Breakout Board#

This device provides user-facing access for headstage, miniscope, and auxiliary data IO.

Design Repository:

open-ephys/onix-breakout

Compatibility:

PCIe Host, Headstage-64, Neuropixels-1.0f Headstage, Miniscopes, Neuropixels-1.0e Headstage, Neuropixels-2.0e Headstage, RHS2116 Headstage

Overview#

The ONIX Breakout Board allows bench access to the IO provided by the PCIe Host.

../../_images/breakout_1r6_callouts.png

ONIX Breakout Board v1.6.#

Features#

The Breakout Board provides access to the following IO:

  • 2x headstage port feed-throughs, each with a power switch.

  • 3x, passive, high-speed clock feed-throughs. These can be used to connect to the two clock inputs and one clock output on the PCIe controller.

  • 12x passive, ESD-protected, analog feed-throughs.

  • BNC, ribbon, or direct wire access to 12 analog inputs or outputs. These have a ±10V range and are sampled at 100 kHz.

  • Ribbon cable or direct, wire-access to 8 digital outputs and 8 digital inputs. These are 5V compliant and are sampled at 5 MHz.

  • HARP synchronization clock input bus

Additionally, it has the following features:

  • Lots of indication LEDs.

  • 6 buttons for marking experimental events for or triggering software actions.

  • Rugged M6 and 1/4-20 mounting holes for both metric and imperial optical tables.

  • 19” rack compatibility.

  • Fully open-source gateware and made using an open-source FPGA toolchain (yosys & nextpnr).