LATEST NEWS

Press Release - October 8 2024
The PCIeExt16HOT-G5 PCI-express Live-insertion bus extender board facilitates fast engineering debug of PCIe Gen 5 and Gen 4 boards of any data width
Press Release - December 14 2023
Gamma Radiation/TGF and Directed Energy Weapon/Havana Alert for 0.01-40MeV
Press Release - March 23 2020
High Power 8GHz GaN Variable-Fence Microwave Comb Generator with 10MHz to 2GHz range
Press Release - September 14, 2017
High Dynamic Range 12-bit 4 GSPS Dual Channel PCIe Data Acquisition Board Streams to Host at 6.5-7 GB/s
Press Release - April 11, 2016
Large Channel-Count 65MSPS 14-bit A/D Board with Hardware Averaging, Stimulus Generation and Gb Ethernet Interface

PCI Express Ultra-fast Data Acquisition Add-In Cards

Ultraview's PCIe series of data acquisition add-in cards are complete A/D systems on a single PCIe add-in card. These boards incorporate up to 8GB of on-board RAM with up to 7GB/sec on Kintex 7 (up to 1.4GB/sec on Virtex 5) typical PCIe bus transfer rates enabling full-rate acquisition for long durations. All boards in the PCIe series are supported with the same user software allowing users to select the bit resolution and acquisition rate appropriate for a given application and then easily re-use the same software on a different part. Included with each card are graphical waveform viewers, example user software with source code included, and device drivers for Linux and Windows. The example software is intended to allow users to quickly prototype and develop their applications.

These boards can easily be customized for high-end applications by modifying the firmware for the on-board Xilinx FPGA to perform real-time signal processing, this firmware source code is provided under NDA as needed. Synchronization with external hardware is easily done using optional external clocking, external triggering, selective recording, and multiple user programmable TTL I/O.

Watch our Ultra-fast Data Acquisition Boards in action!

Demonstration of a fast PCIe data acquisition board with zero dead-time real-time hardware averaging and automatic triggering, "digging" faint microwave signals out of the noise.

Dr. Joel Libove demonstrates the dynamic averaging capabilities of the Ultraview AD14-500 Series data acquisition boards and reviews just a few of the possible applications.

Product Series	Resolution	Sample Rate	Features	DRAM	A/D Channels
	14 bits	20-500 MS/s	Hardware Averaging Capture Count/Depth TTL trigger Analog Trigger Fiducial Marks	8 GB	1 or 2
	14 bits	40-500 MS/s	Hardware Averaging TTL trigger Analog Trigger Decimation IRIG-B	8 GB	4+1
	14 bits	40-500 MS/s	Hardware Averaging TTL trigger Analog Trigger Decimation	8 GB	4
	14 bits	20-400 MS/s	Hardware Averaging Capture Count/Depth TTL trigger Analog Trigger Fiducial Marks	8 GB	1 or 2
	8 bits	500-3000 MS/s	ECL Trigger Decimation	8 GB	1 or 2
	16 bits	40-250 MS/s	Hardware Averaging Capture Count/Depth Heterodyne Trigger Analog Trigger Fiducial Marks	8 GB	1, 2, or 4
	12 bits	200-2000 MS/s	Hardware Averaging Capture Count/Depth ECL Trigger TTL trigger Analog Trigger Decimation	8 GB	1 or 2
	8 bits	400-1800 MS/s	ECL Trigger Decimation	8 GB	1 or 2
	8 bits	500-1500 MS/s	ECL Trigger Decimation	8 GB	1 or 2

All boards have Single Channel Mode, TTL inversion mode, and Selective Recording mode.
Click the Product Series for overview, features, detailed specifications, manual and price information.