Solana flips Ethereum in fees, but ETH holds the burn lead
In brief
- Solana: $1.1M in 24-hour fees vs Ethereum's $649K on September 22.
- 30-day fees: Solana $23.6M, Ethereum $12M.
- Ethereum burned $2.8M vs Solana's $2.66M over 30 days.
- Fee structures differ: Solana splits base fees between burns and validators; Ethereum burns base fees, validators get tips.
- Jito's July 2025 upgrade lets Solana validators distribute priority fees to stakers.
Fee generation across time windows
DefiLlama's Solana overview showed about $1.1 million in chain fees over 24 hours and $117,138 in reported chain revenue on the snapshot date. Ethereum's overview displayed $649,423 in fees and $226,298 in revenue. Solana led on displayed seven-day and 30-day fees while Ethereum retained a smaller lead in reported burns.
Over a longer window, DefiLlama's chain fee table put Solana at $23.6 million over 30 days, compared with Ethereum's $12 million. But the burn picture inverted. Its chain revenue table showed a burn comparison of $2.66 million for Solana and $2.8 million for Ethereum. Ethereum's 30-day reported burn was only slightly larger than Solana's, even though its daily overview showed a much wider gap.
Why the structures differ
The fee architectures explain the divergence. Under Solana's fee rules, the base charge is 5,000 lamports per signature with half burned and half going to validators. Validators on Solana receive all priority fees that users pay for transaction priority. Ethereum burns execution base fees while priority tips go to validators.
A July 2 upgrade from Solana staking infrastructure project Jito lets validators distribute priority fees to their stakers. That mechanism routes validator income toward delegators without burning it, widening the gap between total fees and total burns.
Measuring network value differently
"The split shows that users' spending can reach validators and applications without producing an equivalent benefit for someone simply holding the network's coin."
Users' spending can reach validators and applications without flowing back to passive holders. DefiLlama's Solana adapter estimates base fees by multiplying transaction count by 5,000 lamports, although the protocol's actual fee structure involves more granularity. The snapshot underscores that a single metric—whether fees, burns, or staking receipts—tells only part of the story about network economics.
Frequently asked questions
Why does Solana have higher fees than Ethereum but lower burns?
Solana splits its base fees between burns and validator rewards, while Ethereum burns all base fees. Additionally, Jito's staking upgrade lets Solana validators distribute priority fees to delegators rather than burning them, routing more value to network participants without reducing the total fee pool.
What do Solana's 24-hour and 30-day fee numbers tell us?
On September 22, Solana generated $1.1 million in 24-hour fees versus Ethereum's $649,423. Over 30 days, Solana led with $23.6 million to Ethereum's $12 million, showing consistent fee volume growth across different time windows.
How does fee generation differ from holder returns?
Fee generation measures total user spending on transactions. Holder returns depend on how those fees are split—burned, sent to validators, or staked. A network can have high fees without burning much, meaning passive holders don't automatically benefit from transaction volume.
