Ethereum reaches a record 32.950 TPS ahead of the Fusaka upgrade, which promises greater scalability and efficiency on the main network and its Layer 2 solutions.
Ethereum developers are preparing for the activation of Fusaka on the main network, one of the most anticipated hard forks in the crypto community. However, just before this activation, the Ethereum ecosystem and its scaling solutions reached a new record in processing 32.950 transactions per second, a figure that far exceeds the 31.000 TPS recorded just the previous week.
Arkham Intel's data, which highlights the network's growth in speed and capacity, also confirms its technological strength and the importance of the improvements implemented so far. For experts, this progress not only demonstrates the maturity of the Ethereum ecosystem but also generates high expectations regarding the impact the anticipated Fusaka upgrade will have on user experience and network scalability.
Ethereum reaches TPS milestone: trade with ETH hereEthereum breaks barriers: it increases its capacity and reduces costs
The all-time high in transactions per second reflects Ethereum's progress toward its goal of improving scalability and reducing operating costs. The figure of 32.950 TPS not only marks a technical record but also highlights the key role of Layer 2 solutions in this growth.
Lighter, a decentralized exchange (DEX) built on a rollup powered by Zero-Knowledge (ZK) TechnologyIt has spearheaded much of this improvement thanks to its ability to process thousands of transactions simultaneously. In comparison, other Ethereum Layer 2 networks, such as Base, maintain a range of between 100 and 300 TPS, which, according to Arkham, underscores the relevance and decisive impact that second-layer solutions, especially those based on ZK technology, have on network expansion and efficiency.
Source: Arkham Intel
The average daily TPS in the Ethereum ecosystem has risen to 325, compared to 250 at the beginning of the year. This steady increase demonstrates how technical improvements and network parameter updates, such as the increase in the limit of gas from 45 million to 60 millionThey have allowed for an increase in the capacity of each block and, consequently, a reduction in transaction fees.
As the data shows, the implementation of this change, backed by the approval of the majority of validators and active since November 25, has resulted in a significant reduction in fees and a more agile experience for users and developers within the Ethereum ecosystem.
Fusaka is just around the corner: Buy ETH nowFusaka, an update that will accelerate the network towards new frontiers
The Fusaka upgrade, scheduled for deployment on the mainnet this week, promises to be a turning point in Ethereum's evolution. Its main innovation lies in the data storage optimizationThis is because nodes will only need to store one-eighth of the blob information that was previously mandatory. This technical adjustment will free up capacity, improve efficiency, and allow the network to handle an even greater volume of transactions.
In addition to Fusaka, other improvements are planned such as PeerDAS, which seek to expand the amount of data that the network can process simultaneously.
Some analysts believe that, with these innovations, Ethereum could aspire to exceed 100.000 TPS in the futureThis level would place the network in a competitive position against alternatives like Solana, whose theoretical maximum is around 65.000 TPS. In short, the combination of these upgrades with the growth of Layer 2 solutions reinforces Ethereum's strategy to consolidate its position as the most robust infrastructure in the crypto ecosystem.
Greater capacity and new opportunities for users and developers
The growth in Ethereum's processing capacity is an improvement that directly impacts the daily experience of its users. As the network scales, transaction costs on the blockchain and in Layer 2 solutions decrease, facilitating more affordable and agile access to decentralized applications and digital financial services. In other words, this makes using cryptocurrencies more viable for everyday activities, from making payments to executing smart contracts, without fees being a barrier as they have been in the past.
For those who develop and build protocols on this platform, the technical improvement represents a significant opening in terms of possibilities.
With a faster and lower-cost blockchain infrastructure, projects can be deployed with fewer restrictions stemming from previous network congestion. In this way, Fusaka not only improves technical performance but also drives innovation and the growth of new use cases within the Ethereum ecosystem.
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The record reached by Ethereum just before the implementation of Fusaka, scheduled for this December 3This is a clear sign that the network is moving towards a more scalable and accessible model.
The combination of innovations such as zero-knowledge (ZK) rollups, the increased gas cap, and upcoming technical upgrades reinforces the idea that Ethereum seeks to consolidate its market leadership as a technology leader, while also creating concrete expectations about how they will positively impact users and developers in the medium term.
The arrival of Fusaka represents a crucial phase for Ethereum, as it combines two significant advancements in the network's fundamental pillars, aimed at strengthening its infrastructure and offering a more efficient and secure experience. Overall, these improvements reinforce Ethereum's potential to expand its influence, opening up space for new applications and markets within the blockchain ecosystem.
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