Download Port Royal Benchmark

To run the NVIDIA DLSS feature test, you need an NVIDIA graphics card that supports DLSS. DLSS 3 requires a GeForce RTX 40 Series GPU. DLSS Frame Generation requires a GeForce RTX 40 Series GPU and Reflex SDK integration.

To run the Intel XeSS feature test, you must have a GPU that supports Intel XeSS and Microsoft DirectX Raytracing Tier 1.1. XeSS compatible GPUs include Intel Arc GPUs, as well as AMD Radeon and NVIDIA GeForce GPUs with Shader Model 6.4 support. You also need Windows 11 or Windows 10 64-bit, version 20H2 or newer.

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Port Royal will run on any graphics card with drivers that support DirectX Raytracing. As with any new technology, there are limited options for early adopters, but more cards are expected to get DirectX Raytracing support in 2019.

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I'm currently undervoltinf my rtx 3080 to 1900 mhz at 852mv. It seems to be fine, no issue in any of the other benches, pkayed warzone and control for a while with no crashes or artifacts.... It's just port Royal that seems to be the issue.

Since it's an ray tracing benchmark, does it hammer the system harder, and a score of 0 mean something is crashing or the undervolt is unstable? Visually, watching the benchmark shows no problems, artifacts etc.

The image below shows the high-level construction of a typical frame in the Port Royal benchmark. Tasks are color-coded by work type. Arrows show task relationships. The position of each task indicates the queue in which the task is executed.

The material system uses physically-based materials. The system supports the following material textures: Albedo (RGB) + metalness (A), Normal (RG) + Roughness (B) + Height (A), Luminance, Blend, Opacity, and Light Map. A material might not use all these textures.

We cast rays to the importance sampled direction for each screen space pixel that is over a roughness threshold. The resulting hitpoints (or one if only a single ray is used per pixel) are stored and the results are used to sample reflections from the environment maps. In cases of pixels being non-visible from the cubes or with mirror like surfaces that require pixel-perfect reflections, we compute the reflection separately to render a correct reflection (re-shade). For reflections of glass, we always run the full shading.

The reflect pass uses the ray tracing pipeline to generate a reflection ray for each pixel above a predetermined roughness threshold. The direction is importance sampled according to the same specular BRDF as used in direct illumination. The hit shader writes the ray length, instance ID, primitive index and barycentric coordinates of the hit. The ray generation shader then stores these into textures.

The reflection cubes are used for glossy reflections to find the radiance of a ray intersection generated by the ray tracing pass. The intersection point is reconstructed using the same importance sampling routine as in the reflect pass and reading the ray length stored by the reflect pass. This position is then projected into the reflection cubes. The world space position of the projected point in each cube is tested to determine if it corresponds to the same intersection point, or if it was occluded by another geometry.

The average scores are all from overclocked cards, some on LN2, so don't expect to be close to that. Better to compare actual game numbers or look at Passmark numbers. You can download the trial version for free. Takes about 10 minutes to run if you do the complete test. Also compare with in-game benchmarks as well. Synthetic benchmarks are not a good representation of real performance.

My primary question is, when you'd swapped out your old card for the the RTX3090, didcha run DDU to clear whatever trace of the old driver? This is most important when swapping cards from different manufacturers, like from AMD to nVidia and vice versa. IF you do not clear out all traces of previous driver, it can impede the performance of the card (this is also relevant when swapping out cards from same manufacturer, like previous AMD for new AMD card, previous nVidia card for new nVidia card).

The Raytracing benchmark Port Royal will quit / crash before a result is generated.

The Loading bar will fill up completely

then I can hear a bit of coil whine from the GPU - indicating that it tries to do something

And then the benchmark just closes with no result and without having drawn a single frame of the running benchmark onto the screen.

(also have it to easily check whether or not Intel actually added Support for native Steam VR Headsets - such as the Valve Index.

-> If that were the case I would out the A770 in my Main system and use it for that instead of the 3090 to hopefully move Arc forward on that front)

We would like to let you know that we have been testing and continue to do so. However, it seems to be working for us so far. We understand that there are users who are reporting that the issue is not present in their environments, but we invite other users to share their experience in case you face a similar problem.

The 3DMark Port Royal benchmark produces an overall Port Royal score and a Graphics test score. These scores are the same given that the benchmark is based on a single Graphics test. The scores are rounded to the nearest integer. The better a system's performance, the higher the score.

UL Benchmarks, formerly Futuremark, released their highly anticipated Port Royal benchmark this week that features Real Time Ray Tracing support so that we can now really test how powerful cards supporting this feature are in a controlled environment. But before digging into details on that topic I wanted to touch on a few of the upcoming things that UL Benchmarks is working on.

Artificial Intelligence and Machine Learning may be buzzwords that gamers are tired of hearing, but they're very real and important. So because of that UL Benchmarks is developing a way to test and validate the performance of AI/DL/ML claims. This is a good thing and should help everyone know where performance stands who looks to be entering these markets. After all a focus on safety is pretty important now that we've got self driving cards running over robots. I wish I was making that part up, but sadly it's true.

Now that Port Royal is out and available you too can test the ray tracing capabilities of your graphics card, well provided your card can support it. NVIDIA showed off Port Royal running with DLSS enabled but UL Benchmarks made it very clear that DLSS would be coming later as a feature test and not part of the logged benchmark as it would create a clearly unfair advantage and that's not what their program is all about. They listed out the types of Real Time Ray Tracing that the benchmark utilizes: Real Time Ray Traced Reflections and Real Time Ray Traced Shadows. Real Time Ray Traced Global Illumination is present but only for the Demo. In addition to having it all, you can disable it all. We did that for the graph down below, default with RTRT enabled, then no RTRT to measure the performance impact. e24fc04721