Blockchain technology continues to evolve, and Ethereum remains one of the most dynamic and widely used networks in the ecosystem. In this article, we take an in-depth look at Ethereum block 22827849, analyzing its key metrics, transaction activity, validator details, and economic implications within the broader context of the network's performance.
Whether you're a developer, investor, or blockchain enthusiast, understanding real-time block data helps uncover trends in user behavior, network congestion, and gas efficiency—critical insights for navigating the decentralized web.
Block Summary at a Glance
Block 22827849 was successfully mined on July 2, 2025, at 08:05:23 UTC, approximately three hours before this analysis. This section outlines the fundamental attributes of the block:
- Block Hash:
0xc44b2f311dd88984720b2407bd62f2f7b13f2148839650659b759149464418d0 - Confirmations: 1,142
- Parent Block Hash: 0xfea7c5a6d1262bf1c585f2a68ca1a676b666b5459791ffcdf24687fea14be6e7
- State Root:
0x437ace1767cfa011cfa682fabe031087bbda4a8bdd4c2121c8601d4f4f2022dc - Withdrawals Root:
0xee767764232584b452036f9efaac546de7f2a51603c6899e7f612b8e6685c8b7 - Nonce: 0
These cryptographic identifiers ensure data integrity and immutability across the chain, allowing nodes to verify historical records with precision.
Transaction Volume and Activity Breakdown
One of the most telling indicators of network usage is transaction volume. Block 22827849 contains a robust mix of on-chain activities:
- Regular Transactions: 183
- Internal Transactions: 2,131
- Token Transfers: 270
- NFT Transfers: 3
- Withdrawal Transactions: 16
👉 Discover how high transaction throughput impacts wallet performance and dApp responsiveness.
The presence of over two thousand internal transactions suggests significant smart contract interactions—common during DeFi operations such as yield farming, swaps, or liquidity pool adjustments. Meanwhile, NFT transfers, though minimal in count, reflect continued activity in digital collectibles and Web3 gaming ecosystems.
Validator and Block Production Details
Post-Merge Ethereum operates under proof-of-stake (PoS), where validators—not miners—produce blocks. The validator responsible for this block is identified by the address:
0xdadb0d80178819f2319190d340ce9a924f783711
This validator earned a total block reward of 0.026640715983059993 ETH, composed of:
- Base Reward: 0 ETH (typical in PoS post-EIP-1559)
- Priority Fees (Tips): +0.037783548689353054 ETH
- Burned Fees: –0.011142832706293059 ETH
Thus, net earnings reflect the difference between collected tips and burned base fees—a core mechanism of Ethereum’s deflationary economics.
Additionally, the extra data field reveals: BuilderNet (Beaver) (0x4275696c6465724e6574202842656176657229)
This indicates the block was likely proposed by a specialized block-building service, enhancing MEV (Maximal Extractable Value) efficiency and inclusion speed.
Gas Metrics: Efficiency and Cost Analysis
Gas usage is crucial for assessing network health and user experience.
- Gas Limit: 36,000,000
- Gas Used: 23,953,557 (66.54% of limit)
- Gas Target Utilization: 59.69%
- Average Gas Price: 1.577 Gwei (0.000000001577366931 ETH)
- Base Fee per Gas: 465.18 Mwei (0.000000000465184887 ETH)
With gas utilization slightly above target, the network shows moderate demand without congestion. The relatively low average price benefits users executing standard transfers or interacting with cost-sensitive dApps.
Importantly, 0.011142832706293059 ETH was burned due to EIP-1559, directly reducing circulating supply and contributing to long-term scarcity dynamics.
Technical Specifications
Additional technical parameters provide deeper insight into block structure and scalability:
- Block Size: 205,507 bytes
- Total Difficulty: Not applicable (PoS chain)
- Blob Transactions: 0
The absence of blob transactions confirms no use of EIP-4844 (Proto-Danksharding) in this block—an expected observation given gradual adoption across rollups and Layer 2 solutions.
👉 Learn how emerging scaling upgrades like EIP-4844 are shaping Ethereum’s future throughput.
Frequently Asked Questions (FAQ)
What does "confirmations" mean in Ethereum?
Confirmations refer to the number of blocks added after a given block. With 1,142 confirmations, block 22827849 is deeply secured and irreversible under normal network conditions.
Why is there no total difficulty?
Total difficulty was relevant in proof-of-work Ethereum. Since The Merge, Ethereum uses proof-of-stake, making total difficulty obsolete.
How is the block reward calculated post-Merge?
Validators earn rewards from priority fees (tips) attached to transactions. A portion of the base fee is burned, while tips go to the validator as incentive for timely block production.
What are internal transactions?
Internal transactions are value transfers triggered by smart contract execution (e.g., a contract sending ETH). They aren't recorded directly on-chain but are derived through transaction traces.
What is the significance of the "extra data" field?
This field allows proposers to include metadata—such as client software or builder identity. Here, it identifies BuilderNet (Beaver), suggesting advanced block construction techniques.
Are NFT transfers included in token transfers?
Yes. NFT transfers are a subset of token transfers involving non-fungible tokens (ERC-721 or ERC-1155). They appear separately for easier tracking.
Core Keywords Integration
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These terms support visibility across queries related to real-time Ethereum analytics, educational content, and developer research.
Final Thoughts
Block 22827849 exemplifies the maturity and complexity of modern Ethereum operations. From efficient gas pricing to sophisticated validator infrastructure and diverse transaction types, each element reflects the network’s evolution toward scalability, security, and sustainability.
As Layer 2 adoption grows and new protocol upgrades roll out, monitoring individual blocks will remain vital for diagnosing trends, optimizing dApp performance, and making informed investment decisions.