Ethereum gas limit raised to 60M as Fusaka upgrade and scaling test approach

In a decisive move for network capacity, Ethereum gas limit policy has shifted again as developers prepare for the imminent Fusaka hard fork.

Why did Ethereum raise the block gas limit to 60M?

Ethereum has increased its block gas limit from 45 million to 60 million, a significant jump in base-layer throughput that took effect on November 25. The adjustment was automatically triggered after more than half of the network’s validators signaled approval, meeting the required consensus threshold for such a change.

According to GasLimit.pics and Ethereum Foundation researcher Toni Wahrstätter, the shift crowns a year-long community campaign for higher capacity. He noted that just a year after the push began, Ethereum is now operating with a 60M block gas limit, underscoring growing confidence in the network’s robustness.

The higher limit enables more transactions per block and is widely seen as a preparatory step for the Fusaka hard fork. Moreover, developer coordination calls confirm Fusaka is scheduled for December 3, aligning the technical upgrade with the recent throughput expansion.

What does the Fusaka hard fork change for rollups and data availability?

The Fusaka upgrade will introduce PeerDAS, short for Peer Data Availability Sampling, a redesigned data layer intended to improve availability for rollups. This architecture is expected to support more efficient rollup operations, which depend on fast and scalable access to on-chain data.

Ethereum co-founder Vitalik Buterin has previously described PeerDAS as “key to Ethereum scaling,” signaling its importance within the broader roadmap. The feature aims to make the base layer more reliable for rollup execution, reinforcing rollups as a core component of Ethereum’s Layer 2 strategy.

Beyond PeerDAS, Fusaka includes routine but important adjustments, such as client optimizations, consensus rule refinements, and strengthened security measures. Furthermore, the upgrade has already been tested across multiple networks and is currently subject to an active audit contest with a $2 million reward pool, highlighting the emphasis on security.

How are Ethereum scaling networks performing ahead of Fusaka?

The increase in capacity comes as Ethereum scaling networks recorded their highest throughput to date. According to GrowThePie, scaling solutions processed an impressive 31,000 transactions per second in the past 24 hours, setting a new benchmark for the ecosystem.

Rollups such as Lighter, a perpetuals-focused zero-knowledge rollup with about $1.2 billion in TVL, led activity with roughly 5,455 TPS. Other platforms, including Base and a range of Layer 2 networks, contributed to the surge, indicating robust demand for scalable transaction infrastructure as Fusaka nears deployment.

Independent researcher Zhixiong Pan attributed the stable high capacity to multiple drivers. These include the implementation of EIP-7623, broad improvements across Ethereum clients, and strong performance in testing environments. That said, analysts will watch closely to see whether this pace can be sustained once Fusaka is live.

How does the new ethereum gas limit fit into the broader scaling roadmap?

The jump to a 60M gas limit per block fits into a longer-term plan to increase Ethereum’s base-layer throughput while pushing most activity to rollups. The current configuration effectively raises the target capacity of the main chain, even as developers emphasize data availability and execution efficiency for Layer 2 solutions.

Community discussions around the current gas limit ethereum setting have balanced user demand for cheaper transactions against concerns over node performance and decentralization. However, the validator-driven approval mechanism, sometimes framed as informal validator gas approval, suggests network participants are comfortable with the new parameters for now.

Is the market pricing in the Fusaka hard fork?

In parallel with technical progress, traders are closely tracking price action as the Fusaka hard fork approaches on December 3. Ethereum attempted to reclaim a key resistance level this week but was rejected following a brief recovery, signaling lingering uncertainty in market structure.

Analyst Ted Pillows warned that the asset remains at risk of setting a new low unless it can break above resistance with strong volume. However, he also noted that major network upgrades have historically acted as catalysts when fundamentals and sentiment align.

Previous upgrades, including Pectra, coincided with post-upgrade rallies and longer-term gains, though causality remains debated. If Ethereum repeats that pattern in December, several analysts expect a move toward higher resistance zones, especially if on-chain activity continues to trend upward.

What are analysts saying about Ethereum’s BTC pair and momentum?

Market observers are also watching Ethereum’s performance against Bitcoin. Trader Michaël van de Poppe highlighted that the ETH/BTC pair is approaching a potential breakout level, which could signal a rotation of capital if confirmed.

Meanwhile, analyst Merlijn The Trader has identified recurring wave structures in Ethereum’s price action that historically preceded upside moves. Moreover, both analysts suggest momentum could build into the Fusaka timeline, especially if the upgrade proceeds smoothly and the network’s higher throughput proves sustainable.

Overall, the gas limit increase to 60M, combined with PeerDAS and the broader Fusaka package, positions Ethereum for a new phase of scaling experimentation. If validator support, rollup growth, and market sentiment align through December 3 and beyond, the network could see both technical and market-driven upside in the coming weeks.

Keyword principale: ethereum gas limit