TLDR
Ethereums recent TPS records were driven mainly by Layer 2s, led by the ethereum/">Optimism Superchain, which hit about 27.5 million transactions in a day (roughly 320 TPS) per an official update (Optimism).
- L2s accounted for about 95.35% of ecosystem TPS during the record window, with a new daily TPS peak reported (market update).
- The OP Stack Superchain surge was a major contributor to the throughput spike (Optimism).
- Elevated demand on Base and OP aligns with explorer constraints tied to rising TPS and volume (explorer coverage).
Deep Dive
1. L2 Share Of Throughput
Most of Ethereums record throughput came from L2 activity rather than L1. A market update citing growthepie data noted a new ETH ecosystem daily TPS peak and that L2s represented roughly 95.35% of the total during that period, with app-specific rollups such as Lighter also flagged as contributors (market update).
If youre tracking scalability, L2s are where throughput growth is actually landing. Monitoring L2-specific volumes and fees will be more informative than L1 alone.
2. OP Superchain Spike
The Optimism Superchain (a federation of OP Stack networks) reported an all-time high of about 27.5 million transactions in a day, averaging roughly 320 TPS, underscoring its role in the recent throughput records (Optimism).
- This suggests OP Stack networks were a key driver of the burst in L2 processing.
- It aligns with the broader pattern of rollup-first scaling where execution moves off L1, and L1 focuses on settlement.
Activity clustered on OP Stack networks was a primary catalyst. If you want to gauge future spikes, watch OP Stack throughput and sequencer status updates.
3. Base and OP Demand Signals
Infrastructure reports point to rising TPS and transaction volume on L2s like Base and OP. Explorer operators cited increased demand and throughput in explaining recent API access changes, specifically naming Base and OP among affected high-activity networks (explorer coverage).
- While indirect, these constraints corroborate elevated usage on these L2s during the record period.
- Combined with the Superchain record, they help triangulate which L2 families were most active.
Look to Base and OP for outsized contributions to recent ETH-wide throughput. Elevated demand tends to show up first in infra bottlenecks and operator notices.
Conclusion
The ETH TPS records were an L2 story. The Optimism Superchains surge, alongside heavy usage on Base and OP, did the most work, with specialized rollups contributing to the tail. Forward drivers remain concentrated on rollup ecosystems where execution scales fastest while L1 handles settlement.
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