected, processed, stored, or streamed.

02 / Channel field

Sixteen points of contact.
One visible field.

Every input remains individually legible. The sixteen-channel matrix below treats density as an organized measurement surface—not an abstract specification.

  1. CH01
  2. CH02
  3. CH03
  4. CH04
  5. CH05
  6. CH06
  7. CH07
  8. CH08
  9. CH09
  10. CH10
  11. CH11
  12. CH12
  13. CH13
  14. CH14
  15. CH15
  16. CH16

03 / Compute stack

From electrode
to executable idea.

01

Sense

Sixteen biopotential inputs

Connect wet or dry electrodes for EEG, EMG, or ECG acquisition across sixteen channels.BIO / 16 CH
02

Convert

Twenty-four-bit measurement

The shield resolves the incoming electrical activity with programmable gain and built-in impedance measurement.ADC / 24 BIT
03

Transfer

SPI into Raspberry Pi 5

The acquisition board and computer remain one physical stack, keeping the route compact and inspectable.BUS / SPI
04

Build

Python at the signal source

Process, visualize, record, or stream the channels with the open Python SDK and PiEEG Server.SDK / PYTHON
Top view of PiEEG-16 showing the board layout and input connectors
VIEW / 01Board architecture
PiEEG-16 shield product view
VIEW / 02Instrument
PiEEG-16 software demonstration
VIEW / 03Signal in software

04 / Technical dossier

Exact facts.
No sales fog.

Specifications are drawn from the official PiEEG-16 product and open-source documentation.

Acquisition channels
16
01
ADC resolution
24-bit per channel
02
Sample-rate range
250 SPS–16 kSPS
03
Host interface
SPI
04
Programmable gain
1 / 2 / 4 / 6 / 8 / 12 / 24
05
Supported signals
EEG · EMG · ECG
06
Computing platform
Raspberry Pi 5
07
Electrode check
Built-in impedance measurement
08
Software
Open-source Python SDK
09

05 / Open instrument

Measure sixteen.
Inspect every one.
Build without permission.

Open the repository Where to use it and how to set it up Read the documentation

PiEEG-16 is intended for research, learning, and engineering—not medical diagnosis or treatment. Read the safety notice.