- Powered by NVIDIA Dual GeForce 6800 GT VPU
- Supports PCI Express and Dual 16 pipelines
- Supports Quad-view display output
- Microsoft DirectX 9.0C and OpenGL 1.5 support
- Integrated with the industry's best 512MB GDDR3 memory and dual 256-bit memory interface
- Integrated with two-ball bearing fansink for 50,000 hours guarantee
- Supports DVI-I, D-SUB and TV-OUT
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IntroductionGIGABYTE TECHNOLOGY Co. Ltd. launches the GV-N68T256DH-N, yet another high definition next generation GIGABYTE Gaming VGA solution based on the NVIDIA GeForce 6800GT graphics processor. The new GV-NX68T256DB-N introduces an incredible 16 pixel pipeline in what is arguably the industry's powerful and technically advanced graphics accelerator card.
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CineFX 3.0 EngineThrough CineFX 3.0 engine that allows developers to create unique 3D game features and effects in both game animation and high-definition video. Gamers can get plus benefit from CineFX 3.0 that streamlines the creation of complex visual effects.
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Intellisample™ 3.0It can increase performance at higher resolutions through advances in compression technology to deliver exceptional visual quality.
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UltraShadow™ IIFulfill complex digital lights and realistic shadows in future-generation games, such as Doom3.
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Microsoft® DirectX® Shader Model 3.0Provide infinite program command length creating photorealistic scenes and environments in games, without compromising overall PC performance.
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OpenGL 1.5®Ensure top-notch compatibility and performance for all OpenGL application.
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PCI ExpressDesigned to run perfectly with the next-generation PCI Express bus architecture. This new bus doubles the bandwidth of AGP 8X delivering over 4 GB/sec. in both upstream and downstream data transfers.
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PureVideo™PureVideo™ technology ensures support for new video formats, while its motion estimation engine (MEE) allows the card to record and play video files simultaneously without interrupting system performance. An added value PureVideo™ provides is its high-definition MPEG-2 and WMV HD hardware accelerator that take on much of the heavy lifting during playback of Hi-Def video. Other video playback enhancements include a unique color correction mechanism that will help to create a home theater from a PC.
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3D1 Dual Graphics Processing TechnologyDemonstrating remarkable R&D strength and prowess, GIGABYTE VGA card design teams succeeded in combining dual GeForce series graphics processors with dual memory interface and all the other electronic components onto a card that fits in a normal ATX case. Additionally, GIGABYTE engineers have improved the power supply interface for the 3D1 series to ensure stable extreme 3D performance. With its outstanding design and impressive new features, 3D1 Dual Graphics Porcessing Technology is a tribute to the innovation and understanding of new technologies that differentiates GIGABYTE from other VGA card suppliers.
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GIGABYTE V-tuner2Real time monitoring the temperature, coolling fan speed and coltage of the graphics card, and dynamically control the working frequency and fan speed to let your graphics card always run at the best condition. GIGABYTE V-tuner2 provides a user-friendly and simple interface for overclocking, and allows users to dynamically adjust core and memory clocks.
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Windows Vista® ReadyNVIDIA's third-generation GPU architecture built for Windows Vista gives users the best possible experience with the 3D graphical user interface in the upcoming operating system (OS) from Microsoft.
* يراجتلا رهظملاو ،HDMI High-Definition Multimedia Interfaceو ،HDMI تاحلطصم دعُ ت HDMI Licensing ةكرشل ةلجسم ةيراجت تاملاع وأ ةيراجت تاملاع ،HDMI تاراعشو ،HDMI Administrator, Inc.
* كل المعلومات المذكورة للاطلاع فقط. وتحتفظ جيجابايت بالحق في تعديلها أو مراجعتها في أي وقت دون اخطار مسبق.
* مستوى الأداء المعروض اعتماداً على أقصي القيم الافتراضية للواجهات والتي زودنا بها المصنعين المختلفين والذين وضعوا المعايير القياسية لهذه الواجهات. وقد يختلف مستوى الأداء الفعلي باختلاف مواصفات الحاسب.
* كل العلامات التجارية والشعارات هي ملك لحامليها.
* نظرأً لخصائص الحاسب القياسية، فإن قدراً من السعة الكلية للذاكرة يتم استخدامه من قبل الحاسب ولذلك تصبح سعة الذاكرة الحقيقية أقل من السعة المذكورة على وحدات الذاكرة.