Consider supporting me with $1 at https://ko-fi.com/markitekta
Ever wondered how real-time rendering juggles memory, textures, and optimization to create stunning visuals? 🎮 In this lecture, we unravel the mysteries of rendering, starting from the basics of memory hierarchy and virtual memory to the intricacies of textures, mipmaps, and virtual textures.
Explore how physical memory units like SSDs, DRAM, VRAM, and even virtual memory work together to deliver performance in real-time applications. We dive deep into understanding bitmaps, texture compression techniques, and mipmaps, showcasing how these tools optimize texture resolution and memory usage. Finally, we uncover how virtual textures enable streaming only the visible parts of a texture, saving memory and enhancing performance in expansive, open-world environments.
Whether you’re a game developer, graphics enthusiast, or someone fascinated by how real-time rendering works, this lecture has something for you. Learn how these techniques can be applied to push the boundaries of your projects.
Timestamps
0:00 - Intro
1:16 - Rendering Budget
2:22 - Memory
5:06 - Memory Criteria
9:03 - Texture
9:53 - Bitmaps
12:43 - Compression
16:30 - Mipmaps
20:17 - Virtual Memory
22:29 - Virtual Textures
25:21 - Recap
26:27 - Virtual Geometry
27:12 - Subscription
Sources used in the video
TED-Ed How computer memory works - Kanawat Senanan
How computer memory works - Kanawat Senanan
Branch Education - How does Computer Memory Work? 💻🛠
How does Computer Memory Work? 💻🛠
Ben Cloward - Texture Compression and Settings - UE4 Materials 101 - Episode 9
Texture Compression and Settings - UE4 Mat...
Nathan Reed - Understanding BCn Texture Compression Formats
https://www.reedbeta.com/blog/underst...
VLRN Valiean - Texture Streaming Pool over budget ? ✅ Complete GUIDE for Unreal Engine 5
Texture Streaming Pool over budget ? ✅ Com...
Werewolven- 10 Second Fix: Texture Streaming Pool Over Budget UE5.1 Unreal Engine
10 Second Fix: Texture Streaming Pool Over...
GSN Composer - What are Mipmaps? Texture Filtering in GLSL [Shaders Monthly #6]
What are Mipmaps? Texture Filtering in GLS...
Cem Yuksel - Intro to Graphics 13 - Textures
Intro to Graphics 13 - Textures
Visual Tech Art - 4K textures are USELESS!
4K textures are USELESS!
Unity - Getting started with streaming virtual texturing for games | Unite Now 2020
Getting started with streaming virtual tex...
Unreal Engine - Virtual Texturing – Live from HQ – Inside Unreal
https://www.youtube.com/live/fhoZ2qMA...
As we conclude, we discuss how these concepts tie together and hint at the next step in the journey: exploring virtual geometry through tools like Nanite. Don’t forget, you can subscribe secretly, and no one has to know you found this content useful. 🤫 Subscribing, commenting, and liking helps this video reach others who are just as curious as you. See you in the next one!
Consider supporting me with $1 at https://ko-fi.com/markitekta
Ever wondered how real-time rendering juggles memory, textures, and optimization to create stunning visuals? 🎮 In this lecture, we unravel the mysteries of rendering, starting from the basics of memory hierarchy and virtual memory to the intricacies of textures, mipmaps, and virtual textures.
Explore how physical memory units like SSDs, DRAM, VRAM, and even virtual memory work together to deliver performance in real-time applications. We dive deep into understanding bitmaps, texture compression techniques, and mipmaps, showcasing how these tools optimize texture resolution and memory usage. Finally, we uncover how virtual textures enable streaming only the visible parts of a texture, saving memory and enhancing performance in expansive, open-world environments.
Whether you’re a game developer, graphics enthusiast, or someone fascinated by how real-time rendering works, this lecture has something for you. Learn how these techniques can be applied to push the boundaries of your projects.
Timestamps
0:00 - Intro
1:16 - Rendering Budget
2:22 - Memory
5:06 - Memory Criteria
9:03 - Texture
9:53 - Bitmaps
12:43 - Compression
16:30 - Mipmaps
20:17 - Virtual Memory
22:29 - Virtual Textures
25:21 - Recap
26:27 - Virtual Geometry
27:12 - Subscription
Sources used in the video
TED-Ed How computer memory works - Kanawat Senanan
How computer memory works - Kanawat Senanan
Branch Education - How does Computer Memory Work? 💻🛠
How does Computer Memory Work? 💻🛠
Ben Cloward - Texture Compression and Settings - UE4 Materials 101 - Episode 9
Texture Compression and Settings - UE4 Mat...
Nathan Reed - Understanding BCn Texture Compression Formats
https://www.reedbeta.com/blog/underst...
VLRN Valiean - Texture Streaming Pool over budget ? ✅ Complete GUIDE for Unreal Engine 5
Texture Streaming Pool over budget ? ✅ Com...
Werewolven- 10 Second Fix: Texture Streaming Pool Over Budget UE5.1 Unreal Engine
10 Second Fix: Texture Streaming Pool Over...
GSN Composer - What are Mipmaps? Texture Filtering in GLSL [Shaders Monthly #6]
What are Mipmaps? Texture Filtering in GLS...
Cem Yuksel - Intro to Graphics 13 - Textures
Intro to Graphics 13 - Textures
Visual Tech Art - 4K textures are USELESS!
4K textures are USELESS!
Unity - Getting started with streaming virtual texturing for games | Unite Now 2020
Getting started with streaming virtual tex...
Unreal Engine - Virtual Texturing – Live from HQ – Inside Unreal
https://www.youtube.com/live/fhoZ2qMA...
As we conclude, we discuss how these concepts tie together and hint at the next step in the journey: exploring virtual geometry through tools like Nanite. Don’t forget, you can subscribe secretly, and no one has to know you found this content useful. 🤫 Subscribing, commenting, and liking helps this video reach others who are just as curious as you. See you in the next one!