Let's digresse with Jason's post. How is the Entry/Exit Queue Time Calculated for Ethereum Staking? In the past, Ethereum set this [Churn] metric to prevent the number of nodes participating in the consensus from changing too quickly, leading to unnecessary fluctuations (everything is mainly 😂 stable). This churn rate slowly increases with the increase in the overall staking scale, for example, the current maximum is 8 nodes per epoch, which is 256/epoch in the chart if calculated based on 32 $ETH per node. An epoch on Ethereum consists of 32 blocks, or 6.4 minutes, with a maximum of 8 nodes entering/exiting every 6.4 minutes. This is the technical reason for limiting the queue for Ethereum Staking in and out. What about the follow-up? So Ethereum pushed the Prague upgrade, allowing a single node to deposit ETH from 32 to 2048 $ETH →. It is to deal with this kind of "big hit" mortgage or unpledge. Imagine if we assume that 600,000 Ethereum belongs to several large users and each person is full from 32 to 2,048 nodes, then their withdrawal will be shortened from 9 days of queuing to about 3 hours. In other words, before the information ferments, the tokens have already been recharged to Binance OKX 😂 Of course, after the Prague upgrade, the adoption of large nodes is currently slowly increasing, and after looking at beaconcha, roughly speaking, about four or five hundred people have upgraded to large node mode. There will definitely be more and more large nodes on Ethereum in the future, and we will also see less and less queue time.