According to Binance, traders should monitor Ethereum (ETH) gas fees to optimize order timing and manage execution costs during periods of network congestion. source: Binance Under EIP-1559, each ETH transaction includes a base fee that is burned and a priority tip to validators; rising demand lifts the base fee and increases ETH burn, impacting net issuance that traders track for supply dynamics. source: Ethereum.org Layer 2 rollups generally offer lower per-transaction costs by batching many transactions and settling on Ethereum L1, providing an alternative execution venue when L1 gas is elevated. source: Ethereum.org Key dashboards for planning include Etherscan Gas Tracker for real-time base fees, L2Fees.info for rollup costs, and Ultrasound Money for ETH burn and net issuance metrics used by market participants. source: Etherscan Gas Tracker, L2Fees.info, Ultrasound Money

According to the source, Ethereum gas reportedly fell toward 0.067 gwei amid a network slowdown, cutting transaction costs for on-chain traders executing DEX swaps, NFT listings, and arbitrage. source: the source Ultra-low base fees directly reduce the EIP-1559 base-fee burn, weakening ETH’s net-deflation profile when burn drops below validator issuance. source: Ethereum.org EIP-1559; Ethereum.org Issuance Traders should verify live base fee and priority fee before adjusting strategies and track real-time burn and net issuance to gauge whether ETH supply is trending inflationary or deflationary. source: Etherscan Gas Tracker; Blocknative Gas Estimator; ultrasound.money Execution playbook: favor gas-sensitive on-chain flows (rebalances, RFQ fills, small-size routing) while monitoring L2 costs and activity for spillover and timing. source: Uniswap Docs; L2Fees.info