What to Mine After Ethereum? (Top GPU-Mineable Coins)

Post-Merge Mining Landscape

1. Ethereum’s transition to proof-of-stake eliminated GPU-based mining on its mainnet, reshaping the entire ecosystem for hardware owners.

2. Miners redirected computational resources toward alternative blockchains still relying on memory-hard algorithms like Ethash variants or newer PoW schemes.

3. The shift triggered renewed interest in coins with low entry barriers, stable network difficulty, and active development teams.

4. Market liquidity and exchange support became critical filters when evaluating viable post-Ethereum mining targets.

5. Mining profitability calculators gained prominence as users compared hash rate efficiency across different GPU models and coin protocols.

Ravencoin (RVN)

1. Ravencoin uses the KawPoW algorithm, designed to resist ASIC dominance while maintaining GPU compatibility.

2. Its block time averages one minute, enabling frequent reward distribution and consistent transaction throughput.

3. The asset layer focuses exclusively on asset creation and transfer, attracting niche use cases in tokenized real-world assets.

4. RVN maintains listings on major exchanges including Binance, KuCoin, and Bybit, ensuring reliable sell-side infrastructure.

5. Developer activity remains visible through GitHub commits and community governance proposals tied to protocol upgrades.

Vertcoin (VTC)

1. Vertcoin enforces ASIC resistance via Lyra2REv3, with regular hard forks aimed at neutralizing specialized mining equipment.

2. It supports one-click mining software optimized for NVIDIA and AMD GPUs, lowering technical barriers for newcomers.

3. The project emphasizes decentralization through mechanisms like SegWit adoption and a volunteer-driven node network.

4. VTC has maintained wallet support across desktop, mobile, and hardware platforms without centralizing control points.

5. Block rewards adjust every 10,000 blocks, creating predictable inflation curves aligned with long-term miner incentives.

Conflux Network (CFX)

1. Conflux employs Tree-Graph consensus with PoW elements, allowing GPU miners to contribute to block proposal and verification.

2. Its hybrid architecture enables parallel block processing, increasing effective throughput without sacrificing security assumptions.

3. CFX operates dual chains — Space and Epoch — where mining participation directly influences space allocation and storage rights.

4. The token serves utility roles in decentralized storage, oracle services, and smart contract deployment fees within its ecosystem.

5. Mainnet stability has been demonstrated through sustained uptime metrics tracked publicly by independent monitoring nodes.

Frequently Asked Questions

Q: Does KawPoW require specific GPU memory configurations?A: Yes. KawPoW demands at least 4GB of VRAM for stable operation; cards with less than 3.5GB often encounter DAG file loading failures during epoch transitions.

Q: How does Lyra2REv3 differ from earlier Lyra2 versions used by Vertcoin?A: Lyra2REv3 introduces dynamic memory access patterns and increased sequential memory reads, making cache optimization by ASICs significantly less efficient than GPU-based implementations.

Q: Can Conflux mining rewards be claimed automatically without running a full node?A: No. Claiming CFX mining rewards requires syncing a local node or connecting to a trusted RPC endpoint that supports the eth_getWork interface and reward attribution logic.

Q: Are there known driver conflicts between recent NVIDIA Game Ready drivers and Ravencoin mining software?A: Some versions of NVIDIA driver 535.x introduced timing inconsistencies in CUDA kernel launches, causing intermittent stale shares; reverting to 525.85.12 or using AMD drivers avoids this behavior.