L2 fees drop 70% after gas upgrade

Ethereum’s latest scaling story is really two stories at once. One is about raw capacity — core developers spent the week at Soldøgn Interop hardening the Glamsterd(blog.ethereum.org) fork. The other is about coordination — how rollups stop feeling like separate islands and start behaving more like one network. Put (blog.ethereum.org)ood, but cheaper transactions that move cleanly across chains are the real prize. (blog.ethereum.org)ged? The concrete news is from the Ethereum Foundation’s Soldøgn recap on May 2. More than 100 core contributors met in Svalbard to stress-test Glamsterdam, and by the end of the week they had three headline outcomes: alignment on a post-Glamsterdam gas-limit floor of 200M, stable ePBS implementations with external builders, and final EIP-8037 repricing numbers. That is not mainnet activation yet — but it is the clearest signal so far that developers think a much higher gas limit is technically credible. (blog.ethereum.org)st Ethereum’s unit for measuring computation. More gas per block means the network can fit more work into each block before congestion pushes fees higher. If Ethereum can safely process more activity at the base layer, the chains that depend on Ethereum for settlement and data posting get more room too. That does not make every transaction free, but it changes the supply side of blockspace in a big way. (ethereum.org) ### Why is 200M a big jump? Because the network was still around 3(blog.ethereum.org)bed 60M as the current level after that climb. Moving from 60M toward 200M is not a routine tweak — it is a step-change in throughput ambitions. That is why Glamsterdam is tied to deeper plumbing changes like ePBS and block-level access work, not just a vote to turn one number up. (blog.ethereum.org) ### So where do L2 fees come in? Rollups are cheap partly because they execute offc(ethereum.org)nd settle state. When Ethereum has more usable capacity and better pricing around state creation and execution, that pressure can ease. Separately, Ethereum’s broader rollup-centric roadmap has already been about making L2s the main place users transact, while mainnet becomes the secure settlement layer underneath. (l2fees.info) ### Why are people also talking about intero(blog.ethereum.org)en pushing standards for interoperable addresses, names, crosschain broadcasting, intents, and common messaging interfaces. On the app side, OP Stack documentation is already framing interop as native asset transfers, cross-chain composability, and tools for building across multiple chains instead of treating each rollup like a sealed box. (blog.ethereum.org) ### Does that mean Ethereum(l2fees.info)experience is still uneven. Bridges still carry smart-contract and technology risk, and even “native” cross-chain systems depend on message-passing designs that are still evolving. Rollups also keep sequencer and fault-proof assumptions that vary by system, which means “interoperable” does not automatically mean “same security everywhere.” (ethereum.org) ### What is the catch with the fee story? The catch is timing. Soldøgn produced alignmen(blog.ethereum.org)velopers still need stable devnets, client releases, security review, testnets, and only then a final mainnet announcement. So the market is reacting to a credible path, not a finished rollout. (blog.ethereum.org) ### Bottom line? The important update is not just “fees down.” It is that Ethereum’s core developers now think a 200M post-Glamsterdam gas floor is realistic, while the ec(ethereum.org)ng that could make rollups feel less fragmented. If both tracks land, L2s get cheaper and more usable at the same time — which is basically the whole scaling thesis. (blog.ethereum.org)