RTX 4500 Ada Generation for Blender
High-end Ada Lovelace GPU built for large Blender scenes, heavier assets, and very fast Cycles rendering.
Last updated: May 26, 2026
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5,595
Solid mid-range speed for everyday rendering and moderate scenes.
24 GB
Plenty of room for large scenes, dense geometry, and 4K–8K textures.
7,680
Solid core count for most Blender rendering tasks.
Ada Lovelace
Current-generation design with efficient ray tracing and strong Cycles throughput.
432 GB/s
Moderate bandwidth — sufficient for standard rendering workloads.
2580 MHz
High clock speed — helps with viewport responsiveness and per-core performance.
OptiX, CUDA
OptiX is typically the fastest option; CUDA provides a reliable fallback.
210 W
Relatively efficient — manageable in most desktop builds.
2023
More technical details
Core specs
- Tensor cores: 240
- RT cores: 60
- Base clock: 2070 MHz
- Process size: 5 nm
Memory specs
- Memory type: GDDR6
- Memory bus: 192-bit
Benchmark performance
This chart estimates how many seconds this GPU takes to render one frame of each standard Blender benchmark scene, so you can compare practical rendering speed at a glance.
These are single-frame estimates derived from Blender Open Data benchmark medians at the scene sample counts, not full-animation render times or guarantees for every real project.
View Blender Open Data sourceIs RTX 4500 Ada Generation good for Blender?
A concise editorial read on where this GPU looks strong, the tradeoffs to keep in mind, and who it suits best.
What stands out
- Ada Lovelace architecture
- 24 GB GDDR6 VRAM
- 5 nm process technology
- High CUDA core count for enhanced parallel processing
- Advanced RT cores for real-time ray tracing
- Boost clock speed up to 2580 MHz
Tradeoffs to know
- Potentially high power consumption
- May be overkill for smaller projects
Who should choose it
- State-of-the-art Ada Lovelace architecture
- Significant VRAM for handling large projects
- Optimized for both OPTIX and CUDA rendering
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