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. Traditional L2s share one fee market, but Eclipse uses localized fees; one app’s spike doesn’t raise costs everywhere.
The system pairs SVM parallelism with Ethereum settlement and uses ZK fraud proofs instead of slow multi-round disputes.
Can Ethereum L2s achieve true parallelism without compromising settlement guarantees?
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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. Traditional L2s share one fee market, but Eclipse uses localized fees; one app’s spike doesn’t raise costs everywhere.
The system pairs SVM parallelism with Ethereum settlement and uses ZK fraud proofs instead of slow multi-round disputes.
Can Ethereum L2s achieve true parallelism without compromising settlement guarantees?