指数级别的限制可以提高以太坊的可伸缩性

如果实施了以太坊基金会研究员Dankrad Feist提出的新的以太坊改进建议（EIP），以太坊可能会具有巨大的可扩展性提升。

Ethereum could see a massive scalability boost if a new Ethereum Improvement Proposal (EIP) is implemented. Ethereum Foundation researcher Dankrad Feist has introduced EIP-9698, which proposes a "deterministic gas limit growth schedule."

如果实施了新的以太坊改进建议（EIP），以太坊可能会看到巨大的可伸缩性。以太坊基金会的研究员Dankrad Feist推出了EIP-9698，该EIP-9698提出了“确定性气体限制增长时间表”。

If accepted, this schedule would enable Ethereum's mainnet to increase its gas limit 100-fold over the next four years, potentially enabling the network to reach 2,000 transactions per second (TPS).

如果被接受，此时间表将使以太坊的主网在未来四年内增加100倍的气体限制，从而使网络能够达到每秒2,000笔交易（TPS）。

For context, Ethereum's mainnet currently processes about 10-20 transactions per second, while blockchains like Solana claim to achieve 6,000 TPS.

在上下文中，以太坊的主网目前每秒处理约10-20件交易，而像Solana这样的区块链声称可以实现6,000 TPS。

However, such high TPS often come with trade-offs, and achieving truly high throughput on a smart contract platform like Ethereum poses additional challenges.

但是，如此高的TP通常会带来权衡取舍，并且在像以太坊这样的智能合同平台上实现了真正的高吞吐量，带来了其他挑战。

Despite the complexities, EIP-9698 aims to streamline the process by embedding an automatic growth schedule in client defaults.

尽管存在复杂性，但EIP-9698旨在通过嵌入客户默认设置的自动增长时间表来简化该过程。

This contrasts with the current method of gas limit adjustments, which relies on miner or operator voting, often leading to unpredictable outcomes and stagnation.

这与当前的气体限制调整方法相反，该方法依赖于矿工或运营商投票，通常会导致不可预测的结果和停滞。

Over two years, Feist's plan would gradually increase the gas limit from 36 million units to 3.6 billion units. A final tenfold boost would complete the process, significantly enhancing Ethereum's transaction throughput and positioning it to better compete with high-speed blockchains.

在两年的时间里，FEIST的计划将逐渐将气体限制从3600万台单位增加到36亿台。最终的十倍提升将完成该过程，从而显着增强以太坊的交易吞吐量，并将其定位以更好地与高速区块链竞争。

The exponential schedule with very gradual increments per epoch gives node operators and developers ample time to adapt and optimize.

每个时期的指数时间表非常逐渐增长，为节点运算符和开发人员提供了足够的适应和优化时间。

Recently, @dankrad proposed EIP-9698, suggesting that Ethereum's block gas limit should gradually increase 100x over the next four years.

最近，@dankrad提出了EIP-9698，表明以太坊的阻滞气体限制应在未来四年内逐渐增加100倍。

Summary:

概括：

- Activation is planned for starting around June 1, 2025.

- 计划从2025年6月1日左右开始激活。

- The initial gas limit will start at 50M and automatically grow by a... pic.twitter.com/perKtSJoXI

- 初始气体限制将从50m开始，并通过... pic.twitter.com/perktsjoxi自动生长

The first stage of the plan, targeting an eightfold gas limit increase, is set to begin at Beacon Chain epoch 369017, which is around June 1, 2025, with the Pectra upgrade.

该计划的第一阶段针对八倍的气体限制，将从2025年6月1日左右的Beacon Chain Epoch 369017开始，随着Pectra升级。

The initial gas limit will be set at 50 million units, and each epoch will see an increase of 0.68 percent.

初始气体限制将设置为5000万台，每个时期将增加0.68％。

This plan has generated discussion within the Ethereum community. Some members see this move as a critical step toward improving base-layer scalability, complementing ongoing efforts to scale via Layer 2 solutions.

该计划在以太坊社区中引起了讨论。一些成员认为这一举动是提高基础层可扩展性的关键一步，并补充了通过第2层解决方案进行扩展的持续努力。

However, others have raised concerns about the potential stress on less-optimized nodes and increased block propagation times.

但是，其他人对较不优化的节点的潜在压力和增加的块传播时间提出了担忧。

The Pectra upgrade is scheduled for release on the Ethereum mainnet in May 2025. Pectra will bring several enhancements aimed at improving network performance, security, and user experience.

Pectra升级计划于2025年5月在以太坊Mainnet上发布。Pectra将带来一些旨在提高网络性能，安全性和用户体验的增强功能。

While Pectra is not directly related to EIP-9698, it marks another important milestone in Ethereum's continuous evolution.

尽管Pectra与EIP-9698没有直接相关，但它标志着以太坊连续进化中的另一个重要里程碑。

Following Pectra, developers are preparing for the Fusaka hard fork, which could come online in late 2025. Fusaka may include the implementation of EIP-9678, which proposes a fourfold increase to Ethereum's gas limit.

随着Pectra之后，开发商正在为Fusaka Hard Fork做准备，该叉叉可能在2025年底在线上线。Fusaka可能包括实施EIP-9678，这建议将以太坊的气体限制增加四倍。

If realized, Fusaka would significantly contribute to Ethereum's scalability goals, further complementing the deterministic growth plan outlined in EIP-9698.

如果意识到，Fusaka将极大地促进以太坊的可伸缩性目标，进一步补充EIP-9698中概述的确定性增长计划。

Together, these upgrades represent a multi-pronged strategy to ensure Ethereum remains competitive in an increasingly crowded blockchain landscape.

这些升级共同代表了一项多管齐下的战略，以确保以太坊在越来越拥挤的区块链景观中保持竞争力。

According to the latest algorithmic Ethereum price prediction from CoinCodex, ETH is projected to reach $3,100 by late 2025.

根据Concodex的最新算法以太坊价格预测，ETH预计到2025年底将达到3,100美元。

This would represent an impressive 76% increase compared to Ethereum's current price. However, the forecast also highlights potential near- to medium-term volatility.

与以太坊目前的价格相比，这将代表着令人印象深刻的76％。但是，预测还突出了潜在的接近至中期波动率。

CoinCodex predicts that ETH could drop to as low as $1,220 before regaining its upward momentum. Such a move would equate to a 30% decrease from the current price levels.

Coincodex预测，在重新获得其向上势头之前，ETH可能会跌至1,220美元。这样的举动将相当于目前的价格水平下降30％。

These predictions underscore the often volatile nature of cryptocurrency markets. While Ethereum's long-term outlook appears promising, especially in light of upcoming scalability improvements and protocol upgrades, investors should remain cautious and consider the inherent risks associated with digital assets.

这些预测强调了加密货币市场的易波动性质。尽管以太坊的长期前景似乎很有希望，尤其是鉴于即将进行的可伸缩性提高和协议升级，但投资者应保持谨慎，并考虑与数字资产相关的固有风险。