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 Data Acquisition Boards

Ultraview's PCI data acquisition add-in cards are complete data acquisition (A/D) and control (D/A) systems on a single PCI Bus card. Ranging in speed from dual 14 and 12-bit 1-25MSPS boards up to 1500MSPS 8-bit boards with 8GB/16GB of on-board RAM. All cards come with graphical waveform viewers, example user programs (source code included) and device drivers for Linux or Solaris, allowing users to quickly prototype and develop their applications.

64-bit DMA transfers on all boards allow continuous, uninterrupted transfer of hundreds of megabytes, or even gigabytes of A/D or D/A data at sustained transfer rates of up to 400 megabytes per second. (when installed in 64-bit PCI slots). Models with 8GB of on-board RAM can acquire up to 8GB of uninterrupted data at aggregate speeds of up to 1.6GB/second.

In addition to the dual 14-bit or 12-Bit A/D and optional dual 14-Bit D/A converters, all ULTRADMA series boards except Models, ADDA14-100DMA, AD14-100DMA, AD8-100DMA, AD8S-100DMA, AD8S-100DMA-FPDP, AD8-650x2DMA, AD8-1250DMA and AD8CH12B-100DMA utilize three parallel TTL Inputs which can acquire digital data at the same rate, and concurrent with, the A/D samples. These unique high speed TTL input vectors enable the ULTRADMA to dynamically monitor control signals from external apparatus at the same time analog data is being acquired. Models ADDA14 and AD14-100DMA have one TTL input rather than five.

Event-controllable selective sampling allows a condition external to certain models of ULTRADMA board to start and stop storing data. Once A/D sampling has begun, it will continue while the Event signal is driven high (or left unconnected). Each time Event is driven low during acquisition, sampling will stop, and a time-stamp will be written into the next memory location, after which the storage of data will remain halted until Event is brought high again. The Event input and timestamp counter are not used on models AD8S-100DMA, AD8CH12B-100DMA, AD8-650x2DMA, AD8-1250DMA or DA14-100DMA.

8/12/14 Bits
10MSPS -1600MSPS A/D
10MSPS - 1200MSPS D/A
Up to 16GB onboard memory
Example user applications and source code
Precompiled graphical waveform viewers
Device drivers for Linux, Solaris, Windows

Product Series	Max Sample Rate	Min Sample Rate	Resolution	D/A Rate	RAM	Channels
	1500 MS/s	20 MS/s	8 bits		8 or 16 GB	1 Channel
	1250 MS/s	100 MS/s	8 bits		8GB	1 Channel
	800 MS/s	5 MS/s	8 bits		8GB	2 Channels
	100 MS/s	50 KS/s	8 bits		4MB	1 Channel
	100 MS/s	50 KS/s	8 or 12 bits*		4MB	1, 2, 4 or 8
	100 MS/s	50 KS/s	14 bits		4MB	2 Channels
			14 bits	15 MS/s	4MB	2 D/A Channels
	25 MS/s	50 KS/s	14 bits	15 MS/s	4MB	2 + 2 D/A
	25 MS/s	50 KS/s	12 bits		4MB	2 Channels
	25 MS/s	50 KS/s	12 bits	15 MS/s	4MB	2 + 2 D/A

*The AD8CH12B-100DMA can be software programmed for 1,2,4 or 8 channels. The maximum sample rate depends on the number of channels programmed and is 100MS/s divided by the number of channels in 8-bit mode, and 100MS/s divided by 2 x the number of channels in 12-bit mode.

Click the Product Series for overview, features, detailed specifications, manual and price information.