New research revealed on December 2, 2025, that Solana’s Virtual Machine (SVM) is being applied to Ethereum Layer 2s to overcome the limits of single-threaded rollups, according to Cointelegraph on X.
RESEARCH: Most Ethereum rollups use a single-threaded EVM where all transactions compete in one global queue, making parallel execution impossible.
Eclipse brings Solana’s Virtual Machine to Ethereum, creating separate lanes so busy apps don’t slow the whole network.… pic.twitter.com/g4I5BxafjS
— Cointelegraph (@Cointelegraph) December 2, 2025
Most Ethereum rollups currently operate on a single-threaded EVM, which forces every transaction into one global queue and prevents true parallel execution. This has caused rising fees and network slowdowns during periods of high demand. Eclipse proposes using Solana’s SVM with Sealevel parallel runtime on Ethereum, isolating workloads into separate lanes so busy applications do not affect the entire network. This model allows multiple contracts to run simultaneously and applies localized fees to prevent network-wide cost spikes.
By combining Solana-style parallelism with Ethereum’s settlement model and zero-knowledge fraud proofs, Eclipse provides higher throughput while maintaining security. Researchers and developers are now assessing whether this hybrid approach could redefine Ethereum L2 scalability, offering a path toward true parallel execution without compromising determinism.
Source: Cointelegraph on X
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