EIP-8061 would change how quickly validators can leave, while new deposits remain capped at 57,600 ETH per day. That split affects when direct stakers start earning and how Lido pool holders share rewards.
More than 1.28 million ETH was waiting to enter staking when Validator Queue was checked on Oct. 15. The estimated wait stood at 22 days and 6 hours. A day earlier, its 21:17 UTC snapshot showed 1,260,628 ETH awaiting activation and an estimated wait of 21 days and 21 hours. That delay applies to new deposits. A proposed change to Ethereum's exit rules would not clear it.
Entry remains capped
EIP-8061 would keep the activation ceiling at 256 ETH per epoch. With epochs lasting 6.4 minutes, the limit works out to 57,600 ETH a day when fully used. The proposal would remove the fixed exit cap and scale exit capacity with active stake. Exits would still face rate limits. Validator consolidations would get separate capacity.
At 36 million ETH staked, the proposal authors' worked example gives roughly four times today's capped exit capacity. It also produces twice the consolidation capacity. Those changes apply to validators leaving or consolidating. The activation limit for incoming stake would stay in place.
As of Oct. 15, EIP-8061 remained in Last Call, with a Nov. 1 deadline. Ethereum's Glamsterdam roadmap listed the proposal for inclusion and expected mainnet in the fourth quarter, but set no confirmed date. The mainnet consensus configuration had no activation epoch set for Gloas, Glamsterdam's consensus fork.
A direct depositor earns no native validator rewards while waiting for activation. The idle period can carry a measurable cost. A 32 ETH deposit held inactive for the 21.875-day estimate on Oct. 14 would miss illustrative gross rewards of 0.038 ETH at a 2% annual rate. At 3%, the corresponding amount is 0.058 ETH. At 4%, it is 0.077 ETH.
These examples assume constant rates and exclude compounding. They also exclude costs. Taxes are left out, as are penalties and alternative earnings. Applying a 10% rewards fee to those active-stake benchmarks gives about 0.035 ETH at 2%, 0.052 ETH at 3%, and 0.069 ETH at 4%. According to Lido's token integration guide, that is the documented fee rate. Solo validators need not pay it.
The queue has already affected institutional staking plans. Interactive Brokers announced on Oct. 13 that eligible clients could stake ETH through its Client Portal, using infrastructure provided by zerohash. In October 2026, UK-listed KR1 said it had launched its first 10 dedicated Ethereum validators and planned to scale beyond 100. Full deployment depends on the entry queue. The company said it held 6,200 ETH for its staking strategy.
How pool rewards spread
A user who deposits ETH into Lido's mainnet core pool receives stETH, a liquid staking token. The protocol records the holder's stake through shares. The ETH may remain in the pool buffer or Ethereum's pending-deposit queue before it earns native rewards.
Under Lido's share accounting, a token balance represents a share of the pool's accounted ETH. That accounting includes buffered funds and active validator balances. It also includes pending deposits, along with deposits made since the last report. This explanation concerns the core pool. Lido's separate staking vaults use their own collateral and share accounting.
New core-pool shares can take part in later reward distributions before the associated ETH becomes productive. If incoming funds remain inactive while existing validators keep earning at the same rate, rewards are spread across more capital. Both incoming and incumbent holders then face a lower reward rate per unit. Deposits add backing along with shares, so earnings per unit are diluted rather than principal being immediately reduced.
At an assumed 3% gross reward rate and a 10% fee, the approximate holder rate is 2.70% when all capital is productive. If 5% of the pool is non-earning, the estimate falls to 2.565%. With 10% non-earning, it falls to 2.43%. Each figure applies the productive fraction to the assumed gross rate, then deducts the fee.
Lido normally adjusts balances through oracle-driven reports each day. A report can be delayed, and penalties can reduce balances. Governance controls the fee.
The queue mechanics have also featured in earlier queue coverage examining MetaMask-related validator exits and pressure on Ethereum staking entry.
Exit timelines
In mid-October, monitoring showed about 962,000 ETH awaiting exit. The estimated processing time was nearly 17 days before the later withdrawal steps. That figure was a snapshot of a queue that changes with network demand.
For an ordinary full exit by an unslashed validator, Ethereum schedules an exit epoch through its exit queue. An online validator can continue performing duties and earning rewards while it waits. Reward eligibility ends at the exit epoch. The consensus rules then impose a separate 256-epoch withdrawability delay, about 27.3 hours at 6.4 minutes per epoch. The balance reaches the withdrawal address in a later sweep. Higher exit capacity would affect the queue stage, not remove the subsequent delay or sweep.
Lido withdrawals follow a different process. A holder locks stETH in a first-in, first-out request, then waits for oracle finalization before claiming the allocated ETH. Finalization depends on available funds and timing checks. Relevant losses can also affect it. The requester earns no staking rewards while the tokens wait in that queue, and significant losses can reduce the eventual payout.
The liquid buffer can help meet withdrawal requests, but its full balance is not automatically available for redemption. Lido's implementation protects the deposits reserve first. Funds then go to the withdrawals reserve. Any remainder is unreserved. When the buffer is tight, deposits and withdrawals can compete for available funds.
Selling stETH on a secondary market follows market liquidity and price, rather than Lido's withdrawal queue. Buying an existing token transfers an outstanding claim. It does not send fresh ETH through validator activation. A sale does not guarantee an immediate exchange of one ETH for each stETH.
Validator activation and network exit run on separate clocks. A pool withdrawal request follows its own process. Faster network exits would not make a new deposit earn sooner, and selling a liquid token depends on buyers and available market liquidity. EIP-8061 would leave Ethereum's entry capacity capped at 57,600 ETH per day.
