3DMark Benchmark Previews Native 4K Path Tracing With AI Rendering at Computex 2026

UL Solutions Unveils Next-Generation GPU Testing at Computex 2026

A new flagship 3DMark benchmark made its first public appearance at Computex 2026, showcasing what UL Solutions describes as an "upcoming flagship ultra-high-end path tracing benchmark" that could become one of the most demanding GPU workloads available1

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. The preview, demonstrated at the Thermal Grizzly booth in Taipei, marks a significant evolution in how graphics cards will be tested, combining traditional rendering metrics with AI rendering capabilities that reflect modern gaming workloads2

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The benchmark targets native 4K resolution with full path tracing implementation, positioning it well above existing ray tracing tests like Port Royal and Speed Way, which operate at 2560×1440 resolution2

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. This native 4K path tracing benchmark significantly increases computational complexity and places substantially higher demands on graphics hardware, making it particularly relevant for evaluating next-generation GPU architectures.

AI Upscaling and Frame Generation Take Center Stage

What distinguishes this demanding 3DMark benchmark from previous iterations is its integration of AI-powered rendering technologies. The test will support AI upscaling and frame generation alongside a native 4K mode, allowing users to balance visual fidelity with performance1

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. This approach suggests the benchmark isn't just measuring raw GPU power, but also evaluating how hardware AI accelerators facilitate these enhancing technologies without significantly impacting latency1

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The inclusion of AI-assisted rendering reflects the growing role that machine learning plays in modern gaming workloads. Rather than focusing solely on traditional graphics calculations, the benchmark will assess how graphics cards handle AI-enhanced reconstruction methods alongside path tracing computations2

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. This shift matters because game engines increasingly adopt these technologies, making the benchmark more representative of real-world gaming scenarios.

Technical Showcase Reveals Demanding Visual Complexity

The demonstration featured a science-fiction environment with a robotic character moving through futuristic corridors, showcasing numerous reflective surfaces, high-contrast light sources, and detailed moving parts1

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. The scene includes interactions with various machines and robots, culminating in a pan across alien-looking characters at a cafe. The footage carried a "work in progress" banner, indicating potential changes before wider release1

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Path tracing represents a more demanding but visually impressive form of ray tracing, and combined with 4K resolution, this benchmark will challenge even the most powerful modern GPUs1

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. The complex geometry and reflective surfaces shown in the preview are particularly suited for advanced path-tracing workloads that stress current hardware capabilities2

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What This Means for GPU Testing and Future Hardware

UL Solutions, formerly Futuremark, has maintained its position as a gold-standard benchmark developer for decades despite increased competition1

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. This new benchmark expands their portfolio beyond existing offerings like Port Royal for ray tracing, Speed Way for DirectX 12 Ultimate workloads, and Steel Nomad for native 4K rasterized performance testing2

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The benchmark appears designed to establish a new performance tier focused on evaluating next-generation GPU architectures and provide meaningful performance differentiation for upcoming graphics cards2

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. As Thermal Grizzly is one of the benchmark's first sponsors, their early access suggests a coordinated launch strategy, though UL Solutions has not yet announced release dates, supported APIs, scoring methodology, or specific hardware requirements2

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For enthusiasts and reviewers, this benchmark will likely become a critical tool for assessing how well graphics cards handle the convergence of traditional rendering and AI-enhanced techniques. The open question remains how the scoring system will account for AI upscaling and frame generation versus native rendering performance1

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. As benchmark workloads evolve to reflect real-world gaming scenarios that increasingly incorporate frame generation and advanced reconstruction technologies, this test signals where GPU evaluation is headed.