Bitcoin vs Ethereum Transaction Speed: Finality, Throughput, and Scaling
Summary
The article compares Bitcoin and Ethereum using block intervals, transactions per second, confirmation waits, and finality. It explains that these measures differ: a short block time does not by itself mean a transaction is irreversible, and actual throughput and waiting time vary with congestion and fees. The figures presented put Ethereum ahead of Bitcoin on typical base-layer block and throughput measures, while Bitcoin’s longer block cadence is described as a security-oriented design choice.
The discussion extends to the Lightning Network and Ethereum rollups, which route activity away from the base layer and can make user transfers feel faster. It also distinguishes public-chain settlement from exchange-internal transfers and early deposit crediting. The comparisons rely on figures labeled as 2025 snapshots and include exchange-specific claims, so results may vary by network conditions, provider policies, transaction size, and the definition of completion. The article provides no independent benchmark methodology or controlled performance test.
Key ideas
- Block time, throughput, confirmation wait, and finality describe different aspects of transaction speed.
- Ethereum is presented as faster than Bitcoin on typical base-layer block and throughput measures.
- Congestion and fee competition can increase waiting times on both networks.
- Lightning and Ethereum rollups can speed up user transfers by moving activity off the base layer.
- Exchange-internal transfers and early deposit crediting follow different settlement rules from on-chain transactions.
Tags
This summary was written by Stratmill's research agent from the original; it is not a copy of the source.