Table of Contents
Table of Contents
The graphics processing environment has witnessed another significant milestone with NVIDIA’s release of the RTX 5090. This new flagship GPU promises substantial performance improvements over its predecessor for 3D artists, animators, and rendering professionals who rely on Blender as their primary creative tool. The Morphic Studio shares the information about how the RTX 5090 Blender Performance experience, examining benchmark results, basic advantages, and actual implications for different user segments.
The RTX 5090 represents a notable advancement in GPU rendering capabilities, delivering approximately 35-36% better performance than the RTX 4090 in Blender’s Cycles renderer. While this improvement might seem modest compared to the dramatic 110% leap from the RTX 3090 to RTX 4090, it still represents a significant boost for professionals who measure productivity in rendering minutes saved.
Early benchmarks and independent testing reveal consistent performance gains across various Blender versions. The following table provides a detailed breakdown of performance metrics:
| GPU Model | Blender Version | Median Score | Performance Gain vs. Predecessor | CUDA Cores | VRAM | Memory Bandwidth |
| RTX 5090 | 3.6.0 | 17,822 | +36% over RTX 4090 | 21,760 | 32GB | 1,792 GB/s |
| RTX 4090 | 3.6.0 | 13,064 | +110% over RTX 3090 | 16,384 | 24GB | 1,008 GB/s |
| RTX 5090D | 4.3.0 | 14,707 | +40% over RTX 4090D | 19,584 | 32GB | 1,792 GB/s |
| RTX 4090D | 4.3.0 | 10,517 | Baseline | 14,592 | 24GB | 1,008 GB/s |
While based on early testing and leaked information, these benchmark scores demonstrate the RTX 5090’s consistent performance advantage across different regional variants and Blender versions. The median score improvement translates directly to reduced rendering times, making the RTX 5090 particularly attractive for time-sensitive projects.
The 5090 Blender Performance enhanced architecture fundamentally transforms the Cycles rendering experience. With approximately 33% more CUDA cores than its predecessor, the GPU delivers remarkable performance improvements in viewport previews and final renders. This increase in computational power manifests most dramatically in complex scenes featuring intricate geometry, multiple light sources, and advanced shading networks.
The improved memory bandwidth, reaching 1,792 GB/s compared to the RTX 4090’s 1,008 GB/s, ensures that data flows ideally between the GPU’s processing units and memory. This enhancement is particularly beneficial when working with high-resolution textures and complex volumetric effects, where memory bandwidth often becomes a limiting factor.
Professional studios report 30-36% reduced render times for typical production scenes. For a studio rendering animations, this translates to completing a 100-frame sequence in approximately 64 hours instead of 100 hours with the RTX 4090 – a difference that can significantly impact project timelines and resource allocation.
The 5090 Blender Performance fourth-generation RT cores represent a quantum leap in ray tracing capabilities, delivering up to 318 TFLOPS of dedicated ray-tracing throughput. This specialized hardware acceleration dramatically improves the performance of path-traced scenes in Cycles, particularly those featuring complex lighting scenarios, realistic reflections, and sophisticated volumetric effects.
Cycles’ real-time viewport previews experience transformative improvements. Artists can now interact with ray-traced scenes in near real-time, adjusting lighting, materials, and camera angles with minimal lag. This enhanced interactivity fundamentally changes the creative workflow, allowing for more iterative experimentation and faster decision-making during the design process.
The improved RT cores excel at handling complex light bounces and indirect illumination calculations. Scenes that previously required simplified lighting setups for viewport work can now display full global illumination in real-time, giving artists a more accurate representation of their final render throughout the creative process.
The fifth-generation Tensor cores in the RTX 5090 bring unprecedented AI acceleration to Blender’s OptiX denoising system. These specialized AI processors deliver faster and more intelligent noise reduction for viewport previews and final renders, significantly reducing the sample count required for clean images.
The enhanced AI denoising capabilities are particularly valuable for animation workflows. When rendering hundreds or thousands of frames, the ability to achieve clean results with fewer samples translates directly to substantial time savings. Early testing suggests that animators can achieve production-quality results with 30-40% fewer samples than the RTX 4090, effectively multiplying the performance advantage further than raw rendering speed.
The improved denoising algorithms also handle challenging scenarios more effectively. Complex materials like glass, water, and subsurface scattering – traditionally problematic for denoisers – now clean up more accurately with fewer artifacts. This improvement allows artists to push creative boundaries without worrying about technical limitations.
The 5090 Blender Performance 32GB of ultra-fast VRAM represents a significant upgrade over the RTX 4090’s 24GB capacity. This massive memory pool enables artists to work with extraordinarily complex scenes without encountering memory limitations that would force them to optimize or simplify their projects.
The expanded VRAM allows for numerous high-resolution textures, complex furniture models, and realistic vegetation without memory-related compromises for architectural visualization professionals working with detailed interior scenes. Film and animation studios can now load entire sequences into memory, enabling smoother playback and faster iteration on complex shots.
