Shima Seiki U.S.A., Inc.

SIGGRAPH 1992

Shima Seiki announces the introduction of a new high-resolution paint system. This system can be configured with 8K X10K frame memory on two buffers. An additional six pages of 8K X10K reside in file memory with an access speed of 7 seconds/page. This way, multiple image composites at very high resolution can be made without the delay of loading images from the hard disk. The SGX was designed and built specifically for the print graphics marketplace.

SIGGRAPH 1991

SGX Systems are high-resolution paint systems using two frame buffers. The main frame buffer is expandable up to 8K by 8K. The systems are designed for industrial applications such as automotive design, print graphics, and HDTV. The systems are integrated to a variety of devices relevant to these markets including Macintosh, high-resolution drum scanners and film recorders, HDTV videotape machines, and projectors.

SIGGRAPH 1990

SGX SYSTEMS are high-resolution paint systems with an BK by BK maximum size frame buffer. They feature full antialiasing, high-speed airbrush, softedge mask, interpolation resizing, and rotation. Options include 3D polygon/mapping, hard disk/optical disk and magnetic tape storage.

SIGGRAPH 1989

Shima Seiki displays SGX Systems, high-resolution paint systems with an 8K by 8K maximum size frame buffer. Features full anti-aliasing, high-speed airbrush, soft-edge mask, interpolation resizing, and rotation. Options include 3D polygon/mapping, hard disk/optical disk, and magnetic tape storage.

SIGGRAPH 1988

Shima Seiki will exhibit a high-resolution, high-speed computer graphic paint system. The system can be expanded to include 3-D capabilities, wire frame modeling, polygon rendering at 50,000 polygons/second and real-time texture mapping. Other options include large scale hard disk and optical disk storage, input scanners and high-quality printers.

SIGGRAPH 1987

Shima Seiki will exhibit its line of SDS turnkey systems which can be configured to have full paint functions, animation functions, digital video effects and 3-D modeling and rendering. The SDS turnkey systems store on Winchester or optical disk and have input options that include color image scanner and any video source. Output is to a film recorder, thermal printer or NTSC signal.

SIGGRAPH 1986

Shima Seiki introduces the SDS-480 Design System. Software includes font registration, color gradation, color matching using the Munsell System, color coordination, water color function, pattern making for textiles, image overlay and 3-D processing. Input features the internal scanner camera with output to thermal and ink jet hard copies.