#以太坊大户持仓变化 Ethereum is making big moves again! Following the Fusaka upgrade, the BPO2 scheme has recently been officially launched on the mainnet. This upgrade directly enhances the network's data processing throughput, with quite noticeable results.
In terms of data, the target capacity of a single block’s Blob has jumped from the original 6 to 14, with a maximum capacity reaching 21. In other words, Ethereum’s on-chain data flow capacity has significantly expanded, and it also offers greater flexibility.
Interestingly, the BPO mechanism is designed quite cleverly—it can quickly adjust core parameters without the need for cumbersome hard forks. This means Ethereum’s scalability path has become smoother and more efficient, opening up room for future optimization iterations. This is definitely a solid foundation for continuous improvements in network performance.
This page may contain third-party content, which is provided for information purposes only (not representations/warranties) and should not be considered as an endorsement of its views by Gate, nor as financial or professional advice. See Disclaimer for details.
14 Likes
Reward
14
4
Repost
Share
Comment
0/400
GateUser-26d7f434
· 22h ago
Blob from 6 to 14 and then to 21, this upgrade pace is really quite aggressive.
View OriginalReply0
GateUser-00be86fc
· 01-07 05:42
Blob skyrocketed from 6 to 14, this speed... Ethereum's recent move is really impressive.
View OriginalReply0
LiquidatedNotStirred
· 01-07 05:35
Blob capacity has doubled, so maybe the layer2 gas fees are saved now? But it still depends on the actual results; let's not have it be just on paper data again.
View OriginalReply0
SerumDegen
· 01-07 05:29
blob capacity tripled but where's the price action tho... this is how they getcha, all the tech fundamentals in the world don't stop a cascade liquidation ngl
#以太坊大户持仓变化 Ethereum is making big moves again! Following the Fusaka upgrade, the BPO2 scheme has recently been officially launched on the mainnet. This upgrade directly enhances the network's data processing throughput, with quite noticeable results.
In terms of data, the target capacity of a single block’s Blob has jumped from the original 6 to 14, with a maximum capacity reaching 21. In other words, Ethereum’s on-chain data flow capacity has significantly expanded, and it also offers greater flexibility.
Interestingly, the BPO mechanism is designed quite cleverly—it can quickly adjust core parameters without the need for cumbersome hard forks. This means Ethereum’s scalability path has become smoother and more efficient, opening up room for future optimization iterations. This is definitely a solid foundation for continuous improvements in network performance.
$ETH $BNB $SOL