Ethereum, the world's leading programmable blockchain, is a vast network of interconnected data blocks. Each block contains a record of transactions, smart contract interactions, and other vital network activity. Examining a single block in detail provides a fascinating snapshot of the entire ecosystem's health and operation at a specific moment in time.
This analysis breaks down Ethereum Block #22,209,514, which was successfully mined on April 6, 2025. We will explore its key components, from the miner's rewards to the intricate details that ensure the blockchain's security and integrity.
Key Metrics and Overview
Block 22,209,514 was added to the Ethereum blockchain at 11:16:47 UTC on April 6, 2025. It represented a significant bundle of network activity, encapsulating a series of transactions into a permanent record.
- Total Value Transferred: The block facilitated the movement of 9.3604 ETH, which had a market value of approximately $16,723.07 at the time of mining.
- Transaction Volume: It contained 167 individual transactions.
- Average Transaction Value: The average value per transaction in this block was 0.0561 ETH (about $100.14).
- Miner: The block was mined by an address identified as
0x95...afe5. - Mining Reward: The miner earned a total reward of 0.01373 ETH ($24.53), which was composed of a base block reward and fees from the transactions included.
Detailed Block Specifications
The technical data of a block acts as its unique fingerprint, linking it securely to the chain that came before it and ensuring its data cannot be altered. Here are the critical specifications for this block.
Core Identifiers
- Hash:
0xe77...2b818(A unique cryptographic identifier for this specific block) - Parent Hash:
0x783...f381e(The hash of the immediately preceding block, creating the chain) - State Root:
0xe1e...f2e0e(A hash representing the entire state of the Ethereum network after this block was applied) - Nonce:
0(A value used in the mining process to find a valid hash)
Network and Size Metrics
- Gas Used: 16,453,990 (45.75% of the block's capacity)
- Gas Limit: 35,964,638 (The maximum amount of computational work allowed in the block)
- Block Size: 82,131 bytes
- Difficulty: 0.00000 (Post-merge, Ethereum uses a proof-of-stake consensus mechanism, hence the zero difficulty)
- Uncles: 0 (No stale blocks were referenced)
Miner Earnings Breakdown
The miner's income for validating this block came from two primary sources:
- Block Reward (Minted): 0.00000 ETH. In Ethereum's proof-of-stake system, new ETH is no longer minted as a block reward for miners (validators).
- Fee Reward: 0.02022 ETH ($36.12). This is the total of priority fees (tips) from all 167 transactions, paid by users to have their transactions included.
- Total Reward: The validator's total income for this block was the sum of the fee reward, amounting to 0.02022 ETH ($36.12).
Understanding Ethereum Block Explorers
Data from individual blocks is publicly accessible through tools known as block explorers. These platforms allow anyone to inspect transactions, view wallet balances, and analyze network activity in real-time. They are essential for transparency, enabling users to verify transactions and developers to debug smart contracts.
For those looking to conduct their own on-chain analysis, block explorers are the primary tool. 👉 Explore real-time blockchain data
Frequently Asked Questions
What is an Ethereum block?
An Ethereum block is a collection of verified transactions and other data that is cryptographically linked to the previous block, forming a continuous chain. Each new block strengthens the security of all previous blocks.
How do validators earn ETH after The Merge?
Since Ethereum transitioned to proof-of-stake, validators (formerly miners) no longer earn block rewards from newly minted ETH. Their income is now solely composed of transaction fees and tips from users who want their transactions prioritized.
What does "Gas" mean in Ethereum?
Gas is a unit that measures the amount of computational effort required to execute specific operations on the Ethereum network. Every transaction or smart contract interaction requires gas, and users pay a gas fee to compensate validators for this energy.
Why is the Parent Hash important?
The Parent Hash is what creates the "chain" in blockchain. By including the hash of the previous block, it creates an unbreakable cryptographic link. Altering any block would require recalculating the hash for that block and every single block that comes after it, which is computationally impossible.
Can I see the transactions inside this block?
Yes. Using a block explorer, you can search for Block #22,209,514 and see a complete list of all 167 transactions that were confirmed within it, including the sending and receiving addresses and the amounts transferred.
What does a 'State Root' do?
The State Root is a cryptographic commitment to the entire state of the Ethereum network—including all account balances and smart contract data—after the block's transactions are processed. It allows for efficient and secure verification of any piece of state data without needing the entire database.