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![]() Our products are used worldwide across diverse industries in Communications, Computers, Semiconductor, Aerospace, Research Laboratories and Education. Major applications served are Manufacturing Test, Advanced Research, Ultrasonics, Lasers and Embedded DAQ. GaGe is a product brand of DynamicSignals LLC located in Lockport, Illinois USA. Together, GaGe and DynamicSignals LLC bring almost 50 years of excellence and world-class technology. We are now even better able to design and build systems and modules that fit your requirements, be they for the PCIe, PCI, USB, cPCI/PXI, VXI, or even the CAMAC platform. As a worldwide industry leader in performance digitizers, GaGe's CompuScope digitizers and CompuGen arbitrary waveform generator products are world renowned for high speed, high data throughput, high resolution, low noise, deep onboard acquisition memory, and much more. GaGe's motivated employees, exciting new products, diversified customer base and a growing international presence have positioned GaGe for continued growth and success. PC Instruments The use and development of technology requires test and measurement instruments. From research and development of new technologies, to ensuring quality in the manufacturing of various products, instruments are essential. For example, when the Space Shuttle is launched, many different instruments are used to conduct thousands of electrical, temperature, chemical and other measurements to monitor the status of the craft and its crew. Instruments are essential to our high technology economies. For decades, engineers have used analog instruments to observe results on a CRT screen. These instruments are useful only if the signal is periodic and the engineer is present to witness telltale signals. To observe transient phenomena, or a non-periodic behavior, engineers require instruments that can be set up to capture transients and store them. This became possible with digital oscilloscopes. Computer or PC-based instruments, introduced during the 1980's, provide instrument capabilities integrated with a computer. This development opened the doors to instruments that can not only provide measurements and automation, but also analysis and computer results from the measurements. This is a powerful combination of measurement, analysis and remote connectivity. GaGe is positioned at the high end of the PC data acquisition market, wher quality and performance are more important than price. We were the first company to ship a high-speed PCI bus instrument (1995) and GaGe has continued its leadership in this important market segment with the introduction of several more PCI bus and now PCI Express (PCIe) bus products. GaGe is a member of the PCI SIG consortium. GaGe's extensive line of products include ultra high speed data acquisition digitizer boards, digital oscilloscope cards, analog and digital signal generation cards, arbitrary waveform generator boards, digital pattern generation cards, digital input cards and software packages to create a user-friendly human interface. Any and all of these modules can be used in a PC system as standalone instruments, or in combinations for the creation of powerful synthetic instruments. GaGe makes the most advanced computer-based instruments in the world. They are the fastest, of the highest quality, and most versatile. GaGe sells more than 20 different hardware cards and numerous software packages to operate them or to help integrate them in a test system. We provide our customers with the industry's most extensive array of software. All CompuScope digitizer cards are equipped with ready-to-use PC Oscilloscope software (GageScope) as well as optional software development kits which let customers write their own programs. GaGe's arbitrary waveform generator products are among the best on the market. Through easy-to-use software, signals can be generated based on mathematical or graphical descriptions, or directly from a previously recorded signal file acquired with a digitizer or a digital input card. Applications often require more than one card; GaGe products can be synchronized via proprietary bridging circuitry to provide true multi-channel solutions. Independent cards can also be operated together to form complex impulse-response as well as mixed-mode test systems. [Detailed introduction] |