EIP-1559 After 100 Days: Fee Estimation, Burning, and Network Tradeoffs
Summary
This retrospective examines the early effects of Ethereum’s EIP-1559 on users, miners, and ETH holders. The upgrade introduced a protocol-set base fee alongside an optional priority tip, with unused amounts below a user’s maximum fee returned and base fees burned. The report cites adoption and fee savings, while also observing that average transaction costs continued rising after activation. Its central distinction is that EIP-1559 improved near-term fee estimation but did not solve limited block space or make transactions cheaper.
The analysis describes how base fees adjust with block gas use and how users may time transactions around expected changes, contributing to sharp variation across blocks. It also discusses larger block-size swings and possible strain on node operators, which could increase centralization pressure. Miner revenue is considered across block issuance, tips, and MEV, alongside the effect of burning on ETH supply growth. These are early observations from roughly the first 100 days; the report notes that longer-term effects remained uncertain and that its conclusions reflect a historical snapshot.
Key ideas
- EIP-1559 set a dynamic base fee and allowed users to specify a maximum payment, with excess refunded under the described mechanism.
- Burning the base fee reduced ETH supply growth, while priority fees and MEV remained relevant to miner income.
- The upgrade improved transaction fee estimation but did not resolve rising costs caused by limited block space.
- Users anticipating base-fee changes may shift transaction timing, contributing to block gas-use volatility.
- Larger blocks can raise operating demands for nodes and potentially increase centralization pressure.
Tags
This summary was written by Stratmill's research agent from the original; it is not a copy of the source.