Ethereum Pectra Upgrade: EIP-7600 Is Now the Next Topic of Discussion

Key Points:

• The Ethereum Dencun upgrade is aimed at enhancing scalability by reducing transaction fees on Layer-2 networks.
• Core developers are now turning their attention to the Ethereum Pectra upgrade (EIP-7600).
• Debate ensues within the core development team regarding the priority of the implementation of Verkle trees.

The Ethereum Dencun upgrade has been successfully completed, marking a milestone in Ethereum’s evolution. The highly anticipated upgrade, which was rolled out on March 13, aims to address scalability issues by reducing transaction fees on Layer-2 networks.

Read more: The Upcoming Ethereum Dencun Upgrade What Opportunities Will It Create?

Focus Shifts to Ethereum Pectra Upgrade

Following the completion of the Dencun upgrade, attention now turns to what lies ahead for Ethereum. Core developer Tim Beiko has revealed that discussions about the next steps, particularly focusing on EIP-7600, will take place at an upcoming core developer meeting.

EIP-7600, also known as the Ethereum Pectra upgrade, is poised to combine two significant upgrades – Prague and Electra. This integration aims to enhance the Ethereum platform by incorporating four Ethereum Improvement Proposals: EIP-2537, EIP-6110, EIP-7002, and EIP-7549. Additionally, the upgrade will include proposals from the Ethereum Pectra upgrade, such as precompiles for cryptographic operations and modifications to smart contract capabilities.

Debate Arises Among Core Developers Over Verkle Trees Implementation

However, amidst these developments, the core development team is engaged in a debate over the prioritization of Verkle trees implementation. This data structure is expected to optimize storage and access to information on Ethereum. While some developers advocate for focusing solely on Verkle trees, others propose pursuing a smaller feature fork alongside its development.

The successful rollout of the Dencun upgrade marks a significant step forward for Ethereum, addressing scalability concerns and paving the way for further improvements in the ecosystem’s functionality and efficiency.

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