Eclipse Introduces New L2 Architecture to Enhance Ethereum Scaling
Eclipse recently announced a new L2 architecture that combines the speed and scalability of Solana with the Ethereum network. This architecture aims to revolutionize scaling by addressing Ethereum settlement, execution using the Solana Virtual Machine (SVM), data availability through Celestia, and proving using RISC Zero.
Bringing SVM Experience to EVM
The new L2 architecture utilizes the Solana Execution environment, enabling parallel execution and implementing local fee markets. This results in lower fees for conflict-free transactions, reducing chain-wide fee hikes caused by high-demand applications. Neon EVM powers Eclipse’s mainnet to bring full EVM compatibility.
“Because each Neon EVM instance has its own local fee market, apps can just deploy their own contract to attain the benefits of an app chain without fragmenting UX, security, or liquidity.”
Eclipse plans to use the Solang compiler to compile Solidity smart contracts into SVM bytecode. MetaMask Snaps will facilitate the onboarding of EVM users to the SVM chain without requiring wallet switches. Solana’s state growth limitations are also addressed, as it does not require constant Merkle Tree updates for each state update.
The settlement of the Eclipse Mainnet will occur on Ethereum, ensuring the security properties of Ethereum and supporting assets like DeFi and NFTs.
Data Availability and Proving
Celestia will provide data availability in this new system, offering higher TPS compared to Ethereum’s current bandwidth limitations. The new mainnet also introduces Proving, similar to Anatoly’s SVM fraud-proof SIMD, which eliminates the need for a Merkle tree in the SVM. The executor will confirm transaction commitments on Ethereum by posting a list of inputs and outputs.
Eclipse’s new L2 architecture promises to redefine the scaling universe, offering improved speed, scalability, and compatibility for Ethereum users.
Hot Take: Eclipse Revolutionizes Ethereum Scaling with New L2 Architecture
Eclipse’s introduction of a new L2 architecture that combines Solana’s speed and scale with Ethereum’s security properties is set to revolutionize Ethereum scaling. By leveraging the Solana Execution environment and Neon EVM, Eclipse brings full EVM support while optimizing parallel execution and reducing transaction fees. The use of MetaMask Snaps simplifies the onboarding process for EVM users, and the elimination of constant Merkle Tree updates addresses Solana’s state growth limitations. With data availability through Celestia and Proving mechanisms, Eclipse’s L2 architecture offers enhanced scalability and compatibility for Ethereum-based assets like DeFi and NFTs. This innovative solution marks a significant milestone in the quest for scalable blockchain networks.
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