Ethereum could process validator exits more quickly under a proposed network upgrade, but the same plan would leave the current limit on new staking activations in place. That means users depositing ETH directly to become validators could still wait weeks before their capital begins earning native staking rewards.
According to CryptoSlate, Ethereum Improvement Proposal 8061, or EIP-8061, would remove the fixed cap on exits and make exit capacity depend on the amount of ETH already staked. It would also create separate capacity for validator consolidations. The proposal had not received a confirmed mainnet activation date as of Oct. 15, although Ethereum’s Glamsterdam roadmap listed it for expected inclusion in the fourth quarter.
Entry remains capped at 256 ETH per epoch
EIP-8061 would preserve Ethereum’s activation ceiling of 256 ETH per epoch. With each epoch lasting about 6.4 minutes, the maximum entry capacity is 57,600 ETH per day when fully used.
That limit is important because a validator that has deposited ETH but has not yet activated does not earn native validator rewards. The delay therefore represents a period in which the deposited capital is not yet performing the validator duties required to generate rewards.
The queue was already substantial when checked on Oct. 15. Validator Queue showed 1,282,776 ETH awaiting entry, with an estimated waiting time of 22 days and six hours. A snapshot taken at 21:17 UTC on Oct. 14 showed 1,260,628 ETH waiting and an estimated delay of 21 days and 21 hours.
The proposal’s treatment of exits is different. Rather than keeping a fixed exit ceiling, it would allow exit capacity to scale with total active stake while keeping withdrawals rate-limited. Consolidations would receive their own capacity. In the authors’ example, with 36 million ETH staked, the change would produce about four times the current capped exit capacity and twice the consolidation capacity.
As of Oct. 15, EIP-8061 remained in the Last Call phase, with a Nov. 1 deadline. Glamsterdam’s consensus configuration had no activation epoch set for Gloas, the consensus fork associated with the roadmap, so the timing of any mainnet implementation was not confirmed.
How liquid staking changes the waiting period
A direct depositor bears the full delay before the validator becomes eligible for native rewards. Liquid staking pools use a different structure. When a user deposits ETH into Lido’s mainnet core pool, the protocol issues stETH, a liquid staking token, and records the user’s exposure through pool shares.
The deposited ETH may remain in the pool’s buffer or in Ethereum’s pending-deposit queue before it becomes active. However, new core-pool shares can participate in later reward distributions before the associated incoming ETH is productive. In effect, rewards generated by already active validators are shared across a larger pool of capital.
That arrangement spreads the economic cost of idle capital rather than creating an immediate reduction in principal. Existing and incoming holders both receive a lower reward rate per unit when a portion of the pool is not earning.
For illustration, assuming a 3% gross reward rate and a 10% rewards fee, the approximate holder rate would be 2.70% if all capital were productive. If 5% of the pool were non-earning, the rate would fall to 2.565%; with 10% non-earning capital, it would be 2.43%. The examples exclude compounding, costs, taxes, penalties and alternative earnings. Lido’s fee rate is governance-controlled.
The source material also estimates the opportunity represented by the queue. For 32 ETH inactive for the Oct. 14 estimated wait of 21 days and 21 hours, an assumed annual reward rate can be multiplied by 32 and by 21.875 divided by 365. Applying a 10% fee to illustrative active-stake benchmarks produces about 0.035, 0.052 and 0.069 ETH at assumed annual reward rates of 3%, 4.5% and 6%, respectively. A solo validator would not pay Lido’s fee.
Exits, withdrawals and the current market picture
EIP-8061 would address the exit-queue stage, but leaving staking is not a single-step process. For an ordinary full-validator exit, Ethereum schedules an exit epoch. An online validator can continue earning while waiting, with reward eligibility ending at that epoch. A separate delay of 256 epochs—about 27.3 hours at 6.4 minutes per epoch—then applies before the balance becomes withdrawable, followed by a withdrawal sweep.
Lido’s process uses a FIFO withdrawal request for stETH. Users wait for oracle finalization and then claim allocated ETH; they do not receive staking rewards while their tokens are waiting in that queue, and losses can reduce the final payout. Selling stETH on a secondary market follows market liquidity and price rather than the protocol queue, and does not guarantee an immediate exchange for one ETH.
Moneyiar market data recorded ETH at $2,459.1237186279 at 21:39 on Oct. 15, 2026, up 1.43% over 24 hours but down 0.69% over seven days. The same data showed SHIB at $0.0000051294, up 1.27% in 24 hours and down 3.19% over seven days; UNI at $7.4937932088, up 5.12% and 1.93%; and ASTER at $0.7047034695, up 0.79% and 1.62%, respectively.
The central distinction remains unchanged: a wider exit lane could improve staking liquidity, but it would not by itself make new deposits activate or begin earning sooner. Under the proposal, Ethereum’s entry capacity would still be limited to 57,600 ETH per day when fully utilized.
