ADLINK Technology Connects DAQ Cards with MATLAB

ADLINK Technology unveils a complimentary driver to integrate MATLAB(R) Data Acquisition Toolbox with almost one hundred ADLINK data acquisition and control cards in a variety of form factors: PCI Express(R), PCI, CompactPCI and PXI.

The DAQ-MTLB for MATLAB(R) driver offers high-speed digitizing with a sampling rate of up to 130MHz at 14-bit resolution and supports complete hardware triggering capabilities for precise data acquisition. The acquired data can then be easily analyzed and visualized in an integrated MATLAB(R) environment. This is ideal for a wide range of uses including ultrasonic applications and IF signal testing for wireless communications. The DAQ-MTLB for MATLAB(R) driver also supports multiplexed or simultaneous analog input, static or continuous voltage output, static or continuous current output, TTL and isolated digital I/O, and high-speed digitizing.

“By combining ADLINK hardware with MATLAB(R), users can now measure and analyze real-time MHz signals, as well as generate arbitrary waveforms,” ADLINK Vice President Test and Measurement Product Segment James Gau said.

ADLINK is a MathWorks Connections Program partner.

For more information and to download the driver at no cost, please go online.

ADLINK Technology Inc.
ADLINK Technology is a leading manufacturer of high-performance, high-quality PC based add-on cards for test & measurement, automation and process control industries. ADLINK is also quickly emerging as a leader in industrial computing products with innovative passive backplane and CompactPCI platforms. ADLINK products are marketed globally through direct sales offices for OEM customers and an extensive network of worldwide sales channels.

The company has over 30% of its employees in research and development for the following product groups:

Test & Measurement: NuDAQ Series of ISA/PCI/cPCI/USB data acquisition and communication cards, NuDAM series of remote Data Acquisition Modules and DAQBench Active X Controls for visual programming and control.

Automation: Motion controllers in cPCI/PCI/PC104 form factors and wire-saving high-speed I/O technology for real-time control applications.

Computer & Communication: CompactPCI and PXI computing platforms in both 3U and 6U form factors and PCI-X series of PICMG Single Board Computers in Half and Full size versions.