2D GPU IP
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2D GPU IP Core - Target Display Resolution: 8K
- Xwindow (EXA)
- Hardware Composer (HWC)
- DirectFB
- Pixel Rate (Pixels/Cycle): 4
- Target Display Resolution: 8K
- Direct 3D Tile Status and Buffer Option: yes
- Formats Support: RGB & YUV FP16/32
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2D GPU IP Core - Target Display Resolution: 4K
- Xwindow (EXA)
- Hardware Composer (HWC)
- DirectFB
- Pixel Rate (Pixels/Cycle): 2
- Target Display Resolution: 4K
- Direct 3D Tile Status and Buffer Option: yes
- Formats Support: RGB & YUV FP16/32
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2D GPU IP Core - Target Display Resolution: 2.5K~4K
- Xwindow (EXA)
- Hardware Composer (HWC)
- DirectFB
- Pixel Rate (Pixels/Cycle): 4
- Target Display Resolution: 2.5K~4K
- Direct 3D Tile Status and Buffer Option: yes
- Formats Support: RGB & YUV Limited
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2D GPU IP Core - Target Display Resolution: 4K
- Xwindow (EXA)
- Hardware Composer (HWC)
- DirectFB
- Pixel Rate (Pixels/Cycle): 4
- Target Display Resolution: 4K
- Direct 3D Tile Status and Buffer Option: yes
- Formats Support: RGB & YUV
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2D (vector graphics) GPU IP Further advanced architecture for minimized CPU load and increased pixel performance in vector processing
- Pixel performance
- Texture size
- 2D rendering
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High-performance 2D (sprite graphics) GPU IP combining high pixel processing capacity and minimum gate count.
- GH310 is a GPU IP that packages the 2D Sprite engine available in the GSHARK-TAKUMI family IPs. This IP accelerates 2D graphics on embedded systems such as digital audio-video devices.
- Casting no LSI cost impact with the smallest-in-family footprint (gate count), GH310 helps enrich your displays including GUIs instantly and easily.
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2D (vector graphics) & 3D GPU IP A GPU IP combining 3D and 2D rendering features with high performance, low power consumption, and minimum CPU load
- Pixel performance
- 3D rendering
- Texture size
- 2D rendering
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2D Vector Graphics Accelerator / GPU (Graphics Processing Unit)
- Vertically integrated HW + SW solution
- Monolithique HW building block, open to any system integration. Can be associated with any companion IP:
- 2 hardware versions:
- Software ported on numerous processors and OS
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Advanced graphics and compute acceleration on power constrained devices
- Next Level Efficiency: Microarchitectural changes deliver 50% more geometry performance and better sustained performance compared to its predecessor, IMG DXT. Overall performance efficiency is boosted 20%.
- Optimised for Compute: With a memory structure configured for super-fast compute processing coupled with accelerated scheduling of compute workloads, Imagination DXTP is optimised for AI.
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Highest performance automotive GPU IP, with revolutionary functional safety technology
- Safety without compromise: IMG DXS is ASIL-B certifiable and introduces a pioneering solution for functionally safe processing, Distributed Safety Mechanisms, that significantly reduces the performance, power, and area overhead of detecting faults in processing logic.
- Graphics powerhouse: IMG DXS wields at least 50% more performance than the most powerful core of the previous generation, with the top core offering 48GPixel/s @1GHZ, with the ability to scale up to four cores. It adopts D-Series efficiencies, such as 2D Dual-Rate Texturing, to deliver amazing in-vehicle effects with minimum effort.
- Compute intelligence: Hardware and software co-optimisations deliver up to 10x compute performance over previous generations, making IMG DXS the ideal GPU IP for supporting common automotive compute workloads such as driver monitoring and LiDAR/RADAR data pre-processing.