The XM-BRG is an Ethernet-based high-speed strain gauge/pressure bridge signal acquisition card. It features 8-channel (4-channel for the -4 model) true differential inputs, 24-bit resolution, a maximum sampling rate of 102.4 ksps per channel, totaling 819.2 ksps for 8 synchronous channels (409.6 ksps for the -4 model), precision pre-gain amplification, and integrated hardware support for excitation sources required by bridge sensors. This product utilizes multiple high-precision 24-bit ADC units and a pre-differential amplifier module developed by our company over many years. This gives the product advantages such as high speed, high resolution, high accuracy, ultra-low noise, high rejection ratio, wide measurement range, and low temperature drift, making it suitable for various applications requiring precise and high-speed data acquisition.
LAN communication uses TCP/IP and a proprietary switched communication protocol with a built-in anti-packet loss algorithm, ensuring stable data transmission and acquisition without data loss over long periods.
The DAQ card is available in various series versions, including USB and Wi-Fi wireless types.
All components of the XM-BRG DAQ card are industrial grade. It features full metal shielding, allowing it to be used in environments with strong industrial interference, and offers advantages such as moisture-proof, shock-proof, and anti-interference capabilities.

High Precision, High Resolution

24-bit Resolution

Ultra-low Noise Pre-differential Amplification

Measurable down to microvolts (uV)

High-speed Synchronous Acquisition

Up to 102.4 ksps per channel (102.4k samples per second), 819.2 ksps for 8 channels

Supports SD Storage

Online/Offline/Timed/Conditional Triggered Storage

Multiple Measurement Modes

Bridge Sensor/Voltage/Current

Supports Various Inputs

Strain gauge sensors, Full bridge sensors, Voltage, IEPE/ICP acceleration/audio sensors, 0~20mA

Input Range

Multiple ranges: 20mV, 100mV, 1V, 5V, 10V

Integrated Excitation Source

Convenient for sensors requiring a precision power supply directly

Multiple Trigger Modes

I/O Port/Analog/Timed/Software Trigger

Counter/Frequency Measurement

Counting or Frequency Measurement

Metal Shielded Enclosure

Strong Anti-interference Capability