What is the difference between XDAQ Core and One?
The XDAQ Core is the entry-level box supporting electrical stimulation and high-speed neural recording. It can drive up to 512ch of recording X-Headstages or up to 32ch of stim-record X-Headstages.
XDAQ One is the solution for users needing higher recording and stimulation capability: up to 1024ch of recording X-Headstages or up to 128ch of stim-record X-Headstages. It also features an electrically isolated port for low-noise recording.
Note, it is not possible to plug in both recording and stim-record X-Headstages at the same time. Only one type of X-Headstage can be used at a time.
Related Articles
XDAQ DB25 pinout
DB25 connector pin out for XDAQ ONE and CORE DB Pin Signal 1 2 DI 03 3 DI 05 4 DI 07 5 6 7 8 9 10 DO 04 11 DO 06 12 DO 08 13 DAQ ON 14 SYS GND 15 DI 04 16 DI 06 17 DI 08 18 19 20 21 22 DO 03 23 DO 05 24 DO 07 25 Sample CLK DAQ ON: logic high at onset ...
What is the purpose of the ground ports in the back of the XDAQ ONE?
These ports are designed to help troubleshoot and establish an optimal grounding scheme for the XDAQ acquisition hardware and thus minimize noises in the neural recordings. Most instrumentation ties all grounds - digital or analog - together, which ...
How do I use my old Intan headstages with XDAQ?
Use XDAQ to Intan RHD Adapterhttps://kontex.io/collections/system-adapter/products/xdaq-to-intan-headstage-adapter Note: For XDAQ CORE only one of the two Omnetics 12pin connector will be active. XDAQ to Intan RHS Adapter ...
XDAQ HDMI Port and Supported X-Headstage Explained
The XDAQ line supports both Record (X3R & X6R) and Stim-Record (X3SR) X-Headstages (as well as other Intan-compatible headstages). Depending on the purchased configurations, some headstage HDMI ports in the XDAQ might not be enabled by default. The ...
How to run more than 4 headstages with the XDAQ?
XDAQ is designed for high-channel neural acquisition. Although each box has only 4 ports on board, it is possible to drive more than 4 headstages/animals at the same time (though each with a lower channel count configuration). For example, each XDAQ ...