Imaging Technology Inc.

SIGGRAPH 1986

Imaging Technology Inc. is a supplier of plugcompatible, real-time image processing modules and subsystems used by OEMs and end-users. Their products are used by Fortune 500 companies, leading research and development centers, universities and systems integrators, in both enduser and OEM applications. Applications for Imaging Technology’s products include: inspection, robotic vision, medical imaging, microscopy, thermal imaging, motion, low-light and general image analysis, security and graphic design.

SIGGRAPH 1985

Imaging Technology Incorporated represents innovation in board level image processing products for OEM systems integrators. The company has developed a series of image processing modules that are plug-compatible with the most popular bus architectures in use today. These compatible boards team up to integrate a complete real-time video processing or high resolution graphics system.

SIGGRAPH 1984

Imaging Technology Incorporated represents innovation in board level image processing products for OEM systems integrators. The company has developed a series of image processing modules that are plug-compatible with the most popular bus architectures in use today. These compatible boards team up to integrate a complete real-time video processing or high resolution graphics system. This system is capable of retrieving images that are stored in the frame buffers for analysis or enhancements. Typical applications utilizing image processing are Factory Inspection Systems, Medical Imaging, Teleconferencing, Microscopy, Infrared Thermography, Astronomy, Security, Motion Analysis, Graphic Design, Low Light Image Analysis and many more. For more information or a demonstration, visit our booth # 1245 during SIGGRAPH.

SIGGRAPH 1983

Imaging Technology manufactures OEM Image Processing Modules which are plug compatible with either the Intel Multi-Bus or DEC Q-Bus System. The modules are designed to digitize video B/W or RGB frames in 1/30th of a second and have a resolution of 512 X 512 X 8- to 24-bits with graphic overlay. Additional modules include the ALU-512 pipe-line processor unit for edge enhancement high/low pass filtering, 3 X 3, 5 X 5, and 15X15 convolutions. Applications include inspection, teleconferencing, computer graphics, and medical imaging.