Eclipse Brings Solana Performance to Ethereum with L2 Innovation

- Eclipse launches a Solana-powered Layer-2 rollup to address Ethereum's scalability and fee challenges. - The solution introduces parallel processing with a focus on reduced congestion and localized fee markets. On December 1, 2025, Cointelegraph reported that Eclipse launched a groundbreaking Ethereum Layer-2 scaling solution. The solution uses the Solana Virtual Machine (SVM) to boost Ethereum’s transaction throughput, reduce network congestion, and stabilize fee structures. This approach marks a significant shift from conventional rollup designs, which rely on the Ethereum Virtual Machine (EVM). Eclipse uses the Solana Virtual Machine for parallel transaction processing. This approach eliminates the bottlenecks of the EVM’s sequential execution model, allowing the network to process more transactions simultaneously. As a result, network performance improves during high-activity periods. For settlement, Eclipse uses Ethereum’s mainnet, leveraging its robust security and transaction finality. To manage data availability efficiently, Eclipse also incorporates Celestia, a decentralized platform that provides low-cost data publishing without straining Ethereum. Eclipse also sets itself apart with an advanced ZK-accelerated fraud-proof system powered by RISC Zero. While traditional optimistic rollups rely on multi-step dispute mechanisms, Eclipse integrates succinct proofs to encode disputed computations. This design significantly streamlines the verification process for contested transactions. Another standout feature of Eclipse’s design is its localized fee markets. The system isolates fees to specific lanes of activity, meaning high demand in one application lane will not inflate transaction costs across the entire network. This innovation provides a smoother user experience and improves scalability, even during spikes in network usage. Despite these advancements, L2BEAT, a platform that tracks Layer-2 solutions, still classifies Eclipse as “Other.” To achieve recognition as a Stage-2 rollup, the project must implement several additional features, including permissionless fraud proofs, comprehensive upgrade mechanisms, and user exit functionality. The project has made notable progress, such as introducing a ZK data-availability challenge subsystem that enables Ethereum contracts to verify Celestia's data commitments. However, Eclipse has not yet fully met all Stage-0 requirements. Eclipse’s modular framework represents a bold attempt to redefine Layer-2 solutions, as it combines SVM execution, Ethereum’s settlement layer, and Celestia's cost-efficient data availability. If successful, Eclipse could set the standard for future blockchain scalability and efficiency. As of 15:08 UTC on December 1, market data from CoinMarketCap revealed significant price shifts. Ethereum (ETH) traded at $2,812.98, a 7.05% decline in 24-hour volume. Solana (SOL) was priced at $125.86, marking an 8.74% drop. Celestia (TIA) was valued at $0.56, showing a notable decrease of 14.69%.