Ethereum Merge Triggers Miner Migration: Ethereum Classic Hashrate Soars 460%

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The Ethereum network successfully completed its Merge on September 15, transitioning from Proof-of-Work (PoW) to Proof-of-Stake (PoS). This historic shift has left Ethereum miners seeking alternative blockchains, triggering a massive migration of hashing power to other PoW networks.

Post-Merge Miner Exodus: Key Developments

Following the Merge, several PoW chains have experienced dramatic increases in network hashrate:

Why Ethereum Classic Became the Top Alternative

Ethereum Classic emerged as the primary destination for displaced ETH miners due to:

  1. Algorithm Compatibility: Uses ETChash, which works with existing ETH mining equipment
  2. Established Ecosystem: Long-standing PoW chain with existing infrastructure
  3. Major Miner Support: Large pools like Ethermine (57 TH/s contribution) have migrated operations

๐Ÿ‘‰ How mining profitability compares across PoW chains

Industry Reactions and Mining Strategies

Several major mining operations had prepared contingency plans pre-Merge:

The EthereumPoW (ETHW) Factor

A significant portion of hashing power remains unallocated, with indications that miners may be:

Market Impact and Future Projections

The hashrate redistribution has caused:

  1. Increased Network Security for recipient chains
  2. Price Volatility for associated tokens
  3. Renewed Interest in PoW alternatives

๐Ÿ‘‰ Complete guide to post-Merge mining opportunities

FAQ: Post-Merge Miner Migration

Q: Can ETH miners use the same equipment for ETC?
A: Yes, Ethereum Classic's ETChash algorithm maintains compatibility with ETH mining rigs.

Q: How long will the hashrate surge last?
A: Network stability typically adjusts within weeks as miners optimize for profitability.

Q: What determines which chain miners choose?
A: Key factors include: coin value, mining difficulty, equipment efficiency, and transaction fees.

Q: Are there risks in switching to new chains?
A: Yes, including lower liquidity, higher volatility, and uncertain long-term viability.

Q: How does Ravencoin differ from Ethereum Classic?
A: RVN uses KawPow algorithm optimized for GPU mining, while ETC uses ASIC-friendly ETChash.

Q: What happens to abandoned ETH mining facilities?
A: Some may repurpose for other chains, while others convert to data centers or sell equipment.

This analysis provides objective observations about current blockchain mining trends without promotional intent.