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This adapter is designed as a disposable component for use with X6 headstages, helping to reduce wear and tear on the headstage connector from repeated connection cycles.

This adapter is designed as a disposable component for use with X3 headstages, helping to reduce wear and tear on the headstage connector from repeated connection cycles.

This is a pin-to-pin jumper cable designed to extend the electrodes up to 2 cm away from the headstage.

This adapter remaps one of the 32ch X3 input connector to use two 16ch NeuroNexus X-series probes.

This adapter is designed to convert the 128-channel X6 headstage inputs into two 64-channel X3 inputs, allowing the use of X3 accessories and probes.

This adapter is designed to enable the XDAQ system to interface with NeuroNexus Smartlink headstages and cables.

This adapter is designed to allow the XDAQ to drive Intan's RHS headstages using Stim SPI cables.

This adapter is designed to enable the XDAQ to drive Intan's RHD headstages using SPI cables.

This breakout board is designed to make the I/O pins and signals from XDAQ's DB25 connector more easily accessible through BNC connectors.

This is the probe-side adapter designed to convert the X-Headstage for use with NeuroNexus's Smartlink cable and Smartbox systems.

This is an active adapter designed for use with the X3SR64 headstage, utilizing a single KonteX HDMI cable.

This adapter allows each XDAQ HDMI port to drive up to four headstages, providing independent and isolated power and ground circuits for each.

This adapter enables X-Headstages with KonteX HDMI cables to connect to the Intan Stimulation/Recording Controller via the Stim SPI cable.

This adapter enables X-Headstages with KonteX HDMI cables to connect to the Intan Recording Controller or the Open-Ephys acquisition box via the SPI cable.

This breakout board is designed to make the I/O pins in the XDAQ IO Expander's DB25 connector more easily accessible via BNC connectors. The same board is compatible with both the digital input and digital output DB25 connectors.out DB25 connector can be used.

Use this adapter to interface with the 32-channel 1mm socket EIB. This adapter is compatible with both X3R32 and X3R64 headstages.

This adapter is designed to interface X3R64 headstages with probes that have dual 32-channel Omnetics connectors.

This adapter is designed to interface X3SR32 headstages with probes that have a 32-channel Omnetics connector. The vertical design raises the connector, creating additional space near the craniotomy and potentially allowing more room for implants.

This adapter is designed to interface X3R32/64 headstages with probes that have a 32-channel Omnetics connector. The vertical design raises the connector, creating additional space near the craniotomy and potentially allowing more room for implants.

This adapter is designed to interface X3SR headstages with probes that have a 32-channel Omnetics connector. This version includes a screw-locking mechanism while maintaining a compact footprint. /Vertical-raises the connector, creating additional space near the craniotomy and potentially allowing more room for implants.

This adapter is designed to interface X3R32/64 headstages with probes that have a 32-channel Omnetics connector, offering a minimal footprint for space-constrained setups.

designed to interface X3R32/64 headstages with probes that have a 32-channel Omnetics connector. The original version includes a screw-locking mechanism while maintaining a compact footprint. No locking-offering a minimal footprint for space-constrained setups./ Vertical-raises the connector, creating additional space near the craniotomy and potentially allowing more room for implants.

This adapter is designed to interface X3R32/64 headstages with probes that have a 16-channel Omnetics connector. The vertical design raises the connector, creating additional space near the craniotomy and potentially allowing more room for implants.

This adapter is used with X3SR32 headstages to enable compatibility with standard probe adapters that do not have an SR designation. Additionally, it functions as a connector cycle extender for the X3SR32 headstages during use.

The metal enclosure features thumbscrews for easy MEA installation and moisture-resistant gaskets, supporting the use of two X3/X6 headstages.

This adapter is designed to interface with the 8x8 MEA from MCS. A moisture-resistant coating has been applied to allow use in cell incubators with elevated moisture and temperature conditions.

designed to interface electrodes equipped with a 16-channel Omnetics connector to the X3R X-Headstage. /No locking-to minimize size, it is designed without locking screw sockets. /Vertical-raises the connector, creating additional space near the craniotomy and potentially allowing more room for implants.

This adapter is designed to interface electrodes with a 16-channel Omnetics connector to the X3 X-Headstage. To minimize size, it is designed without locking screw sockets.

This adapter is designed to interface electrodes equipped with two Samtec MOLC 40-pin connectors to the X3 X-Headstage.

This adapter is designed to interface electrodes equipped with one Samtec MOLC 40-pin connectors to the X3 X-Headstage.

16ch probe-designed to interface electrodes equipped with 16-pin DIP connectors to the X3 X-Headstage. 32ch probe-designed to interface electrodes equipped with one Samtec MOLC 40-pin connectors to the X3 X-Headstage. 64ch probe-designed to interface electrodes equipped with two Samtec MOLC 40-pin connectors to the X3 X-Headstage.