Ethereum continues to power one of the most dynamic ecosystems in the blockchain space, processing thousands of transactions daily. Each block in the Ethereum network tells a unique story about activity, miner rewards, gas usage, and transaction volume. This article explores the details of Ethereum Block 22,300,846, mined on April 19, 2025, offering insights into how blocks function, what metrics matter, and how to interpret on-chain data effectively.
Whether you're a developer, investor, or blockchain enthusiast, understanding block-level data enhances your ability to track network health, analyze transaction trends, and make informed decisions.
Overview of Ethereum Block 22,300,846
Mined at 05:05:11 UTC on April 19, 2025, this particular block provides a snapshot of Ethereum’s real-time activity during that minute. It contains 132 transactions and 56 internal transactions, with a total value of 78.2469 ETH—equivalent to approximately $125,457** at the time of mining. As of current valuations, the same amount is worth around **$199,981, highlighting the impact of price fluctuations on historical data.
The average transaction value was 0.5928 ETH ($950.44), while the median value stood at 0 ETH, indicating that many transactions involved minimal or zero-value transfers—common in smart contract interactions or token approvals.
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Block Mining and Miner Reward Breakdown
The block was mined by an anonymous entity identified only by the wallet address: 0x95...afe5. This miner received a total reward of 0.02 ETH ($32.07), which consisted solely of the base block reward. Notably, there were no additional uncle rewards, as the block had zero uncles.
In addition to the base reward, the miner earned 0.0216 ETH ($34.63) in transaction fees—collected from the 132 transactions included in the block. This fee structure reflects Ethereum's post-merge consensus mechanism, where validators (formerly miners) are compensated through both block rewards and gas fees.
Despite being labeled "Unknown Miner," such addresses often belong to large staking pools or decentralized validator collectives operating under proof-of-stake (PoS), especially after Ethereum’s transition from proof-of-work.
Key Mining Metrics:
- Block Hash:
0xbb2...af924 - Parent Hash:
0xa98...0969b - Nonce: 0
- Depth: 544,724 confirmations
- Total Difficulty: 5.875 × 10²² (legacy PoW metric)
- Uncle Reward: 0 ETH
Even though Ethereum has moved to PoS, some legacy fields like “difficulty” remain for backward compatibility but no longer reflect active mining effort.
Gas Usage and Network Efficiency
Gas is the lifeblood of Ethereum operations—every action on the network consumes gas, priced in gwei. This block utilized 12,165,134 units of gas, operating at 33.79% of the gas limit (36,000,000). This moderate utilization suggests healthy network throughput without congestion.
Lower gas usage can indicate:
- Fewer complex smart contract executions
- Predominance of simple transfers
- Periods of lower demand
Conversely, high gas usage often correlates with NFT mints, DeFi interactions, or network stress events.
With a block size of 70,955 bytes, this block remained compact and efficient—well within optimal limits for fast propagation across nodes.
Transaction Analysis and Value Flow
A total of 78.2469 ETH was transferred across external accounts in this block. Internal transactions—numbering 56—likely represent contract calls or token movements triggered by smart contracts rather than direct user-to-user transfers.
The average transaction value of 0.59278 ETH suggests a mix of retail and institutional activity. However, the median value of 0 ETH reveals that many transactions were likely zero-value messages used for contract logic execution or approval functions.
This dichotomy between average and median values is common in Ethereum blocks and underscores the importance of analyzing both metrics for accurate interpretation.
Blockchain Context and Chain Continuity
This block exists within a continuous chain verified by thousands of global nodes. Its immediate predecessor is Block #22,300,845, maintaining chronological integrity through cryptographic hashing.
Each block references its parent via the Parent Hash, ensuring immutability and resistance to tampering. The State Root (0x48b...5d41e) confirms the final state of all accounts after applying all transactions in the block—an essential component for light clients and verification tools.
Core Blockchain Keywords Identified:
- Ethereum block analysis
- On-chain data
- Transaction fees
- Gas usage
- Block reward
- Blockchain explorer
- Proof-of-stake (PoS)
- Smart contract interactions
These terms naturally align with search intent related to blockchain transparency, crypto analytics, and Ethereum network behavior.
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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 includes metadata such as timestamp, gas used, transaction list, and cryptographic links to the previous block.
Why is the median transaction value 0 ETH?
A median value of 0 ETH means half of the transactions sent no actual ETH—common in internal calls like token approvals or smart contract triggers that don’t transfer native currency.
How are Ethereum block rewards calculated?
Post-merge, validators receive a base issuance reward plus transaction fees (priority fees). In this case, the base reward was 0.02 ETH with an additional 0.0216 ETH in fees collected from users.
What does “capacity” mean in blockchain terms?
Capacity refers to the percentage of available gas used in a block. At 33.79%, this block operated efficiently below full capacity, reducing risk of delays or high fees.
Can I trace who owns the miner address?
No—the address 0x95...afe5 is public but not inherently tied to an identity. While blockchain explorers show transaction history, personal identities remain pseudonymous unless voluntarily disclosed.
Is this data still relevant today?
Yes. Historical blocks help analyze network trends, validate transaction records, audit smart contracts, and understand long-term blockchain behavior—even years later.
Final Thoughts on Blockchain Transparency
Ethereum’s open architecture allows anyone to inspect every block ever mined. Tools like blockchain explorers democratize access to financial data, enabling transparency and trustless verification. Analyzing blocks like #22,300,846 isn’t just technical—it’s foundational to understanding how decentralized networks operate in real time.
From gas efficiency to reward distribution and transaction patterns, each metric offers insight into broader network dynamics.
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