Eclipse Unveils New L2 Architecture, Bringing Solana Advantages to Ethereum

On Sept. 19, Eclipse introduced a brand new L2 structure, which can leverage the Solana Digital Machine whereas working on Ethereum, therefore bringing the benefit of the previous’s pace and scale in transaction settlement.

The newly promoted L2 structure goals to redefine the scaling world by concerning areas like Ethereum settlement, execution utilizing SVM, availing information with Celestia, and proving utilizing RISC Zero.

Bringing SVM Expertise to EVM

As per the press assertion, Eclipse’s new L2 structure will use the Solana Execution setting, therefore optimizing parallel execution implementing native charge markets, leading to a discount of chain-wide charge hikes attributable to high-demand functions. This function is afforded via Solana’s parallelized runtime, designed to course of conflict-free transactions with decrease charges.

Moreover, Eclipse notes that regardless of leveraging the SVM, its mainnet shall be powered by Neon EVM to convey full EVM help. Neon EVM is a great contract that may be deployed on any SVM-focused chain to function the EVM. Eclipse believes this may convey full EVM compatibility into Eclipse Mainnet. The press assertion stated,

“As a result of every Neon EVM occasion has its personal native charge market, apps can simply deploy their very own contract to realize the advantages of an app chain with out fragmenting UX, safety, or liquidity.”

Eclipse additionally mentioned utilizing the Solang compiler to allow the “compilation of Solidity sensible contracts code into SVM bytecode.”

Metamask’s newly launched tech, MetaMask Snaps, will reportedly play a key position in onboarding EVM customers to the SVM chain, as they won’t want to change wallets.

Moreover, Eclipse boasts options to a few of EVM’s state progress limitations. Not like EVM, Solana doesn’t want fixed Merkle Tree updates for every state replace. Each transaction can specify all states wanted for execution. Therefore, state dimension won’t affect SVM execution.

Seeing that this L2 is designed for Ethereum, the settlement of the Eclipse Mainnet will occur on Ethereum, reinforcing the safety properties of Ethereum. Its bridge validates all Eclipse transactions, stopping the submission of invalid states whereas enhancing censorship resistance.

Property in style with Ethereum, like DeFi, NFTs, and extra, will play a big position in Eclipse Mainnet.

Knowledge Availability and Proving

Knowledge on this new system shall be obtainable solely via Celestia, which extends past Ethereum’s present bandwidth. Eclipse believes this may end in the next TPS.

One other function of the brand new mainnet is Proving much like Anatoly’s SVM fraud-proof SIMD to keep away from reintroducing a Merkle tree into the SVM. The executor will publish a listing of inputs and outputs for each transaction, confirming that the dedication on Ethereum is right.

Eclipse particulars extra in-depth concerning the new product, which can convey an entire new which means to the L2 scaling universe, as per the press assertion.