以太坊核心开发人员正在考虑增加1层气体限制的四倍

开发人员提议通过Fusaka Hard Fork测试以太坊的气体限制提高到1.5亿

Ethereum (ETH) core developers are considering a four times increase in the layer 1 gas limit as one of the key features for the next hard fork after Pectra, known as Fusaka.

以太坊（ETH）核心开发人员将第1层气体限制增加四倍，这是pectra之后的下一个硬叉的关键特征之一，即fusaka。

The devs are proposing to test a raise in Ethereum’s gas limit to 150 million by the Fusaka hard fork, according to Ethereum Improvement Proposal (EIP) 9678, introduced on April 23 by Sophia Gold, a developer on the protocol support team at the Ethereum Foundation.

根据Ethereum Foundation的协议支持团队的开发商Sophia Gold推出的以太坊改善建议（EIP）9678，Devs提议将Fusaka Hard Fork的以太坊气体限制提高到1.5亿卢比。

During the last All Core Devs Execution (ACDE) meeting, there were discussions to make the gas limit increase a "key feature" of Fusaka, Ethereum core developer Tim Beiko said in an April 24 meeting summary.

在上次所有核心开发人员执行（ACDE）会议上，进行了讨论以使气体限制增加Fusaka的“关键特征”，以太坊核心开发商蒂姆·贝科（Tim Beiko）在4月24日的会议摘要中说。

"To align on client defaults and keep this as a priority, we’ve drafted an EIP. It’s a bit unconventional, but not unprecedented (see EIP-7840). We plan to get it merged early next week and formally SFI it on the next ACDE," Beiko said.

贝科说：“要保持客户默认并将其作为优先事项，我们已经起草了EIP。这有点非常规，但不是前所未有的（请参阅EIP-7840）。我们计划下周早些时候合并它，并在下一个ACDE上正式合并。”

"As we continue this work, we expect to identify changes that need to be made in-protocol to support a higher gas limit. This implies adding more EIPs to Fusaka, even though the fork scope is final."

“随着我们继续这项工作，我们期望确定需要进行较高气体限制的过程中需要进行的更改。这意味着即使叉子范围是最终的，也为Fusaka增加了更多的EIP。”

The next Ethereum upgrade, Pectra, is scheduled to go live on the mainnet in May. Fusaka has been flagged as possibly going online in late 2025.

下一个以太坊升级Pectra计划于5月在Mainnet上直播。 Fusaka已被标记为可能在2025年末上网。

Gas limit increase a priority ahead of Fusaka

气体限制提高了优先事项

As part of the motivation for increasing the gas limit, the developers said there was great interest in scaling layer 1 execution and that it could likely be done by implementing any new features.

作为增加气体限制的动机的一部分，开发人员表示，对缩放第1层执行非常感兴趣，并且可以通过实施任何新功能来完成。

However, it requires guidance from execution layer developers because "we expect to find bugs in clients at higher gas limits than currently used on mainnet," which will "require time from client developers both to test and to fix any bugs that arise, therefore it makes sense to include as an EIP in a hard fork to commit to this."

但是，它需要执行层开发人员的指导，因为“我们希望以比Mainnet当前使用的更高的气体限制中的客户发现错误，这将“需要客户开发人员的时间来测试并修复出现的任何错误，因此将其作为EIP作为EIP的难度是有意义的。”

"While the gas limit is ultimately set by validators, we agreed that having an EIP to coordinate client defaults would help keep this a priority and ensure all clients update their defaults by the time Fusaka goes live," Beiko said.

Beiko说：“尽管验证器最终设定了气体限制，但我们同意拥有一个EIP来协调客户端默认值将有助于保持优先级，并确保所有客户在Fusaka上线时更新其默认值。”

The average Ethereum gas limit was around 30 million after increasing in August 2021, according to data on Ycharts.

根据YCHARTS的数据，2021年8月的平均以太坊气体限制约为3000万。

Validators supported raising the network's gas limit on Feb. 4, boosting the maximum amount of gas used for transactions in a single Ethereum block. It's just under 36 million at the moment, Ycharts data shows.

验证者支持在2月4日提高网络的气体限制，从而增加了单个以太坊块中用于交易的最大气体。 YCHARTS数据显示，目前只有不到3600万。