The post Bitcoin vs Ethereum for Payments: Where Bitcoin Everlight Fits Into the Infrastructure Gap appeared on BitcoinEthereumNews.com.

Payment efficiency exposes one of the clearest architectural differences between Bitcoin and Ethereum. Both networks are widely used, yet their base-layer design choices lead to materially different outcomes for speed, cost, and transaction density. As Ethereum’s scaling stack has matured, Bitcoin’s payment limitations remain structurally intact at the protocol level. That imbalance has pushed attention toward auxiliary systems attempting to improve Bitcoin payment usability without altering Bitcoin itself. Payment Performance Across Bitcoin and Ethereum At the protocol level, Bitcoin and Ethereum optimize for different objectives, which directly affects payment performance. Metric Bitcoin (BTC) Ethereum (ETH) Key Insight Primary Use Case Secure settlement, store of value Smart contracts, dApps, stablecoins Divergent design priorities Mainnet TPS (Avg.) ~5–7 TPS ~12–20 TPS Ethereum processes transactions faster Block Time ~10 minutes ~12 seconds Faster confirmation cadence on Ethereum Avg. Tx Fee (2025 avg.) ~$1.74 ~$0.38 (driven by L2 usage) Ethereum payments trend cheaper Scaling Solutions Lightning Network Rollups such as Arbitrum, Optimism Off-chain execution dominates payments These differences translate directly into user experience. Ethereum’s shorter block intervals and execution-focused design allow payment activity to persist continuously. Bitcoin’s base layer processes fewer transactions by design, prioritizing security and finality over throughput. Where Bitcoin Everlight Fits in the Payment Stack Ethereum’s payment advantage is amplified by its rollup ecosystem. Layer 2 networks such as Arbitrum and Optimism execute transactions off-chain and periodically settle state to Ethereum, enabling high throughput at low cost. Bitcoin’s scaling path follows a different constraint set. The Lightning Network enables instant payments but introduces channel management, liquidity balancing, and routing complexity. Everlight avoids channel mechanics entirely, focusing on deterministic routing, predictable confirmation behavior, and simplified participation. Bitcoin Everlight enters the payment discussion at an earlier infrastructure layer. It operates as a lightweight transaction system designed to function alongside Bitcoin without modifying Bitcoin’s…

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Filed under: News - @ February 1, 2026 11:11 am