How to Interpret Ethereum Burn Data? The Deflation Logic After EIP-1559
The term "Ultrasound Money" was once one of the loudest slogans in Ethereum's narrative. After EIP-1559 introduced the burn mechanism, the market widely expected ETH to enter deflation as network activity increased, with supply continuously decreasing. But by 2026, the situation has completely reversed—gas fees have fallen to a historic low of 0.14 gwei, and daily burn volume once dropped to just 53 ETH. Ethereum has transitioned from a "deflationary asset" to a "slightly inflationary asset," with an annual inflation rate of about 0.8%. This article does not discuss whether to buy ETH, but instead deconstructs why the deflation logic after EIP-1559 failed to materialize and how to read on-chain burn data.
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Understanding Burn Data: How to Read How Much ETH Is "Burned"
The core mechanism of EIP-1559 is actually quite simple: the base fee paid for each transaction is directly burned, no longer flowing to anyone. This design has two purposes—making gas fees more predictable and introducing deflationary pressure on ETH.
How to read burn data? Glassnode, Ultrasound.money, and Etherscan all provide real-time statistics on burn volume. The most intuitive indicators are "daily burn volume" and "cumulative burn volume." As of 2025, since the implementation of EIP-1559, a cumulative total of over 4.6 million ETH has been burned, worth more than $13.5 billion.
But looking only at burn volume is not enough. Whether deflation occurs depends on whether the burn volume exceeds the new issuance. Under Ethereum's PoS mechanism, approximately 1,700 ETH are newly issued daily as staking rewards. If the daily burn volume exceeds this number, the network is deflationary; if it is lower, it is inflationary.
Where the Deflation Logic Got Stuck
The reality in 2026 is that burn volume is far from outpacing issuance.
Gas fees have hit rock bottom. In June 2026, the average gas fee was only around 0.14 gwei. To maintain deflation, the average gas fee needs to stay above roughly 16 gwei for an extended period. The current level is less than 1% of that threshold.
The Dencun upgrade changed the game. The Dencun upgrade in March 2024 introduced blob space, reducing the cost for Layer 2 to publish data by about 10 times. A large amount of transactions migrated from the mainnet to L2s, causing mainnet burn volume to plummet. This is a structural change—not temporary market sluggishness, but a side effect of Ethereum's scaling roadmap itself.
L2s have no incentive to fill the mainnet. Crypto KOL BREAD predicted this in 2024: L2s will continuously adjust their behavior to avoid high-fee environments, rather than actively driving up mainnet gas fees. When blob fees rise, rollups can choose to slow down batch publishing, switch to calldata, or even temporarily stop publishing—as Scroll did during the LayerZero airdrop in 2024. L2s are profit-seeking entities that will not sacrifice their margins to help ETH maintain deflation.
The Real State of the Current Market
Overall, Ethereum's supply dynamics in 2026 can be summarized by a few numbers:
The annual inflation rate is about 0.8%, meaning ETH is no longer a deflationary asset. However, a 0.8% inflation rate is very close to Bitcoin's annual inflation rate of approximately 0.809%, which is theoretically not high.
About 28.5% of ETH is staked, with staking yields around 3-4%. During periods of low network activity, ETH's returns rely more on staking rewards and MEV than on the deflationary premium from burning.
Daily burn volume hit a historic low. On a certain day in June 2026, only 53 ETH were burned across the entire network. This reflects the low activity on the Ethereum mainnet.
21Shares' research sets a base-case price for ETH in 2026 at $3,400–$3,700, but if the downturn persists, it could fall to $1,700–$2,200. Institutional judgments are not entirely pessimistic, but they do acknowledge the pressure current supply dynamics place on price.
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How to Read These Signals
For ordinary users, understanding the deflation logic after EIP-1559 hinges on establishing a few analytical frameworks:
Don't just focus on the single number of "burn volume." High burn volume may indicate deflation, but the prerequisite for deflation is burn > issuance. Also pay attention to gas fee levels and network activity—gas fees are a leading indicator of burn volume.
Distinguish between structural and cyclical factors. The L2 migration brought by the Dencun upgrade is structural, meaning mainnet burn volume is unlikely to return to 2021–2022 levels unless L2 economic activity grows to a sufficiently large scale. After Dencun in 2024, L2 transaction share exceeded 83%, and this proportion will only increase.
Pay attention to the impact of the Pectra upgrade. Expected to launch in the second half of 2026, the Pectra upgrade will expand blob capacity by 2–3 times. This will lower L2 fees, but it is bearish for mainnet burn volume—cheaper space means less burning. Currently, the adoption rate of the function supporting validator reward compounding in Pectra is only about 25%, and the full impact of the upgrade will take time to observe.
The "Ultrasound Money" narrative has largely failed by 2026. Ethereum's positioning is shifting from a "deflationary asset" to a "leveraged bet on ecosystem activity"—the value of ETH depends more on how active the on-chain economy is, rather than on a decreasing supply. For users, understanding this shift is more important than fixating on the single label of "deflation or inflation."
