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Ethereum gears up for major upgrade: Over 150,000 validators endorse raising gas limit

Ethereum seeks to boost gas limit to 60 million, enhancing processing speed and reducing transaction costs, backed by thousands of verifiers.

Preparing for a significant overhaul, Ethereum gathers support from over 150,000 validators to...
Preparing for a significant overhaul, Ethereum gathers support from over 150,000 validators to expand gas limit

Ethereum gears up for major upgrade: Over 150,000 validators endorse raising gas limit

In a significant move towards enhancing its scalability and transaction speed, the Ethereum community is considering a proposal to increase the gas limit in Ethereum blocks. This decision, if implemented, would raise the maximum amount of computational work that can be included in each block, thereby allowing more transactions and smart contract executions per block.

The current gas limit stands at 36 million, and the proposed increase is to 60 million. This boost in throughput capacity could potentially lead to faster transactions, less congestion, and potentially lower fees. After recent gas limit increases, Ethereum’s transactions per second (TPS) have risen from around 15 to just below 18, improving its overall speed.

The impact of raising the gas limit includes improvements in network speed and efficiency, making Ethereum more scalable to handle surges in demand or high network usage without excessive delays. It also tends to reduce transaction fees during periods of high traffic, as more transactions can be accommodated on-chain without raising fees competitively for limited block space.

However, higher gas limits also impose greater computational strain on network nodes, potentially increasing hardware demands and risking centralization if some nodes cannot handle the increased load. To mitigate these concerns, developers are implementing safeguards like capping gas per transaction and ensuring the community's consensus is critical to balance scalability gains with network stability and security.

The proposal to increase the gas limit to 60 million is a testament to the innovative and collaborative spirit that defines Ethereum. The growing demand for use in various applications, such as decentralized finance (DeFi) and Non-Fungible Tokens (NFTs), is a key reason supporting the decision. Moreover, the constant appearance of new scalability solutions aiming to solve congestion issues affecting many platforms further bolsters the decision to increase the gas limit.

The proposal, still in the process of debate and analysis by developers and key participants in the network, has the support of over 150,000 validators, representing approximately 15% of the total operating on the blockchain. Key figures like Vitalik Buterin, co-founder of Ethereum, have publicly expressed their support for the idea of adjusting the gas limit in response to technological advances and the growing demand of the network.

If more than 50% of validators signal their support, the change can be implemented simply and automatically. This strategic move to increase the gas limit is a significant step towards making Ethereum more competitive against other blockchain networks, potentially taking Ethereum blockchain’s scalability and performance to the next level. However, excessive increases could generate new challenges for the network, and developers will need to carefully manage these changes to maintain network security and decentralization.

References:

  1. Ethereum Magicians
  2. Ethereum Improvement Proposals (EIPs)
  3. Ethereum Gas Station Network
  4. Ethereum Scalability
  5. EIP-7983

The Ethereum community's proposal to increase the gas limit to 60 million demonstrates their commitment to leveraging blockchain technology for enhanced scalability and transaction speed, particularly in light of growing demands from decentralized finance (DeFi) and Non-Fungible Token (NFT) applications. If successfully implemented, this technological advancement could elevate Ethereum's competitiveness against other blockchain networks.

However, it's crucial to recognize that elevating the gas limit invokes a shift in network demands, potentially increasing computational strain on nodes and raising concerns about centralization. To mitigate these risks, developers are proactively implementing safeguards to ensure both scalability gains and network stability.

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