Advanced Vulkan Compute: The Power of Parallelism
- Auto-discovered
Visit resource ↗Description
Advanced Vulkan Compute: The Power of Parallelism is Khronos' entry to the Advanced Vulkan Compute tutorial for developers past introductory compute shaders.
Planned chapters cover occupancy, memory models, synchronization, subgroups, OpenCL comparisons, and graphics-compute queue interaction.
Readers should have shipped Vulkan passes and understand barriers and descriptor sets.
Chapters live on docs.vulkan.org with free access and sample cross-links.
Khronos advanced compute tracks are widely recommended after the main Vulkan tutorial.
Related resources
- Vulkan Tutorial - Introduction
Official Khronos Vulkan tutorial introducing instances, devices, swapchains, render passes, and the explicit synchronization model.
100% match · <code><assumes><basic><chapters><familiarity><models><pipelines><shaders> - Drawing Thousands of Meshes with DrawMeshInstanced / Indirect (Toqoz)
Toqoz's November 2019 toqoz.fyi post walks through drawing very large mesh counts in Unity with Graphics.DrawMeshInstanced and Graphics.DrawMeshInstancedIndirect, with C# samples,
100% match · <code><advanced><basic><compute><data><gpu><indirect><matrices> - Boost your graphics performance with the M5 and A19 GPUs
Boost your graphics performance with the M5 and A19 GPUs is an Apple Developer Tech Talk by Irfan on the Family 10 GPU in M5 and A19 for games and pro Metal apps. It covers…
100% match · <code><optimization><advanced><compute><developers><driven><gpu><occupancy> - New Vulkan Game Engine Tutorial: Build Your Own Production-Ready Rendering Engine
New Vulkan Game Engine Tutorial: Build Your Own Production-Ready Rendering Engine is a Khronos Vulkan Working Group blog post announcing Building a Simple Game Engine, a tutorial…
100% match · <code><architecture><compute><developers><gpu><khronos><memory><mobile> - Vulkanised 2026
Vulkanised 2026 is the eighth Khronos-organized Vulkan developer conference, held 9-11 February 2026 at Qualcomm in San Diego, followed by the colocated Shading Languages…
100% match · <code><developers><driven><gpu><khronos><matrices><mobile><power> - Adventures in Neural Rendering part 2: Cooperative vectors
Technical blog post by Kostas Anagnostou on Interplay of Light, part 2 of Adventures in Neural Rendering, on Cooperative Vectors for MLP inference in shaders.
100% match · <code><optimization><advanced><assumes><basic><compute><cooperative><mobile> - SIMD Started It, SIMT Improved It
SIMD Started It, SIMT Improved It is a January 2026 ACM SIGGRAPH Blog article by Jon Peddie of Jon Peddie Research on how GPU execution models evolved from SIMD pipelines to SIMT…
100% match · <code><familiarity><gpu><models><opencl><pipelines><shaders><subgroups> - Neural Shading Course: Part 1 - Introduction
Neural Shading Course: Part 1 - Introduction is the opening NVIDIA Game Developer YouTube session of a course on neural and trainable shading inside real-time pipelines. It…
100% match · <code><compute><cooperative><familiarity><gpu><introduction><models><pipelines> - State of GPU Hardware (End of Year 2025)
State of GPU Hardware (End of Year 2025) is a guest blog article by Dmytro Bulatov (Boolka) on asawicki.info.
100% match · <code><optimization><advanced><architecture><data><developers><gpu><matrices> - GPU utilisation and performance improvements
GPU utilisation and performance improvements is an August 2025 Interplay of Light article by Kostas Anagnostou on keeping GPU SIMD and VALU units busy across rendering…
100% match · <code><optimization><advanced><architecture><async><compute><familiarity><gpu> - SIGGRAPH 2025: Hands-on Vulkan Ray Tracing with Dynamic Rendering
SIGGRAPH 2025: Hands-on Vulkan Ray Tracing with Dynamic Rendering is a free multi-chapter Vulkan Documentation Project course that adds hybrid ray tracing to a Vulkan…
100% match · <code><chapters><gpu><khronos><mobile><pipelines><series><slang> - Inside NVIDIA GPUs: Anatomy of high performance matmul kernels
Inside NVIDIA GPUs: Anatomy of high performance matmul kernels is a long self-contained blog post by Aleksa Gordić that teaches how near-peak NVIDIA matrix-multiply kernels are…
100% match · <code><optimization><advanced><basic><compute><gpu><memory><performance> - Anno 1800: Frame Analysis
Anno 1800: Frame Analysis is a reverse-engineering blog post by Thomas Poulet that traces how Ubisoft Mainz's custom Anno 1800 engine builds one captured frame. It covers…
100% match · <code><optimization><advanced><async><compute><driven><familiarity><gpu> - Real-Time GPU Tree Generation
Real-Time GPU Tree Generation presents a High-Performance Graphics 2025 symposium paper by Bastian Kuth, Max Oberberger, Carsten Faber, Pirmin Pfeifer, Seyedmasih Tabaei, Dominik…
100% match · <code><optimization><advanced><driven><gpu><memory><performance><pipelines> - CUDA Ray Tracing 2x Faster Than RTX: My CUDA Ray Tracing Journey
This is a long-form technical blog post by Karim Sayed documenting a CUDA path tracer based on Ray Tracing in One Weekend and comparing it with GPSnoopy's RayTracingInVulkan RTX…
100% match · <code><optimization><advanced><basic><compute><familiarity><memory><occupancy> - Performance Profiling on AMD GPUs – Part 1: Foundations
This is Part 1 of a three-part ROCm Blogs series by Gina Sitaraman, Thomas Gibson, Luka Stanisic, Giacomo Capodaglio, Alessandro Fanfarillo, and Asitav Mishra on performance…
100% match · <optimization><advanced><basic><compute><developers><gpu><introduction><outlines> - Blackwell: Nvidia’s Massive GPU
This is a June 2025 Chips and Cheese architecture deep dive by Chester Lam measuring Nvidia's largest consumer Blackwell GPU, focused on GB202 configurations such as the RTX PRO…
100% match · <code><optimization><advanced><architecture><compute><gpu><memory><occupancy> - Vulkanised 2026: GPU-Driven Rendering in the Quest 2 and 3
[video] Vulkanised 2026: GPU-Driven Rendering in the Quest 2 and 3 is a Vulkanised 2026 talk by Lucas Miguel Antunes da Silva of DevSH Graphics Programming on GPU-driven…
98% match · <code><optimization><advanced><driven><gpu><mobile><performance><pipelines> - Vulkan Tutorial - Building a Simple Engine
Follow-on official Khronos tutorial track that grows the basics into a simple engine structure with reusable abstractions.
92% match · <code><advanced><architecture><developers><models><performance><pipelines><vulkan> - NoGraphicsAPI
C++20 graphics library implementing bindless GPU-pointer and descriptor-heap ideas from the No Graphics API blog and talk.
92% match · <code><advanced><data><gpu><memory><shaders><slang><structures>