The jump to 200M represents an increase of 233% compared to the current limit of 60M of gas per block.
To apply the agreed increase, it is necessary to apply improvements such as ePBS, the BAL and EIP-8037.
The processing capacity of the Ethereum mainnet will triple following the consensus reached to establish a gas limit floor of 200 million (200M).
This historic agreement was consolidated during the recent Soldøgn Interop, an event held in the Svalbard archipelago, where more than one hundred core developers met to define the technical bases of Glamsterdamthe network’s next big update.
to understand the magnitude of this announcementwe must imagine the gas limit as the bandwidth or carrying capacity of an Ethereum block. Currently, the network operates with a limit of 60M. Raising this “floor” to 200M means, in practical terms, triple the execution capacity of the base layer.
This is not just a numerical increase, It is a guarantee of performance. By establishing a “floor,” developers ensure that the network will always have a considerable minimum space available, allowing thousands more transactions to be processed every 12 seconds without congesting the infrastructure.
The sustainability of the gas limit increase was what worried developers the most. After debating whether a fixed cost per byte would be enough to protect small validators from centralization, they concluded a technical compromise to prioritize the efficiency of slower clients before deployment.
The pillars of implementation: ePBS, BAL and EIP-8037
Getting Ethereum to support this weight without fragmenting requires a deep reengineering of its “financial plumbing.” The implementation is based on three technological advances that the developer teams have been refining.
The first of them is ePBS (Enshrined Proposer-Builder Separation). This system formally separates those who propose the blocks from those who build them. To the Take heavy construction burden off of individual validatorsthe network can handle 200M blocks without the risk of home nodes going out of service due to lack of power.
The second pillar for the network to support these 200M is BAL (Block-Level Access Lists). It is the key to parallel execution. Traditionally, Ethereum processes transactions sequentially, one after another. With BAL, nodes can identify which parts of the state will be affected and process multiple transactions simultaneously, multiplying efficiency.
Last but not least is the EIP-8037. To prevent this increase in capacity from prematurely filling validators’ hard drives, this proposal adjusts data creation costs, ensuring that database growth is sustainable in the long term.
Impact on the ecosystem and its users
For the common user, the arrival of Glamsterdam with the announced gas limit increase will result in a smoother and more economical experience. A higher gas limit reduces competition in commission auctions, which should result in lower and more stable transaction fees, even during times of high volatility.
Besides, This advance is vital for second layer (L2) networks such as Optimism, Arbitrum or Base. With more space in the main layer, these networks will be able to transfer their data more cheaply, which would also end up benefiting their users.
Although technical consensus is now a reality, the team is now focusing on “shielding” the code in test networks (devnets) before its official deployment. The success of this increase in processing capacity will define Ethereum’s competitiveness against high-performance networks, such as Solana, and its ability to absorb the data flow of second-layer networks.