S3 Graphics 5400E

Edison

S3 Graphics 5400E Cost-effective solution for feature-rich graphics processing with high levels of video decoding and 3D rendering performance The S3 Graphics 5400E is built on an advance low-power 65nm process for supply longevity in a small form-factor (23mm x 23mm) BGA package. The GPU provides support for x1/x4/x8/x16 lanes of Gen2 (5.0Gbps) PCI Express®. A programmable unified-shader-architecture core and fixed-function rendering units provide optimized hardware acceleration for Microsoft® DirectX™ 10.1, Shader Model 4.1, OpenGL® 3.1, and OpenCL™ 1.0*. Integrated serial differential transmitters provide native display support for 2X Dual-Channel LVDS, DisplayPort, 2X Dual-Link DVI and HDMI with HDCP, allowing the 5400E to take full advantage of its optimized ChromotionHD™ 2.1 Programmable Video Engine. The 5400E GPU provides a cost-effective solution for feature-rich graphics processing with high levels of video decoding and 3D rendering performance. It offers an excellent blend of graphics functionality, performance, power, longevity and stability for reliable, high quality embedded graphics solutions. Long-term supply guarantee Reference design kit available DX10.1, Shader Model 4.1, OpenGL 3.1, OpenCL 1.0 Programmable Unified Shader Architecture AcceleRAM™ Graphics Memory Support Advanced Power Management 512MB GDDR3 / gDDR2 Duo-Rotate™ ChromotionHD™ 2.1 Video Engine for Blu-ray™ Disc Playback H.264, MPEG-4/2, and VC-1, Hardware Acceleration AES 128 DisplayPort, LVDS, 2X Dual-Link DVI and HDMI™ with HDCP™

