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RayCore MC is a world-class real-time path & ray tracing GPU IP that enables fast rendering processes with low power consumption. Global illumination and soft shadows are applied to provide photo-realistic high-quality graphics, and at the same time provide differentiated graphic effects such as depth of field, glossy reflection, and motion blur.

Path Tracing is a more advanced technique than Ray Tracing, and it is a revolutionary next-generation rendering technology that can easily create 3D graphic images like photos by expressing light effects in a more natural and detailed way.

  • Real-time path tracing GPU IP optimized for mobile and embedded applications

  • Unprecedented 3D graphics experience in gaming, virtual reality and augmented reality

  • Provides photo-realistic graphic effects

  • Provides realistic graphic effects applicable to high-end games, movies, advertisements, education, and simulators

  • Fully Hardwired Path Tracing logic

  • Optimized for application processors with small form factor and low power architecture

  • Implementation of path tracing based on MIMD architecture

  • Maximize efficient rendering with independent parallel computation

  • Real-time pass & ray tracing support by maintaining ray tracing performance regardless of image characteristics

  • High scalability

  • Linearly improve graphics performance by increasing the number of Raycores due to parallel design

  • Ensures excellent graphics processing performance and low power consumption for the cost

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Inquiries for RayCore MC are always welcome:


Siliconarts provides SOC Platform Design Services that provides customization and design of computational hardware solutions incorporating advanced CPU and GPU technologies. The Siliconarts SoC Design Platform consists of ARM or RISC-V processors, ray tracing GPU processors (RayCore) for photorealistic graphics and our GPGPU IP (RAIV) for AI. This platform design can speed the delivery of chip designs for fabless or system companies developing a wide variety of applications, such as gaming, next-gen internet (metaverse), autonomous driving, and many others. Our platform designers work in collaboration with foundry and physical design house companies to complete a tape-out of your next project.

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