Deep Dive
1. Salad Network Subnet Integration (April 2026)
Overview: Render Network Proposal RNP-023 was fully approved, formally integrating Salad Network as an exclusive subnet. This brings approximately 60,000 additional GPUs into Render's decentralized compute pool.
The integration means Salad’s GPU resources can now process rendering and AI jobs on the Render Network. Crucially, payments for this compute will be made in RENDER tokens, and the revenue generated will feed directly into the network's Burn-Mint Equilibrium (BME) mechanism, permanently removing tokens from circulation.
What this means: This is bullish for RENDER because it significantly expands the network's available computing power, making it more attractive for large-scale AI and rendering projects. The direct link to the BME model could increase token burns, applying deflationary pressure as network usage grows.
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2. Render Network Manager Update (January 2026)
Overview: An updated version of the Render Network Manager was released, featuring support for differential uploads specifically for Blender scenes.
This technical improvement allows the system to upload only the parts of a 3D scene file that have been modified, instead of requiring artists to re-upload entire project files for every minor change. This optimizes bandwidth and storage use during iterative creative work.
What this means: This is bullish for RENDER because it directly improves the user experience for a massive community of Blender artists. Faster uploads and lower data transfer costs remove friction, making the network more efficient and cost-effective for everyday use.
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3. Fall Update & OctaneRender Integration (December 2024)
Overview: This major update introduced a new generation of OctaneRender with a built-in Render Network Browser and AI module, creating a seamless bridge between 3D creation software and decentralized GPU compute.
The update integrated leading AI text-to-image and text-to-video models like Flux and Dream Machine directly into the network's portal, accessible with RENDER credits. It also expanded native support for industry-standard tools like Cinema 4D and Redshift.
What this means: This is bullish for RENDER because it deeply embeds the network into professional creative workflows. By reducing technical barriers, it encourages adoption from artists and studios, driving real utility and demand for the token as the preferred payment method for cloud-based rendering and AI services.
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Conclusion
Render's latest codebase evolution shows a clear trajectory: deepening integration with professional creative software, aggressively expanding available GPU supply through subnets, and relentlessly optimizing for user efficiency. How will the network's performance metrics respond as these upgrades meet growing AI compute demand?