Vivid 24 Company Digital Micronics, USA   Date 1992   Amiga A3000, A4000   Interface Zorro III   Autoconfig ID 2129 / 2 rendering engine TMS 34020 @ 40 MHz graphics processor up to 2048×2048 interlaced resolution in 24 bit up to 1280×1024 non-interlaced 32 bit pixel depth (including 8 bit alpha channel) up to four TMS 34082 coprocessors (optional) 32 bit math / graphics coprocessor 3D vector support and rendering engine parallel processing capability 40 MFLOPS per piece - 160 MFLOPS total 25,000 shaded polygons per second - 100,000 total 512 kB static RAM per coprocessor up to 16 MB video RAM (4 MB standard) 4 MB: 1024×1024 non-interlaced, 1024×1024 interlaced 8 MB: 1280×1024 non-interlaced, 1600×1280 interlaced 12 MB: 1280×1024 non-interlaced, 2048×1536 interlaced 16 MB: 1280×1024 non-interlaced, 2048×2048 interlaced the video memory can also be used as system memory by the Amiga up to 8 MB DRAM for resident applications (4 MB standard) upgrade modules: single graphics math coprocessor upgrade kit (1× TMS 34082) with 128 kB of 32 bit static RAM module (max. 2 per board) double graphics math coprocessor upgrade kit (2× TMS 34082) with 256 kB of 32 bit static RAM module (max. 1 per board) video memory upgrade kit - 4 MB VRAM (max. 4× per board or 3× with video encoder module) program memory upgrade kit - 4 MB DRAM broadcast quality digital video encoder (NTSC, PAL, SVHS) allows high resolution graphics to be taken directly to video tape retaining their broadcast quality supports NTSC or PAL and SVHS genlocks the Vivid 24 using either a sync generator or any external video source plugs into the same location as a video memory module video effects generator (for use with the video encoder module) provides input for two video sources special effects allows the mixing of both sources based on the Vivid 24 computer generated graphics SAGE (Standard Amiga Graphics Environment) driver Photo front side back side