Shader architecture type 3D GPU Integrating the OpenVG 1.1 hardware processing pipeline

Overview

Key Features

• Pixel performance
• 400M pix/sec
• Texture size
• Up to 8192 x 8192 pixels
• 3D rendering
• Integrated high-performance programmable shader:
• Unified shader and multiple thread processing to realize the fast and efficient parallel computes
• High-precision computing on the parallel compute unit in 32-bit floating point
• Transform, lighting, setup, rasterize, texturing, texture filtering, blending, dithering, full-scene antialiasing, vertex array engine
• 2D rendering
• Vector graphics engine
• Path processing, transform, rasterize, lines, curves (Quadratic/Cubic Bezier curves), elliptical arcs,
• paint (color/gradient/pattern), scissoring, alpha masking, alpha blending, antialiasing, color space conversion, image drawing (scaling/rotation/transformation), image filtering
• 2D Sprite engine
• Scaling, rotation, transformation, BitBLT, line/dot/rectangle drawing, blending, transparent color
• Other functions
• Copy engine (fast rectangle-fill rendering, format conversion)
• Standard conformance
• OpenGL ES 2.0/1.1 and OpenVG 1.1

Benefits

• Proprietary architecture – MATTS developed by TAKUMI
• GSV3100 adopts the MATTS architecture integrating the programmable shader that has successfully optimized a dynamic load balance of vertex and pixel (fragment) processing, combined with high performance and low power consumption at a time.
• Graphics IP core – Advanced and hybrid
• By integrating a native OpenVG accelerator, this high-performance, real-hybrid graphics IP core supports both 3D renderings on OpenGL ES 2.0 and vector graphics renderings on OpenVG 1.1.
• Footprint & power consumption – Small and low
• Hardware acceleration IP – High-performance/quality graphics rendering with minimized CPU load

Deliverables

• Synthesizable RTL code
• OpenGL ES2.0/1.1?OpenVG1.1 Library
• Associated documentation

Technical Specifications