Ethereum, the world's leading programmable blockchain, processes transactions in units called blocks. Each block contains a wealth of data that is critical for network operation, transparency, and analysis. This article provides a comprehensive breakdown of block 22827849, offering insights into its structure, the transactions it contains, and key network metrics at that point in time.
Key Details of Block 22827849
Let's examine the core components that define this specific block on the Ethereum network.
Block Identification and Status
- Block Height: 22827849
- Block Hash:
0xc44b2f311dd88984720b2407bd62f2f7b13f2148839650659b759149464418d0 - Confirmations: 1,142 (at the time of data retrieval)
- Timestamp: July 2, 2025, at 08:05:23 UTC
- Parent Hash:
0xfea7c5a6d1262bf1c585f2a68ca1a676b666b5459791ffcdf24687fea14be6e7
Validator and Rewards
Following Ethereum's transition to Proof-of-Stake (PoS), validators are responsible for proposing new blocks.
- Validator Address:
0xdadb0d80178819f2319190d340ce9a924f783711 - Block Reward: 0.026640715983059993 ETH
This reward is composed of priority fees paid by users, minus the base fee that was burned.
Transaction Activity Summary
This block was a busy one, encapsulating numerous on-chain activities:
- Transactions: 183
- Internal Transactions: 2,131 (actions triggered by smart contracts)
- Token Transfers: 270 (movements of ERC-20 tokens)
- NFT Transfers: 3 (movements of Non-Fungible Tokens)
- Withdrawals: 16 (actions related to validator stake withdrawals)
Understanding Ethereum's Gas and Fees
Gas is the unit that measures the computational effort required to execute operations on the Ethereum network. Users pay gas fees to compensate for the energy required to process and validate their transactions.
Gas Metrics for This Block
- Gas Used: 23,953,557 (66.54% of the block's capacity)
- Gas Limit: 36,000,000 (the maximum gas allowed in a block)
- Base Fee per Gas: 465.184887 Mwei (or 0.000000000465184887 ETH). This mandatory fee is burned.
- Average Gas Price: 1.57736693 Gwei (or 0.000000001577366931 ETH). This is what users actually paid, including the base fee and a priority tip.
The Burn Mechanism
A key feature of Ethereum's post-EIP-1559 fee market is the burning of the base fee. This mechanism removes ETH from circulation, making the network's monetary policy less inflationary.
- Total Fees Burned: 🔥 0.011142832706293059 ETH
Additional Technical Data
Beyond transactions and fees, a block contains other cryptographic data points that ensure the chain's integrity.
- State Root:
0x437ace1767cfa011cfa682fabe031087bbda4a8bdd4c2121c8601d4f4f2022dc - Withdrawals Root:
0xee767764232584b452036f9efaac546de7f2a51603c6899e7f612b8e6685c8b7 - Nonce:
0 - Extra Data:
BuilderNet (Beaver)(0x4275696c6465724e6574202842656176657229). This often indicates the software or entity that built the block. - Blob Transactions: 0 (a transaction type introduced for scaling with EIP-4844)
The Role of a Blockchain Explorer
A blockchain explorer is an essential tool for anyone interacting with Ethereum. It acts as a search engine for the blockchain, allowing users to look up transactions, addresses, blocks, and other on-chain data. By analyzing a specific block, like 22827849, we can gauge network health, congestion, and economic activity. For a deeper dive into real-time blockchain data and advanced analytics, you can explore the latest on-chain metrics.
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. Height 22827849 means this is the 22,827,849th block mined on the Ethereum network since its genesis.
Why are base fees burned?
Burning the base fee (destroying it permanently) helps control Ethereum's inflation. By removing ETH from circulation, it counteracts the new ETH issued as validator rewards, potentially making the network deflationary during periods of high usage.
What is the difference between a transaction and an internal transaction?
A standard transaction is initiated directly by a user from their wallet. An internal transaction is an action that occurs within a smart contract as a result of an initial transaction, such as transferring tokens or executing a complex DeFi swap.
Who is the validator, and what do they do?
In Ethereum's Proof-of-Stake system, a validator is an entity that stakes ETH to participate in securing the network. Their duties include proposing new blocks (like this one) and attesting to the validity of blocks proposed by others.
What does 'Gas Used' percentage mean?
The 'Gas Used' percentage indicates how full the block was. A percentage of 66.54% shows the block had significant activity but was not completely full, which can suggest moderate network demand at that time.
How can I use this block data?
Developers, analysts, and traders use this data to track network performance, estimate transaction fees, audit smart contract interactions, and research market trends based on on-chain activity. To get started with your own analysis, you can view real-time tools and data.