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The following are links to web-sites of some of the organizations that use E.D.T. products.
Click here for links to third party products and services that incorporate or enhance EDT products (system integrators, SBC vendors, interface panels and bus extenders).
- Comspace Corp. uses our PCI CD20 product in a Synchronous serial stream, to log data from DCMA mobile radio system.
- DBA Systems, Inc. uses EDT's SCD-20 boards to interface their ImageClear CCD-based 500-600dpi fingerprint digitizers (the first such to be certified by the FBI for compliance with their IQS Appendix F) to the Sun workstation.
- Forster System Engineering (FSE) uses a variety of EDT's products, including the PCI DV, SDV, PCI-RCI, and PCI DV C-Link boards to integrate complete digital imaging systems. FSE provides complete Monochrome, color, deep UV, and multi-spectral high resoluton digital imaging systems.
- Gisplan Tecnologia da Geoinformacao uses EDT's PCI GP-SSE boards in their CBERS 1/2 Satellite ground station solution.
- Harvard - Smithsonian EDT's S16D high speed parallel interface is used for data collection by the Optical and Infared Astronomy Division of the Harvard - Smithsonian Center for Astrophysics.
- The High Altitude Observatory of the National Center for Atmospheric Research is using two SparcStations with SDV boards to transfer data from Kodak Megaplus 1.6 Cameras. These are located at the Mauna Loa Solar Observatory, Hawii and are used for observations of the Sun at wavelengths of Hydrogen (656nm) and Helium (1083nm). Sponsored by the National Science Foundation.
- The Institute of Cancer Research: Royal Cancer Hospital in Surrey, UK uses EDT's S16D card for the camera-computer link in their acquisition and control system for a whole-body positron camera with novel detectors.
- Lockheed-Martin Several divisions of Lockheed-Martin Inc. have put our interface cards to use, including the S53B-1, S16D, and SCD-20
- Leica Geosystems uses EDT's PCI DV and SDV high resolution digital frame grabber boards in their large format digital scanning workstation products.
- Los Alamos National Labs uses our PCI-RCI system in several applications, including one in which it is used as part of an imaging bolometer that measures the radiative energy losses from plasmas in a different magnetically confined fusion experiment: the LHD stellarator of the National Institute of Fusion Science (NIFS), Japan, and another in which it is used as part of a system to monitor wall heating in a magnetically confined fusion experiment, the Alcator C-Mod tokamak at the Massachusetts Institute of Technology (MIT) (view white paper, PDF format).
- MissionSpace has used EDT's products on multiple NASA projects, some of which include the Shuttle Radar Topography Mission (SRTM) and, more recently the Mars Reconnaissance Orbiter (MRO) mission. For SRTM, MissionSpace provided the Jet Propulsion Lab (JPL) with EDT's PCI-CD-60 boards. For MRO, MissionSpace is providing JPL with EDT's PCI-SS data acquisition/transmission cards.
- National Solar Obervatory uses our SDV and S11W products and have a beautiful exhibit of solar pictures and related phenomena
- EDT's products are used in numerous NASA projects, including the CSC Team's PC-Based Near-Real Time Data Acquisition System. The CSC Team was looking for an interface that could be quickly configured to support their existing Remote Data Harvesters (RDHs), and found what they needed in EDT's PCI CD-60 boards. The use of EDT's interfaces was one of the key elements to the success of the project, allowing them migrate from an antiquated mainframe to a modern PC workstation without having to replace the expensive, highly functional RDH signal conditioning hardware.
- The Neuralynx Cheetah160 data acquisition platform represents "the state of the art" in high density electrophysiology single-unit recording solutions. The PCI CD-20 provides the high-speed Direct Memory Access interface between the Neuralynx Cheetah160 High-Density Electrophyiology Recording hardware and the Cheetah Data Acquisition Software running on a Pentium processor.
- MIT Lincoln Lab uses our S11W, S16D, SDV, and SCD-20 products in a variety of applications
- Noesis Vision's Visilog Image Processing software includes direct support for our SDV digital video interface
- Orthapedic Research Labs, Univ. of Michigan uses EDT's SDVboard to capture images from a Kodak Megaplus 1.4i based micro-Computed Tomography scanner, which are later processed to produce 3D reconstructions of the specimen scanned.
- Redlake MASD (Kodak) EDT's SDV and PCI DV cards provide a digital camera solution between workstations and many Redlake MASD (Kodak) products, including their MEGAPLUS series high-resolution digital cameras.
- EDT helped launch the SETI@home project, an ambitious and wide-ranging scientific experiment that uses internet-connected computers in the search for extraterrestrial intelligence. EDT is a sponsor of SETI, and has donated an SCD-20 and several PCI CD-60 high-speed parallel I/O boards. EDT's boards are used to collect data from the world's largest radio telescope, and record data for over 3.9 million SETI@home participants in 226 countries.
- The Stanford University Gravity Probe B project employs EDT's S53B-1 MIL-STD 1553 interface for GP-B satellite's Operations testing and operations systems development.
- The Stanford University Gravity Probe B project uses EDT's S53B-1 MIL-STD 1553 interface for GP-B satellite's Operations testing and operations systems development.
- The South African Astronomical Observatory is one of many observatories around the world that use our S16D interface for astronomical image data transfer
- Tecnicon International, Inc. use multiple PCI RCI Systems in the first open-highway toll violation enforcement system in the United States, in Denver, Co., and Albany, NY.
- The Planetary Studies/Radar group at the Arecibo Observatory uses EDT's PCI CD boards in a fast sampling system, which has been used to provide the highest resolution images of an asteroid ever obtained.
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