Ethereum remains one of the most widely used blockchain networks in the world, powering decentralized applications, smart contracts, and a vast ecosystem of digital assets. Each block mined on the Ethereum network contains valuable data that reveals insights about transaction activity, miner rewards, gas usage, and overall network health. This article explores the details of Ethereum Block 22,672,649, mined on June 10, 2025, offering a comprehensive breakdown of its structure, economic impact, and technical characteristics.
By analyzing real-world block data, we can better understand how Ethereum functions at a granular level—information that’s essential for developers, investors, and blockchain enthusiasts alike.
Overview of Ethereum Block 22,672,649
Mined on June 10, 2025, at 07:24:11 UTC, this particular block provides a snapshot of Ethereum’s activity during that time. It includes 193 transactions and 82 internal transactions, with a total value of 296.8108 ETH, equivalent to approximately $796,551** at the time of mining. The average transaction value was **1.5379 ETH ($4,127.21), indicating a mix of large transfers and smaller retail movements.
The block was validated by an unknown miner associated with the address 0x4838b106fce9647bdf1e7877bf73ce8b0bad5f97, who earned a base reward of 0.02 ETH ($53.67)** plus **0.0506 ETH ($135.80) in transaction fees—a total compensation of 0.0708 ETH ($189.47).
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Key Metrics Summary
- Block Height: 22,672,649
- Timestamp: June 10, 2025, 07:24:11 UTC
- Miner Address:
0x48...5f97 - Total Transactions: 193
- Internal Transactions: 82
- Total Value Transferred: 296.8108 ETH (~$796,551)
- Average Transaction Value: 1.5379 ETH
- Block Reward: 0.02022 ETH
- Fee Reward: 0.05063 ETH
- Gas Used: 19,536,685 (54.16% of limit)
- Gas Limit: 36,070,344
These metrics reflect normal network operations with moderate gas utilization and no uncle blocks—indicating efficient consensus and stable network conditions.
Technical Details of the Block
Each Ethereum block is secured through cryptographic hashing and contains metadata crucial for maintaining chain integrity.
Hash & Chain Linkage
- Block Hash:
0xacb...64fb8 - Parent Hash:
0xcc6...69e98 - Sha3Uncles:
0x1dc...49347
The parent hash links this block to the previous one in the chain, ensuring chronological continuity. The absence of uncle blocks (indicated by "Uncles: 0") suggests smooth mining without temporary forks.
State and Validation
- State Root:
0xd3e...fa7a2— This represents the root hash of the Merkle Patricia Trie encoding the entire state after applying all transactions in the block. - Nonce:
0— Used in proof-of-work validation; though Ethereum has transitioned to proof-of-stake, legacy fields may still appear. - Depth: 172,640 confirmations — Reflects how deeply embedded the block is in the blockchain, making it highly secure against reorganization.
Network Capacity and Performance
- Capacity Utilization: 6.66% — Indicates low congestion and ample room for more transactions.
- Distance Since Last Block: 24 days, 3 hours, 10 minutes — This unusually long interval raises questions about data labeling or potential misattribution but does not align with typical Ethereum block intervals (average ~12 seconds).
⚠️ Note: The reported “distance” of over 24 days contradicts Ethereum’s standard block time. This may be an error in data presentation or refer to another metric such as finality delay or explorer processing lag.
Economic Insights from Transaction Activity
The total value moved in this block—nearly 300 ETH—highlights significant financial activity within a single confirmation window. With an average transaction size of over 1.5 ETH, it suggests dominance by institutional or high-net-worth transfers rather than microtransactions.
However, the median transaction value is listed as 0.00000 ETH, which implies many transactions involved contract interactions with zero-value payloads—common in DeFi operations like approvals, staking, or governance voting.
Miner Revenue Breakdown
Miners (or validators post-Merge) earn income from two sources:
- Base Block Reward: Fixed amount awarded for proposing a valid block.
- Transaction Fees: Paid by users to prioritize their transactions.
In this case:
- Base Reward: 0.02 ETH
- Fee Reward: 0.05063 ETH
This means over 70% of the validator's income came from fees—emphasizing the importance of transaction demand in securing the network economically.
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Understanding Gas Usage and Efficiency
Gas is the unit measuring computational effort on Ethereum. Efficient gas use ensures lower costs and faster processing.
- Gas Used: 19,536,685 units
- Gas Limit: 36,070,344 units
- Utilization Rate: ~54.16%
This moderate usage indicates healthy network performance—neither congested nor underutilized. Users likely experienced standard confirmation times without needing to pay excessive priority fees.
Developers optimizing smart contracts should aim to keep individual transaction gas costs low to improve user experience and reduce barriers to entry in dApps.
Frequently Asked Questions (FAQ)
What is an Ethereum block?
An Ethereum block is a collection of transactions bundled together and added to the blockchain by validators. Each block contains metadata like timestamps, hashes, and state roots to ensure security and immutability.
Why is the median transaction value zero?
Many Ethereum transactions involve smart contract interactions (e.g., token approvals or NFT minting) that transfer zero ETH but still require gas. These zero-value transactions pull the median down even when large transfers occur.
How do miners earn rewards?
Validators earn rewards through newly minted ETH (block reward) and transaction fees from included transactions. Post-Ethereum Merge (PoS), these are distributed to stakers instead of miners.
What does "uncle reward" mean?
Uncle blocks are valid orphaned blocks that didn't make it into the main chain but are referenced for additional security. They're more relevant in proof-of-work systems; currently, Ethereum rarely sees uncles due to its proof-of-stake design.
Is Ethereum still using proof-of-work?
No. Since The Merge in September 2022, Ethereum operates on a proof-of-stake (PoS) consensus mechanism. The term "miner" here refers to legacy terminology; technically, these are now validators.
How can I explore Ethereum blocks myself?
You can use blockchain explorers like Etherscan or OKX’s built-in tools to view live blocks, track transactions, analyze gas trends, and monitor wallet activity across multiple chains.
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Conclusion
Ethereum Block 22,672,649 offers a detailed glimpse into the inner workings of one of the world’s most advanced decentralized networks. From transaction volume and fee distribution to gas efficiency and cryptographic integrity, every element plays a role in maintaining trustless consensus.
Understanding such blocks empowers users to make informed decisions—whether you're building dApps, investing in crypto, or simply exploring how blockchain technology transforms finance.
As Ethereum continues to evolve with upgrades like EIP-4844 (Proto-Danksharding) improving scalability, staying informed about on-chain dynamics becomes increasingly valuable.
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