Ethereum developer thanks to Feist presented groundbreaking proposal EIP-9698 for the exponential scaling of the network

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Neuer Vorschlag zur Skalierung des Ethereum-Netzwerks: EIP-9698 Forscher Dankrad Feist von der Ethereum Foundation hat einen neuen Vorschlag eingeführt: EIP-9698. Dieser Entwurf zielt darauf ab, das Ethereum-Netzwerk signifikant zu skalieren, indem das Gaslimit exponentiell angepasst wird. Die Skalierung von Blockchain-Netzwerken ist ein zentrales Thema in der Kryptowährungs-Community, insbesondere bei Ethereum, das für seine Smart Contract-Funktionen bekannt ist. Mit zunehmender Nutzung des Netzwerks kommt es häufig zu Engpässen, die die Transaktionsgeschwindigkeiten verlangsamen und die Gebühren erhöhen. EIP-9698 könnte einen wichtigen Schritt darstellen, um diese Herausforderungen anzugehen. Durch die exponentielle Anpassung des Gaslimits könnte das Netzwerk nicht nur mehr Transaktionen pro Sekunde …
New proposal for scaling the Ethereum network: EIP-9698 Researcher Thanks to the Ethereum Foundation has introduced a new proposal: EIP-9698. This draft aims to significantly scale the Ethereum network by exponent in the gas limit. Scaling blockchain networks is a central topic in the cryptocurrency community, especially at Ethereum, which is known for its smart contract functions. As the network increases, there are often bottlenecks that slow the transaction speeds and increase the fees. EIP-9698 could be an important step to address these challenges. Due to the exponential adjustment of the gas limits, the network could not only be more transactions per second ... (Symbolbild/KNAT)

New proposal for scaling the Ethereum network: EIP-9698

researcher thanks from the Ethereum Foundation has introduced a new proposal: EIP-9698. This draft aims to significantly scale the Ethereum network by exponenting the gas limit.

The scaling of blockchain networks is a central topic in the cryptocurrency community, especially at Ethereum, which is known for its smart contract functions. As the network increases, there are often bottlenecks that slow the transaction speeds and increase the fees. EIP-9698 could be an important step to address these challenges.

By exponential adaptation of the gas limits, the network could not only process more transactions per second, but also improve availability and cost efficiency for users. The proposal comes at a crucial time, since more and more applications and users flow into the Ethereum ecosystem.

The discussions about EIP-9698 have already started and it remains to be seen how the community will react to this proposal. Many are optimistic that this approach can help to manage the challenges of the current network utilization and to raise Ethereum to the next level of scaling.

Total EIP-9698 shows the constant endeavor of the Ethereum Foundation to further develop the network and to respond to the needs of users. The developments in the Ethereum ecosystem remain exciting and are still closely observed by the entire crypto community.