Over the past year, Ethereum has increased its block gas limit from 30 million to 60 million, a move that represents a significant leap in the network’s ability to scale. This achievement was made possible through the collaborative efforts of developers, researchers, and validators working together to expand the network’s capacity.
With this higher gas limit, Ethereum can now process a greater number of transactions and smart contract executions within each block, helping to address long-standing scalability issues. Co-founder Vitalik Buterin has noted that future increases will be more selective, with the possibility of adjusting costs for certain operations to preserve the network’s security as it continues to grow.
This increase is part of Ethereum’s cautious, step-by-step approach to scaling. Recent upgrades, such as Proto-danksharding (EIP-4844), and ongoing work toward full danksharding, reflect the network’s commitment to gradual improvement and innovation.
Before implementing the new gas limit, developers conducted extensive testing and benchmarking to ensure the network could handle the additional load without sacrificing security. Tools like GasLimit.Pics provided valuable insights into network activity, allowing client teams to coordinate the transition safely. Buterin has suggested that operations like SSTORE, precompiles, and complex arithmetic functions may see higher gas costs in the future to help balance throughput and resource use. This aligns with Ethereum’s broader philosophy of encouraging efficient code and protecting validators from excessive computational demands.
The gas limit increase comes as Ethereum prepares for the anticipated Fusaka upgrade, which industry observers describe as a strategic shift to better align protocol development with economic goals. This upgrade is expected to boost value for ether (ETH) and strengthen its position as a store of value.
At the same time, Ethereum’s enhanced capacity positions it to better compete with Layer 2 scaling solutions and rival blockchains such as Solana. Solana, for example, has recently reported $2.85 billion in annual revenue, fueled by ETF launches and growing institutional interest. This highlights the competitive environment Ethereum faces as it strives to balance scalability with long-term economic sustainability.
Despite these technical advancements, Ethereum’s market performance has been subdued, with the token trading around $2,780 as buyers work to maintain support near $2,750. In contrast, Solana has seen stronger price momentum, attracting $380 million in ETF inflows since October. Analysts point out that activity is increasingly shifting to Layer 2 networks, suggesting that Ethereum’s core economic activity may be slowing.
Nevertheless, the recent gas limit expansion and the upcoming Fusaka upgrade could help restore investor confidence by tackling scalability challenges and reinforcing ETH’s role as a foundational asset for consensus. These developments may prove pivotal in shaping Ethereum’s long-term growth and utility.