The increased VRAM capacity particularly benefits users working with:
NVIDIA’s Studio certification for the RTX 5090 ensures optimal performance and rock-solid stability in professional applications like Blender. This certification involves rigorous testing and driver optimization, providing creative professionals with the confidence that their hardware investment will deliver consistent, reliable performance throughout demanding production schedules.
The Studio drivers receive regular updates optimized specifically for creative applications, often including performance improvements and bug fixes made or changed to Blender’s evolving feature set. As Blender continues to develop new capabilities, particularly those leveraging AI and machine learning, the RTX 5090’s advanced architecture positions users to take full advantage of future innovations.
While the RTX 5090 delivers exceptional performance gains, these improvements come with increased power requirements. The GPU’s high thermal design power (TDP) necessitates strong, healthy cooling solutions and adequate power supply capacity. Professional workstations must have sufficient cooling and power delivery to perform optimally during extended rendering sessions.
Studios and individual artists must factor in the total cost of ownership, including potential system upgrades required to accommodate the RTX 5090’s power and cooling requirements. Regardless of how, the performance gains often justify the additional infrastructure investment for operations where rendering time directly impacts productivity and profitability.
The RTX 5090’s premium positioning requires careful consideration of its value proposition relative to alternatives. While it undoubtedly represents the pinnacle of GPU rendering performance, the RTX 4090 remains highly capable. It may offer better value for many users, as its price decreases following the RTX 5090’s release.
The RTX 5090’s 35-36% performance advantage can quickly justify its premium price for production environments where every minute of rendering time translates to tangible cost savings. Regardless of how individual artists and smaller studios might find the RTX 4090’s performance sufficient for their needs, particularly given its more accessible price point.
While the 32GB VRAM capacity represents a significant upgrade, it’s important to understand which workflows truly benefit from this expanded memory. Users working with:
May find that the RTX 4090’s 24GB capacity already exceeds their requirements. The additional 8GB becomes crucial primarily for most recent and advanced stage workflows involving extreme resolutions, massive texture libraries, or complex simulation data.
As Blender’s development continues and NVIDIA refines its drivers, the RTX 5090’s performance advantage is likely to expand. Historical patterns show that new GPU architectures often see performance improvements of 10-20% through software optimization in their first year. This potential for growth makes the RTX 5090 an increasingly attractive investment for forward-thinking professionals.
Architectural visualization artists benefit tremendously from the RTX 5090’s capabilities. The combination of faster ray tracing and increased VRAM enables the creation of photorealistic environments with complex lighting scenarios, detailed materials, and extensive use of vegetation and entourage elements. Real-time viewport navigation through fully lit scenes transforms client presentations and design reviews.
Animation studios leveraging the RTX 5090 can significantly reduce their render farm requirements. The 35-36% performance improvement compounds across thousands of frames, potentially saving weeks on feature-length projects. The enhanced AI denoising capabilities are particularly valuable for maintaining temporal consistency across animated sequences.
Product designers working with complex assemblies and detailed surface treatments find the RTX 5090’s capabilities transformative. The ability to render high-quality previews in real-time accelerates the iterative design process, while the massive VRAM capacity accommodates detailed CAD imports without simplification.
Researchers and technical artists using Blender for scientific visualization benefit from the RTX 5090’s ability to handle massive datasets. Whether visualizing climate models, medical imaging data, or astronomical phenomena, the expanded memory and computational power enable more detailed and accurate representations.
The RTX 5090’s release signals important trends in the GPU rendering environment. The continued emphasis on AI acceleration suggests that future Blender features will increasingly grip machine learning for tasks further on than denoising. Potential applications include intelligent scene optimization, automated material creation, and AI-assisted animation tools.
The expanding VRAM capacities indicate a trend toward more complex, detailed 3D content creation. As virtual production techniques become mainstream and real-time rendering quality approaches offline standards, GPUs like the RTX 5090 bridge the gap between traditional rendering workflows and emerging real-time models.
The NVIDIA RTX 5090 establishes itself as the undisputed performance leader for Blender rendering, delivering approximately 35-36% faster performance than its predecessor across a wide range of workflows. Its enhanced ray tracing capabilities, AI-accelerated denoising, massive VRAM capacity, and raw computational power make it the optimal choice for professionals and studios demanding the absolute highest performance.
Regardless of how, this performance leadership comes with proportional costs in terms of initial investment, power consumption, and system requirements. For many users, particularly those whose current workflows don’t push the boundaries of the RTX 4090’s capabilities, the previous-generation GPU may represent a more balanced choice, for the most part, as its price becomes more attractive.
The RTX 5090 is best suited for:
As Blender continues to develop and GPU rendering becomes increasingly central to creative workflows, the RTX 5090 positions its users at the forefront of technological capability. While not every artist needs this magnitude of performance today, for those who do, the RTX 5090 delivers transformative improvements that can fundamentally change how they approach their creative work.
The future of GPU rendering in Blender looks increasingly bright, and the 5090 Blender Performance is a powerful tool for artists ready to embrace that future today. Its release marks not just incremental improvement but a continued commitment to pushing the boundaries of what’s possible in statistical content creation.
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