Ethereum Shatters Limits: Gas Cap Jumps to 60M as Fusaka Upgrade Looms

Ethereum just fired up the afterburners—core developers slammed through a massive gas limit increase to 60 million, setting the stage for the network's most ambitious upgrade yet.

The Scaling Breakthrough

This isn't just tweaking dials—it's fundamentally rewriting Ethereum's capacity rules right before Fusaka goes live. Transactions get cheaper, throughput skyrockets, and suddenly those 'ETH killer' narratives start looking pretty thin.

Network Effects Unleashed

Developers are already recoding dApps to leverage the expanded headroom. DeFi protocols can handle more complex transactions without choking on fees—finally delivering the web3 experience users actually deserve.

Traditional finance analysts are scrambling to update their 'blockchain is inefficient' PowerPoint decks—too bad their legacy systems can't upgrade with a simple hard fork.

With Fusaka's modular architecture combining with this raw capacity boost, Ethereum isn't just defending its throne—it's expanding the empire.

TLDR

• Ethereum doubles gas limit to 60M, unlocking faster transactions.
• Validators approve update, boosting network throughput and capacity.
• Record 31K TPS marks new high for Ethereum’s growing ecosystem.
• Fusaka upgrade builds on stronger base for data and consensus.
• Higher gas limit powers scalability and smoother user performance.

Ethereum raised its network’s block capacity by increasing the ethereum gas limit to 60 million ahead of the Fusaka upgrade. This change doubles the block gas capacity from 45 million and expands the network’s ability to process more transactions per block. Validators approved the update automatically after a majority signaled support and the new limit went live at block 23,880,151.

Ethereum Raises Gas Limit to Sixty Million

Network validators voted on a configuration shift instead of a hard fork so the update processed smoothly. The threshold required more than half of all validators to agree and that threshold cleared easily. After approval nodes adjusted settings and the Ethereum gas limit took effect at the designated block.

During the past year builders and developers pushed for higher limits to support more traffic. Community signals, protocol changes and client optimizations combined to make the change possible. As a result the Ethereum gas limit ROSE from 30 million gas to 60 million gas in roughly twelve months.

The higher limit allows more transactions per block and reduces congestion under heavy load. It also gives developers more room to deploy larger smart contracts and batch operations. Therefore the Ethereum gas limit increase strengthens base-layer capacity without altering consensus rules.

Ecosystem Reports Record Transactions Using Increased Capacity

The upgrade coincided with a major spike in network activity across layer-two rollups and layer-one traffic. Data showed the ecosystem processed about 31,000 transactions per second recently which marked an all-time high. A rollup called Lighter handled roughly 5,455 transactions per second, leading the surge.

Another network named Base contributed nearly 137 transactions per second among other smaller rollups now operating steadily. That daily throughput utilized the expanded capacity enabled by the updated gas limit and higher block capability. Many users experienced smoother performance thanks to this increased throughput.

The improved performance shows that the Ethereum gas limit increase can handle surging demand without stress. It also proves the network can sustain larger workloads while remaining stable. Observers expect that base LAYER throughput will stay high as more rollups launch and usage rises.

Fusaka Hard Fork Approach Builds on Raised Gas Limit Foundations

Developers plan to activate Fusaka early next month to introduce data-availability improvements and consensus tweaks. The raised Ethereum gas limit sets a stronger base for this upgrade and future scaling efforts. It ensures that the network can support heavier data availability workloads under Fusaka.

The Core feature PeerDAS will improve rollup data throughput and help reduce latency for many users. The upgrade will also bring security-hardening updates and consensus optimizations to maintain stability. Hence the network will combine higher capacity and improved architecture under one major release.

Community watchers believe this version of Fusaka may unlock even more Ethereum gas limit rises later as demand grows. Developers may adjust transaction fees for heavy computations while using expanded block capacity. Therefore, the network might balance performance gains and resource costs efficiently over time.