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RNDR was the original ERC-20 token on the Ethereum blockchain, serving as the network's primary token. RENDER is the new SPL token launched on the Solana blockchain. RENDER has now fully superseded RNDR as the main utility and governance token for the Render Network. All core network operations, incentives, and future development are focused on the Solana-based RENDER token, making it the current standard for interaction within the ecosystem.

Users can upgrade their RNDR tokens to RENDER using the official Render Upgrade Portal. This process typically involves connecting your Ethereum-compatible wallet (containing RNDR) and a Solana-compatible wallet (to receive RENDER). The migration occurs at a 1:1 ratio, meaning you receive one RENDER token for every RNDR token swapped. This portal is designed to facilitate a seamless transition for long-term token holders.

The Render Network operates as a decentralized, peer-to-peer marketplace. Its primary function is to connect "Creators" who require substantial GPU power for tasks like 3D rendering or AI computations, with "Node Operators" who possess idle high-end GPUs. This innovative model democratizes access to powerful computing resources, enabling users to tap into a distributed network of hardware for their demanding graphics and AI workloads, efficiently and cost-effectively.

Yes, the Render Network is increasingly recognized and categorized as an "AI Coin." While it originated with a focus on 3D graphics rendering and visual effects, the network has strategically expanded its capabilities to support critical AI applications. This includes providing decentralized GPU power for AI model training, inference, and other large-scale artificial intelligence computations. This pivot positions Render as a significant player at the intersection of AI and Web3 technologies.

The Burn-and-Mint Equilibrium (BME) is Render's distinctive tokenomic model designed to balance the supply and demand of RENDER tokens based on network usage. Under BME, Creators requiring GPU services "burn" RENDER tokens to pay for their jobs. Conversely, Node Operators who provide their GPU power are "minted" new RENDER tokens as a reward for their contributions. This mechanism aims to create a self-regulating economic system where token supply adjusts dynamically to reflect the network's actual activity and demand for computing resources.