Taipei, Taiwan – October 11, 2010 - SPARKLE Computer Co., Ltd., the professional VGA card manufacturer and supplier, today announced six SPARKLE GeForce GT 430 Graphics Cards, bringing unparalleled levels of price/performance to mainstream users.
Specification |
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| Model Number | SXT4301024S3LNM SXT4301024S3LNMP SXT4301024S3LHDS SXT4302048S3LNM SXT4302048S3LNMP SXT4302048S3LHDS |
| Graphics Processing Unit | NVIDIA GeForce GT 430 |
| Graphics Clock | 700 MHz |
| Memory Type | 2GB / 1GB DDR3 |
| Memory Interface | 128-bit |
| Processors Cores | 96 |
| Processors Clock | 1400 MHz |
| Bus Type | PCI-Express 2.0 |
| Outputs | CRT+HDMI+Dual Link DVI / ( DVI + HDMI / One Slot ) |
Luxuriant Cooling Solutions SPARKLE provides 2 extra thermal solution except STD fan version of the SPARKLE GeForce GT 430 Graphics Cards
Active Cooling Version With One Slot Design World's first GeForce GT 430 graphics card with one-slot cooling design to save the chassis space. It uses the Aluminum Extrusion technology to form the heat sink of the cooler at once, so that the heat sink can transfer the heat with more continuities. The cooler use centrifugal fan structure, to make wind pressure more stronger and more concentrated to get quicker cooling effects.
Passive Cooling Version With 0dB Noise It's the world's first silent GeForce GT 430 graphics card using passive cooling design, which is equipped with SPARKLE innovative back-cooling technology featuring 2 heatpipes at the front side with pure aluminum heat sink using wave fin design with increased heat dissipation area at the back side of the PCB, to achieve uniform heat radiation, more thermal performance and 0dB working noise.
Advanced Rendering Architecture Using NVIDIA’s next generation GF108 chip architecture. The SPARKLE GeForce GT 430 Graphics Cards are designed with unparalleled levels of price/performance. With more than 2x the DirectX 11 geometry processing power over competing product, the SPARKLE GeForce GT 430 Graphics Cards dominate the competition and offers amazing game realism on the latest DirectX 11 titles like Civilization V. Equipped with the latest industry leading technologies including NVIDIA 3D Vision, NVIDIA PhysX, high performance NVIDIA GeForce drivers, and more, the SPARKLE GeForce GT 430 Graphics Cards has everything mainstream users need to spoil their senses.
NVIDIA™CUDA Technology With 96 cores CUDA C/C++ Support CUDA technology unlocks the power of the SPARKLE GeForce GT 430 Graphics Cards' 96 processor cores to accelerate the most demanding system tasks such as video transcoding.
DX11 Done Right With more than 2x the geometry processing power over competing products, the SPARKLE GeForce GT 430 Graphics Cards can deliver the game realism with incredibly detailed characters, terrain, and game environments - all with blazing fast performance. The SPARKLE GeForce GT 430 Graphics Cards also bring stunning gaming effects with cutting-edge Microsoft DirectX 11 graphics and NVIDIA PhysX technology take gaming to a new level.
Big on Performance. Easy on the Wallet. The SPARKLE GeForce GT 430 Graphics Cards let you to get the most graphics bang for your buck. With NVIDIA GeForce GT 430 graphics chip, you can dominate the competition in the hottest titles like StarCraft 2 without breaking your wallet.
2GB / 1GB DDR3 The SPARKLE GeForce GT 430 Graphics Cards provides incredible large 2GB and 1GB DDR3 video memory to mainstream users, to satisfy the rigorous need on the video memory bandwidth, conquering today's hottest game, such as Civilization V, even to meet the requirement from 3DMark 11 launched this autumn.
3nd Generation PureVideo HD High-definition video decoder and post-processor delivers unprecedented picture clarity, smooth video and accurate color for movies and video.
OpenGL 4.0 Optimization and Support Ensures top-notch compatibility and performance for OpenGL applications.
Native HDMI 1.4a Support and Audio Input for HDMI Fully integrated support for HDMI 1.4a including xvYCC, Deep color and 7.1 digital surround sound. High-definition audio transmission can be realized without spdif wiring.
