IMG DXD: A New Horizon for Cloud Gaming
Imagination Technologies has marked a significant leap in technology with the introduction of its IMG DXD GPU. Primarily designed to conquer the ever-expanding cloud gaming arena, DXD isn't confined to just enhancing gaming experiences; it serves as a cost-effective solution, optimising rack density, power efficiency, and overall design costs. This breakthrough holds paramount significance in the PC and desktop markets, encompassing mainstream PC gaming, productivity applications, and the burgeoning cloud gaming sphere.
The ability of DXD to scale into multi-core units is a game-changer, allowing systems to transcend the DirectX* 11 feature level. This enables features like fragment shading rate under the Vulkan API. The execution of shaders in zones, as opposed to individual pixels, significantly reduces computational complexity and bandwidth consumption. This is especially advantageous in scenes with uniform backgrounds, reducing processing, bandwidth, and power requirements.
To read the full article, click here
Related Semiconductor IP
- Specialized Video Processing NPU IP for SR, NR, Demosaic, AI ISP, Object Detection, Semantic Segmentation
- Ultra-Low-Power Temperature/Voltage Monitor
- Multi-channel Ultra Ethernet TSS Transform Engine
- Configurable CPU tailored precisely to your needs
- Ultra high-performance low-power ADC
Related Blogs
- IMG DXT GPU: A Game-Changer for Gaming Smartphones
- LPDDR6: A New Standard and Memory Choice for AI Data Center Applications
- Silicon-proven LVTS for 2nm: a new era of accuracy and integration in thermal monitoring
- A New Era for Edge AI: Codasip’s Custom Vector Processor Drives the SYCLOPS Mission
Latest Blogs
- Silicon Insurance: Why eFPGA is Cheaper Than a Respin
- One Bit Error is Not Like Another: Understanding Failure Mechanisms in NVM
- Introducing CoreCollective for the next era of open collaboration for the Arm software ecosystem
- Integrating eFPGA for Hybrid Signal Processing Architectures
- eUSB2V2: Trends and Innovations Shaping the Future of Embedded Connectivity