# EIP İlgili Makaleler

HTX Haber Merkezi, kripto endüstrisindeki piyasa trendleri, proje güncellemeleri, teknoloji gelişmeleri ve düzenleyici politikaları kapsayan "EIP" hakkında en son makaleleri ve derinlemesine analizleri sunmaktadır.

The Largest Upgrade Since The Merge? How Glamsterdam Will Affect Ethereum?

Ethereum's next major upgrade, Glamsterdam (combining consensus layer "Gloas" and execution layer "Amsterdam"), is scheduled for late 2026 and considered the most significant overhaul since The Merge. It aims to fundamentally enhance L1 performance and architecture to prepare for substantial capacity increases. The upgrade centers on three core changes: 1. **Enshrined PBS (ePBS - EIP-7732):** Integrates the Proposer-Builder Separation directly into the protocol, eliminating reliance on external relays. This extends the window for processing execution payloads, allowing nodes more time to handle larger blocks and more data, paving the way for a higher Gas Limit. 2. **Block-Level Access Lists (BALs - EIP-7928):** Provides a pre-declared "map" in the block header of all state data (accounts, storage) that transactions will access and modify. This enables potential parallel transaction processing and faster state synchronization for nodes. 3. **Gas Repricing (EIP-8037):** Overhauls the gas model to more accurately reflect the real resource costs for nodes. It separates computation costs from state storage costs, making operations that create permanent state data (like new accounts) more expensive, while computation-heavy operations become relatively cheaper. These changes work together to solve the trilemma of scaling: giving nodes more time to process larger blocks (ePBS), reducing execution bottlenecks (BALs), and controlling unsustainable state growth (Gas Repricing). The goal is a credible path to a higher Gas Limit (e.g., 200M gas) without compromising decentralization by overburdening node hardware. For users: * Transaction fees for simple transfers may decrease and become more stable due to increased block space, but state-intensive operations (contract deployment) may cost more. * Gas estimation by wallets will improve in accuracy. * L2 data posting costs could become more stable long-term due to increased Blob capacity. * EIP-7708 will standardize logs for ETH transfers, improving tracking for wallets and exchanges. Node operators must upgrade clients, but ETH holders need take no action. In essence, Glamsterdam doesn't just raise the block size limit; it re-engineers Ethereum's core block production, execution, and economic models to enable sustainable, decentralized scaling.

marsbit07/02 05:17

The Largest Upgrade Since The Merge? How Glamsterdam Will Affect Ethereum?

marsbit07/02 05:17

Ethereum's Next Stop Glamsterdam: The Core Upgrades You Must Know

The Glamsterdam upgrade, scheduled for late 2026, is a major Ethereum hard fork combining the Amsterdam execution layer and Glasgow consensus layer updates. Its primary goal is not simply increasing throughput but restructuring Ethereum's block production, validation, and resource pricing to enable future scaling. Key technical changes include **EIP-7732 (ePBS)**, which formally enshrines proposer-builder separation into the protocol. This decouples consensus and execution tasks, extending the execution payload propagation window to ~9 seconds. This provides more time for node verification, allowing for safer increases in block capacity (Gas limit) in the future. Another core component is **EIP-7928 (Block-Level Access Lists - BAL)**. It mandates a list of all state accessed within a block, moving this feature from an optional transaction-level (EIP-2930) to a mandatory block-level requirement. This explicit access list enables client optimizations like parallel disk reads and state root computations, paving the way for parallel execution. To manage long-term state growth, **EIP-8037** increases the cost of creating new state (e.g., accounts, storage slots), separating the pricing of permanent database bloat from temporary computation. This allows execution capacity to scale more aggressively without causing state size to explode proportionally. The planned upgrade bundle includes around 10 EIPs categorized into: 1) Core protocol restructuring (ePBS, BAL), 2) Resource pricing adjustments (state costs, calldata costs), and 3) EVM/developer improvements. Several other EIPs, including those potentially improving staker exit liquidity (EIP-8061, EIP-8080), are under consideration. The technical development coincides with significant personnel changes within the Ethereum Foundation's Protocol team. The Foundation's official communications frame this as part of a broader shift towards a "coalition of organizations" working on the Ethereum roadmap, citing new entities like ethlabs and the Ethereum Economic Zone. In summary, Glamsterdam represents a foundational re-engineering of Ethereum's block pipeline and economic model—focusing on ePBS, BAL, and multi-dimensional resource pricing—to prepare the network for sustainable, high-throughput scaling in the years ahead.

Foresight News06/23 09:20

Ethereum's Next Stop Glamsterdam: The Core Upgrades You Must Know

Foresight News06/23 09:20

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