Recherche dans la bibliothèque média
La bibliothèque média de Rambus regroupe de nombreuses vidéos, présentations et documentations techniques. Pour effectuer une recherche, saisissez le sujet qui vous intéresse, par exemple « XDR 2 » ou « mobile », dans le champ ci-dessous. Vous pouvez affiner la recherche en sélectionnant une solution, un événement ou une année particulière. Par exemple, pour rechercher un article présenté lors de la conférence DesignCon 2009, sélectionnez « Toutes les solutions », « DesignCon2 » et « 2009 ».
Results 1 - 10 of 17 total results for "*"
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Professional quality images from mobile and consumer cameras
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As the performance of consumer electronics continues its rapid rise, memory interfaces are an increasingly critical part of the overall system solution. Using patented innovations and advanced circuit techniques, Rambus’ DDR3 memory ...
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The Rambus XDR™ IO Cell (XIO) is a high-performance, low latency controller interface to XDR-based DRAM memory systems. The XIO is a versatile CMOS macro cell that can be seamlessly integrated into a wide variety of target processes. The...
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The Rambus XDR DRAM achieves an order of magnitude increase in DRAM bandwidth while using the fewest ICs. The XDR Interface uses a small number of very high-speed signals to carry all address, data, and control information. XDR ...
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The Rambus Imerz™ universal platform uniquely allows users to discover, interact with, and share the internet of things in a personalized, immersive experience. The end-to-end multi-media solution enables a rich array of TV 3.0 services.
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The Rambus XDR DRAM achieves an order of magnitude increase in DRAM bandwidth over today's best-of-class memory systems. The XDR Interface uses a small number of very high-speed signals to carry all address, data, and control ...
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Rambus XDR™ technology has been designed to support a broad range of applications and component implementations spanning multiple technology generations. The XDR architecture comprises three primary semiconductor components: XDR DRAM XDR...
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Today's powerful graphics and multi-core processors require significantly higher memory performance when compared to traditional single-core processors. Without adequate data bandwidth, memory becomes the limiting factor in delivering ...
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Pervasive computing, graphics, and networking applications continue to drive the need for high-speed memory interfaces. Many mainstream memory technologies fail to meet the needs of the powerful processors in todayʼs high-volume systems,...
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The Mobile XDR™ memory architecture is the world’s fastest and most power-efficient memory for mobile applications. Capable of achieving data rates of 3.2 to 4.3 Gigabits per second (Gbps) per pin at an unprecedented power efficiency of ...
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