S3 Graphics 5400E Product Highlights Programmable DirectX 10.1 Graphics Core The 5400E architecture includes dynamically allocated execution units for its Unified Shader 4.1 Geometry, Vertex and Pixel Shaders. DirectX 10.1 compatible Geometry-shaders allow more complex manipulation of primitives, shadows, and material effects for greater High Dynamic Range Rendering (HDR). The programmable shaders of the 5400E provide a rich user experience for Direct3D, OpenGL, OpenCL, and video rendering. Vista Premium Ready The 5400E processor is designed for Vista Premium implementations and includes support for WDDM1.0, WEI graphics that meets Vista Premium Logo requirement and AES encryption and decryption. Windows 7 Ready The 5400E processor is designed for Windows 7 implementations and includes support for WDDM1.1, WEI graphics and gaming acceleration, AES encryption and decryption and ClearType support. Flexible Memory Architecture 5400E supports DDR2 memory at frequencies up to 500MHz (1.0Gbps data rate) with a maximum size of 512MB. In addition, it also supports: 256/512MB GDDR3 memory up to 850 MHz (1.7Gbps data rate) 512MB gDDR3 memory up to 800MHz (1.6Gbps data rate) gDDR3 devices operate at 1.50V, which results in reduced power consumption when compared with GDDR3 and DDR2 devices which operate at 1.80V. Advanced Power Management Advanced power management technologies include dynamic voltage and frequency scaling and integrated temperature sensor technology. Individual execution units can also be turned-off when idle which allows additional power savings. Advanced Display and Audio Integration The 5400E GPU incorporates an integrated DisplayPort transmitter, two dual-link DVI transmitters, with integrated HDMI (including support for 7.1 HD audio) and HDCP, an integrated dual-channel LVDS transmitter, and legacy support for an analog CRT display. ChromotionHD 2.1 Programmable Video Engine The advanced high quality ChromotionHD 2.1 programmable video engine of the 5400E is fully compatible with Microsoft DirectX-VA 2.0 media acceleration. The engine has been optimized to provide enhanced Protected Video Playback (PVP) of a wide range of video codecs, including Windows Media VideoTM 9 HD (WMV9-HD), MPEG-2 HD, VC-1, and H.264 (MPEG-4 AVC). High definition optimized playback from Blu-ray disc is possible with lower CPU utilization. PVP support for HD Premium content includes PVP-UAB (User-Accessible Bus) and display output protection. S3 Graphics 5400E Technical Specifications H.264 Hardware Acceleration H.264/AVC - MPEG-4 Advanced Video Coding (AVC) hardware acceleration including:     VLD entropy decoding: Context adaptive binary arithmetic coding (CABAC) and Context adaptive variable length coding (CAVLC)     Inverse Transform     In-Loop De-Blocking     Variable Block size Motion Compensation with quarter pixel precision and weighted prediction High profile level 4.1 for HD Premium video content VC-1 Hardware Acceleration VC-1 hardware acceleration based on SMPTE 421M and its derivative standards:     Inverse Transform     Motion compensation     In-Loop and out-of-loop deblocking     Intensity compensation     Overlap transform     Dynamic range reduction Advanced Profile at Level 3 for HD Premium video content MPEG-2 Hardware Acceleration Bitstream parser and slice level decoder Inverse quantization 8x8 Inverse Discrete transform conforming to IEEE Standard Motion compensation MPEG-4 Hardware Acceleration Advanced Simple Profile 8-Tap filter for ¼ pixel Motion Compensation B picture Interlace video Global Motion Compensation ChromotionHD 2.1 Programmable Video Engine H.264, MPEG-2 HD, WMV9-HD, and VC-1 acceleration Support for Protected Video Playback DirectX-VA 2.0 compatible Per pixel motion adaptive de-interlacing, noise removal, cadence detection and correction Gamma correction and white/black point enhancement 4x4 programmable kernel filter video scaling Microsoft Video Mixing Renderer (VMR 7, 9) support ArtisticLicenseTM real-time video effects: De-Blocking, Sharpening, Embossing, Neon-Edges, & Softening Power Management Features S3PowerWise Architecture power savings technology Dynamic voltage and frequency scaling Integrated temperature sensor DX10.1 Unified Shader Architecture – Shader Model 4.1 Full 128bit precision (32bit floating-point per component) in hardware throughout the pipeline Fully programmable unified Vertex, Geometry, and Pixel Shaders with dynamic load balancing Dual execution mode Geometry Shaders (vertical/horizontal) Soft Shadow, volumetric texture, & Single pass cube mapping Optimized MSAA 4x Fast Clear technology – ultra fast zero cycle clear Optimized Shadow map and Shadow Volume acceleration with two-sided stencil Advanced texture formats, including RGBE9:9:9:5, depth & stencil. Texture rendering up to 8k x 8k Extensive texture filtering, including 128-bit FP texture filtering for HDR, full tri-linear filtering for up to 16x high quality advanced anisotropic filtering (AF); bicubic and sRGB filtering Lossless Z-compression & Optimized Z-buffer write and read Optimized advanced shading dependency read pipelines Programmable depth shader PCI Express 2.0 Compliant Leverages PCIe 2.0 upstream and downstream bandwidth of 8 GBytes/second Dynamic lane (x16/x8/x4/x1) switching support for flexible link configuration and power management DDR2/GDDR3/gDDR3 Memory Interface 64-bit memory interface support 128 / 256 / 512MB local video memory w/ GDDR3 at a peak memory bandwidth of up to 13.8 GB/s @ 850MHz (1.7Gbps) 256 / 512MB local video memory w/ DDR2 at a peak memory bandwidth of up to 8.0 GB/s @ 500MHz (1.0Gbps) 512MB local video memory w/ system DDR3 at a peak memory bandwidth of up to 10.6 GB/s @ 667MHz (1.33Gbps) and up to 12.8 GB/s @ 800MHz (1.6Gbps) AcceleRAM Technology Up to 512MB shared system main memory augments local frame buffer video memory Integrated DisplayPort and HDMI Integrated HDMI / HDCP support with CEA-861B     On-chip HDCP key storage     Integrated HD Audio controller and codec Integrated 4-lane DisplayPort1.1a  transmitter Non-linear scaling: 16:9 HD viewing of 4:3 video images ChromoVision™ full screen video on secondary HD display ChromoColor™ - Hue, Saturation, Brightness, & Contrast adjustments for Video Advanced Display Features** Integrated 2X Single/Dual-link DVI up to 2560x1600 Integrated 10-bit CRT output up to 2048x1536 @75Hz Integrated 2X dual channel LVDS supports up to 1920x1200 Independent support for both LVDS and DVI (18-bit and 24-bit panels) Independent two panel upscaling with 2-tap cubic interpolation Independent Hot-plug detection for both DVI displays Duo-Rotate™ Displays can be independently rotated (90°, 180°, 270°) Rotation acceleration for 3D, 2D, & media playback Operating System Support Windows XP Windows Vista Windows 7 Linux (x86) Popular Linux Distributions Support Debian Linux 5.03 (2.6.x) Fedora Core 9/10 (2.6.x) Mandriva Linux 2009 (2.6.x) Red Hat Enterprise Linux WS release 5 (2.6.x) SuSE Linux 11, kernel 2.6.x Ubuntu 8.04/8.10/9.04 (2.6.x) * OpenCL (Open Computing Language) is the first open, royalty-free standard for general-purpose parallel programming of heterogeneous systems. ** Not all display interfaces can be used at the same time. The highest display resolution per display output depends on memory and interface bandwidth.

红发IXFXI

这个非主流显卡没有多少人买的

gz_easy

看似focus on embedded系统。

laimi80

s3还是威盛在搞吗??

什么？

如果VIA能推出一个类似MCP7A那样的单芯整合芯片组配合Nano还是有一定市场的。

xxx2006

VIA已经不行了啊，期待东山再起

kouk

S3的显卡好久不见了~我第一张显卡就是S3的~

Sirlion

还是dx10.1啊……还以为会与时俱进

ruiqingzhao

S3已经成为非主流了,可惜啊

johngoo

S3的显卡好久不见了~我第一张显卡就是S3的~
kouk 发表于 2009-10-25 17:23

俺第二片是S3的 ，第一片是4M的彩虹卡

S3……怀念遥远的S3 SAVAGE……
fevaoctwh 发表于 2009-10-25 18:23

同怀念8M显存的S3 SAVAGE