Recently, Intel Corporation officially launched the first Intel Ruixuan™ in-vehicle discrete graphics card (dGPU) to reshape the automotive industry. This new product will enable automakers to create the next generation of in-vehicle experiences to meet and exceed the current consumer's growing expectations for more screens, higher definition, and more unique AI cockpit experiences in cars.
Intel's in-vehicle discrete graphics cards are designed to efficiently handle intensive computing tasks and bring users a richer and smoother experience.
Intel's in-vehicle discrete graphics cards and Intel AI-enhanced software-defined (SDV) in-vehicle SoC (integrated graphics) will double the performance when used together. It will provide automakers with excellent scalability while bringing higher cost-effectiveness. For automakers seeking future-oriented solutions, this solution combination will be a wise choice that can adapt to the rapidly evolving landscape of the automotive industry without significantly increasing costs. In short: As technology advances and consumer demands grow, Intel systems are built on an open platform that is easy to integrate and can easily upgrade to meet new needs without completely overhauling the original design, giving automakers enough flexibility and confidence.
With advanced graphics processing capabilities, Intel's automotive discrete graphics can support high-fidelity visuals and complex 3D human-machine interfaces (HMIs), bringing users smooth and immersive 3A game masterpieces, responsive and context-aware AI assistants, and immersive 3D HMIs. These are critical advances for today's market where consumers are eager for seamless, enhanced interactive experiences and engaging in-car entertainment systems.
Key features
● Automotive software and optimized drivers: Open source Linux-based automotive operating system, supporting graphics drivers for discrete and integrated graphics.
● Intel GPU Single Root I/O Virtualization (SR-IOV) advantages: Provides up to 40% performance improvement in virtual machine environments, enhanced security, isolation and robustness [1].
● Large Model (LLM) Architecture Built for Automotive: Intel has integrated optimizations into the industry-standard Large Model Architecture to significantly improve efficiency, customization, and user experience.
● Xe Display Engine: Supports an additional 4 display outputs and up to 4K resolution for a variety of application scenarios in in-vehicle infotainment systems.
● Open GL and Vulkan: Open standard graphics APIs that support ray tracing and next-generation graphics APIs for more realistic graphics rendering.
● High-performance AAA games: Uses the Xe HPG microarchitecture optimized for gaming, providing excellent performance, efficiency, and scalability.
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