Simultaneous Sampling on Many Channels – DAP 5380a/526
Sample-and-Hold Building Block
Bellevue, WA, July 28, 2006 -- You now have an affordable building block for creating high-channel count systems that sample inputs simultaneously. Microstar Laboratories, Inc. makes Data Acquisition Processor (DAP) boards and systems for data acquisition and control, and the company today announced a new mid-range DAP board, model number DAP 5380a/526, powered by an Intel Pentium 233MHz CPU. An individual board has sixteen analog inputs and can acquire 14-bit data at up to 800k samples per second per channel. The company has designed the board to work well in multiples.
The DAP 5380a/526 can sample eight channels simultaneously at 625k samples per second on each channel, for an overall throughput of 5 million samples per second. If your application requires faster sampling, you can choose a four-channel mode and sample up to four channels simultaneously at 800k samples per second on each channel for a maximum throughput of 3.2 million samples per second. The board has 128MB of onboard memory for data buffers, and uses DMA bus-mastering to transfer data to the PC at up to 3.2 million samples per second.
Applications with more than eight simultaneously sampled channels can take advantage of a built-in synchronization feature. If an application requires sixteen simultaneous inputs, each acquiring data at 625k samples per second, then two synchronized DAP 5380a/526 boards, installed in the same PC, can deliver an aggregate throughput of 10M samples per second shared by these sixteen simultaneous inputs. (An upgrade to two DAP 5400a/627 boards would double the aggregate throughput to 20M samples per second.) You also can synchronize two or more boards across a network.
Each DAP 5380a/526 includes a 233MHz Pentium processor. This processor runs DAPL, a multitasking real-time operating system optimized for data acquisition and related control functions. You control this onboard intelligence from your PC with easy-to-use software or with applications that you already know. Onboard intelligence not only protects the time-critical parts of your application from local PC delays, it allows synchronization between hardware in different PCs on a network over a parallel DAP-to-DAP network independent of other network delays. Some customers have systems like this with many hundreds of channels.
Industry Standard Software
You can configure and control any DAP from your PC with DAPstudio, a Windows application. You can download a full version of DAPstudio to try it out for yourself and see how easy it is to use. DAPtools Standard includes options for alternative development paths using applications that you may already know. With these options, you can configure and control any DAP from LabVIEW, DASYLab, MATLAB, C++, VB, and any applications that use DLLs. Even if you want your completed application built around software that you or your users already know, once you find out how easy DAPstudio is to use, you still may want to use it during the development phase.
Developing an Application
DAP boards acquire data, converting analog signals into digital values and streaming these through conceptual pipes that you predefine using DAPstudio on your PC. As the onboard processor transfers data from pipe to pipe it carries out operations specified by you...again using DAPstudio. A typical application may require six or seven of these onboard operations from the more than 100 DAPL commands available. They configure the DAP for the application. In many cases you then can use DAPstudio to run your application – from any PC on a network – with no custom programming and no other vendor software.
Conclusion and Next Step
You now can easily build high-channel count data acquisition systems that sample inputs simultaneously. The new DAP 5380a/526 board from Microstar Laboratories lets you do this. You can configure the board using DAPstudio, a Windows application, and then use industry standard software for your final application. You also could run an entire application using only DAPstudio. The DAP 5380a/526 is available now for immediate delivery. The company provides unrestricted versions of both hardware and software for evaluation at no charge, and you can download a full version of DAPstudio right now.
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You now have an affordable building block for creating high-channel count systems that sample inputs simultaneously. Microstar Laboratories, Inc. maker of Data Acquisition Processor (DAP) boards and systems for data acquisition and control, today announced the DAP 5380a/526, a new mid-range board designed to work well in multiples. You can synchronize two or more boards – installed in the same PC or in PCs on a network – to create systems that sample from sixteen to potentially hundreds of channels simultaneously at 625k samples per second on each channel. (Upgrading to the high-end DAP 5400a/627 doubles that sampling rate.) Use DAPstudio – or other software – to build and run an application. The company provides unrestricted versions of both hardware and software for evaluation at no charge. You can download a full version of DAPstudio right now to check it out.
Note to the Editor:
Microstar Laboratories suggests this text as a caption for the available image:
You can configure any number of synchronized DAP 5380a/526 boards like this one using DAPstudio, a Windows application. You then can run your application, sampling all channels simultaneously, from any PC on a network. DAP boards also work with LabVIEW, or with any application that allows DLL calls.
Microstar Laboratories, Inc. claims Microstar Laboratories, Data Acquisition Processor, DAP 5380a, DAP 5400a, DAP, DAPL, and DAPstudio as trademarks. Intel Corporation has registered Intel and Pentium as trademarks. National Instruments Corporation has registered LabVIEW and DASYLab as trademarks. The Mathworks, Inc. has registered MATLAB as a trademark. Microsoft Corporation has registered Windows as a trademark. Other organizations may claim – or may have registered – as trademarks any trade names, logos, and service marks that appear in this document but not in the list above.
Microstar Laboratories makes it a practice to use an appropriate symbol at the first occurrence of a trademark or registered trademark name in a document, or to include trademark statements like this with the document.