Authorized Partner
Harness the power of nature
with Lumion 2024
An exclusive preview of upcoming
improvements
Mar 07, 2024
Immerse yourself in nature’s unmatched realism
We recently unveiled one vibrant new addition soon to land in the next release: ray-traced colored glass shadows.
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Lumion 2024 has plenty more in store when it comes to the faithful portrayal of light and how it interacts with different textures. This time, we’re taking you behind the scenes for a glimpse into another highly sought-after improvement we’ve been working on: ray-traced nature.
Visualizations have the power to bridge the gap between conceptual designs and the tangible, sensory experience of a space seen in its surrounding landscapes. With the upcoming ray tracing enhancements in Lumion 2024, you can reveal the dynamic relationship between built and natural environments in a more accurate, immersive way.
Reflecting reality, one leaf at a
time
The beauty of nature shines through in its reflections. The shimmering surface of a lake, the play of light through a forest canopy, or the serene symmetry of a mirrored landscape. Lumion 2024 makes this possible. Ray tracing lets you capture these moments with clarity and precision, resulting in breathtaking scenes that evoke a sense of wonder.
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Catch a glimpse of the magic ray-traced nature can bring in the scene below. See how natural elements appear in reflective surfaces just as they would in real life. View greenery elegantly mirrored in glass and rippled reflections of trees appear in bodies of water. Find all of this and more in Lumion 2024.
Cutting through the
noise
A more streamlined ray tracing experience awaits. With the introduction of a new real-time denoiser for photo and movie modes, your previews will be smoother, faster, and of significantly higher quality.
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Nvidia's Real-time Denoising (NRD) technology enables you to accurately view ray-traced images and videos almost instantly. This innovation provides quick insights into what your final render will look like, allowing for more efficient refinements.
