Ethereum, the world's leading programmable blockchain, processes thousands of blocks daily. Each block contains a wealth of data that is crucial for developers, analysts, and enthusiasts. This analysis delves deep into the specifics of Block 22821433, providing a clear breakdown of its structure, transactions, and key metrics to offer valuable insights into network activity at this point in time.
Key Details of Block 22821433
Block 22821433 was validated and added to the Ethereum blockchain, representing a single unit in the chain's continuous history. Here are its core identifiers and attributes.
- Block Height: 22821433
- Block Hash: 0xc62ed4373873170f8c1cddb2d4ae3434f0d0b47bf8bc00bf9cd4da4c079362f8
- Timestamp: Validated on July 1, 2025, at 10:32:47 UTC.
- Confirmations: The block had accumulated 7,547 confirmations at the time of analysis, indicating a high degree of finality and security.
- Validator: The block was proposed by the validator address
0xdadb0d80178819f2319190d340ce9a924f783711.
Transaction Activity and Composition
This block was a hub of diverse on-chain activity, processing various types of transactions that reflect the multifaceted use of the Ethereum network.
The block contained a total of 105 standard transactions. Beyond these, it also processed a significant number of internal transactions (663) triggered by smart contract executions. The movement of digital assets was evident through 195 token transfers and 3 NFT transfers, highlighting activity in both fungible and non-fungible token ecosystems. Additionally, the block included 16 withdrawal transactions, likely related to the release of staked ETH following the network's transition to Proof-of-Stake.
Economic Metrics and Fee Market
The economic activity within a block is defined by gas usage, fees, and rewards, which are essential for understanding network demand and validator incentives.
- Gas Usage: The block consumed 9,660,097 units of gas, which was 26.83% of the total block gas limit (36,000,000). This represented a 35.6% decrease from the network's target gas usage, suggesting a period of lower-than-average demand.
- Gas Fees: The average gas price for transactions in this block was 3.40403406 Gwei. The base fee, which is algorithmically determined and burned, was set at 462.747057 Mwei.
- Block Reward: The validator received a total reward of 0.028413117749213814 ETH. This reward is composed of priority fees from users and newly issued ETH, minus the burned base fee.
- Burned Fees: As part of Ethereum's EIP-1559 fee burn mechanism, a total of 0.004470181457084529 ETH was permanently removed from circulation.
Technical Block Data
Beyond transactions and economics, a block includes technical data that ensures the chain's integrity and continuity.
- Parent Hash: The immediate predecessor of this block was
0xdcc8aa42a1034158206269c02a6e97e09ed4cbabf0616bcbd4519c3f2e5eecbb. - State Root:
0xd3e2bd56cb5b858869585f9df454cec9f94950e070b76d14a950a9c18c6ada5d- a cryptographic fingerprint representing the entire state of the network after this block's execution. - Withdrawals Root:
0xf7d5c211fd194da13622520d387ae238160eb22bb3d7c83bbbf03e328d2b7f86- a root hash for the withdrawals processed in this block. - Extra Data: The block was built by "BuilderNet (Flashbots)", indicating it was likely produced by a specialized builder involved in MEV (Maximal Extractable Value) activities.
- Blob Transactions: This block contained 0 blob transactions, a feature introduced for scaling with EIP-4844.
Frequently Asked Questions
What is a block height in Ethereum?
A block height is a sequential number that identifies a specific block's position in the blockchain. It starts at zero with the genesis block and increments by one for each subsequent block added to the chain.
What do gas fees and the base fee mean?
Gas fees are payments users make to compensate for the computational energy required to process transactions. The base fee is the minimum price per unit of gas set by the network protocol, which is burned. Users can add a priority tip (fee) to incentivize validators to include their transaction faster.
Why is ETH burned, and what is its impact?
ETH is burned through the base fee mechanism of EIP-1559. This process removes ETH from permanent circulation, creating a disinflationary pressure on the asset's supply. Over time, if network usage is high enough, it can even make Ethereum deflationary.
What is a validator in Ethereum?
A validator is a participant in Ethereum's Proof-of-Stake consensus mechanism. They stake ETH to secure the network, propose new blocks, and attest to the validity of blocks proposed by others. In return, they earn rewards for their participation.
What are internal transactions?
Internal transactions are value or data transfers that occur within a smart contract execution. They are not initiated by an external account and are not signed transactions themselves, but rather are triggered as a consequence of a standard transaction calling a smart contract function.
How can I explore more blocks like this one?
To conduct your own analysis of historical or real-time blockchain data, you need a reliable data source. You can explore more strategies for on-chain research using a comprehensive blockchain explorer that provides detailed metrics and transaction histories.