Ethereum Block 22,613,556: A Deep Dive into Transaction and Mining Data

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Ethereum remains one of the most influential blockchain networks in the world, powering decentralized applications, smart contracts, and a vast ecosystem of digital assets. Every block mined on the Ethereum network tells a story — a snapshot of activity, value transfer, and miner incentives. This article explores Ethereum Block 22,613,556, mined on June 2, 2025, offering a detailed analysis of its key metrics, transaction volume, gas usage, rewards, and more.

Whether you're a developer, investor, or blockchain enthusiast, understanding block-level data enhances your ability to interpret network health and on-chain behavior.


Overview of Ethereum Block 22,613,556

This block was successfully mined on June 2, 2025, at 12:55:11 PM UTC, marking another milestone in Ethereum’s continuous operation. It contains a total of 216 transactions, with 139 internal transactions — indicating significant smart contract interactions within the block.

The total value transferred across all transactions amounted to 23.8758 ETH, equivalent to approximately $60,518.07** at the time of mining. The average transaction value was **0.1105 ETH ($280.18), reflecting typical user activity that includes token swaps, wallet transfers, and contract executions.

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Miner and Reward Breakdown

The block was mined by an anonymous entity identified by the address:
0x4838b106fce9647bdf1e7877bf73ce8b0bad5f97.

Despite being labeled as "Unknown Miner," this participant contributed to Ethereum's consensus mechanism and earned a combined reward of 0.0426 ETH ($107.99). This reward is composed of:

Note: Although the base reward is listed as 0.04 ETH, the total reward exceeds this due to fee accumulation — a common occurrence post-Ethereum's transition to proof-of-stake (PoS), where validators earn both fixed rewards and variable execution fees.

The miner used Titan, a known block-building platform (titanbuilder.xyz), which plays a crucial role in optimizing transaction inclusion and MEV (Maximal Extractable Value) strategies.


Block Metadata Analysis

Understanding the technical structure of a block provides insight into network performance and security.

Hash & Chain Linkage

These cryptographic hashes ensure immutability and chronological integrity across the blockchain. The parent hash links directly to the previous block, maintaining chain continuity.

State Root

This represents the Merkle root of the global state after applying all transactions in the block — essential for light clients and state verification.

Nonce and Proof-of-Work Indicators

These values reflect Ethereum’s shift from proof-of-work (PoW) to proof-of-stake (PoS) under The Merge. Difficulty and nonce are now largely vestigial fields, retained for backward compatibility.


Gas Usage and Network Efficiency

Gas is the unit of computational effort on Ethereum. Efficient gas use indicates healthy network operations.

The block operated at just over half of its gas capacity, suggesting moderate network congestion — ideal for timely confirmations without excessive fees. With 216 transactions processed, each consuming an average of ~87,421 gas units, this reflects standard ERC-20 transfers and lightweight contract calls.


Transaction Insights

The median value being zero suggests many internal calls involved zero-value messages — commonly seen in contract logic execution (e.g., approvals, balance checks).

Despite fluctuations in ETH price since mining, the current valuation of transferred assets stands at $61,013.97, showing slight appreciation over time.


Blockchain Context and Confirmation Depth

At the time of analysis:

This depth confirms the block’s finality — it is deeply embedded in the chain and effectively irreversible.

Additionally, there were:

Uncle blocks are a legacy feature from PoW Ethereum; their absence further supports the ongoing PoS reality.


Frequently Asked Questions (FAQ)

Q: What does "Unknown Miner" mean in Ethereum block explorers?

A: After Ethereum's transition to proof-of-stake, validators replace miners. An "Unknown Miner" typically refers to a validator whose identity isn’t publicly linked to a known staking pool or service. Their rewards go to an Ethereum address not associated with any identifiable entity.

Q: Why is the difficulty listed as zero?

A: Post-Merge Ethereum uses proof-of-stake instead of proof-of-work. Difficulty and nonce are deprecated fields used only for historical continuity. They no longer influence block creation.

Q: How are transaction fees distributed in Ethereum now?

A: Base fees are burned (per EIP-1559), while priority fees (tips) go to validators who include transactions in blocks. In this case, the validator earned 0.05261 ETH in tips as part of their total reward.

Q: What is Titan Builder and why does it matter?

A: Titan is a leading block-building service that optimizes transaction ordering for maximum profitability and efficiency. Its use indicates professional-grade infrastructure involvement in block production.

Q: Can I track similar blocks in real time?

A: Yes — using blockchain explorers or analytics platforms, you can monitor live Ethereum blocks, gas trends, validator activity, and transaction flows.

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These terms reflect common queries from users seeking technical insights into Ethereum’s operation and performance metrics.


Final Thoughts

Block 22,613,556 serves as a microcosm of Ethereum’s broader functionality — showcasing secure consensus mechanisms, efficient transaction processing, and transparent reward distribution. As the network evolves with upgrades like Dencun and proto-danksharding, granular data like this becomes increasingly valuable for developers and analysts alike.

Whether you're auditing smart contracts, analyzing validator behavior, or simply learning about how blocks are structured, each piece of metadata contributes to a deeper understanding of decentralized systems.

👉 Stay ahead with real-time blockchain insights and monitor Ethereum’s evolving network dynamics today.