The ADQ30 is a high-end 12bit dual-channel data acquisition board optimized for use in high-throughput scientific applications.

The ADQ33 is a high-end 12bit dual-channel data acquisition board optimized for use in high-throughput scientific applications.

The ADQ3-FWATD is an averaging firmware of the high-end ADQ3 series of digitizers. The FWATD is designed to maximize the signal to noise ratio in pulse data systems.

ADQ32 is a dual-channel digitizer with 12 bits resolution and 2.5 GSPS sampling rate which is optimized for high-throughput and streaming.

ADQ36 is a high-end 12-bit digitizer with a software-selectable dual- or quad-channel configuration operating at 2.5 or 5 GSPS sampling rates respectively. It also features a large onboard FPGA that is open to the user.

ADQDSU is a high-speed solid-state disk (SSD) storage device for ADQ digitizers.

The FWDSU firmware adds peer-to-peer disk streaming capabilities for selected ADQ-series digitizers. This enables high-speed recording to SSD storage.

ADQ7-FWATD is an application specific firmware for time-domain measurement with extreme dynamic range.

The pulse detection firmware option ADQ7-FWPD equips ADQ7 with sophisticated tools to identify, analyze, and collect pulsed input data streams in real-time.

ADQ7 is a high-end 14-bit data acquisition platform, designed to meet the most challenging measurement situations.