BTC
KAS
KDA
LTC
DOGE
ALPH
ERG
ETHWPoW
ASIC / GPUProof-of-Work Coins
PoW coins use mining to secure the network and create new blocks. Some are ASIC-dominated, while others remain accessible to GPUs.
Coins
Mineable Coins & Crypto Mining Hub
A practical catalog of cryptocurrencies connected with mining, mining hardware and Proof-of-Work algorithms.
Cryptocurrencies differ by consensus model, mining algorithm, hardware requirements and economic design. Some coins are mined with specialized ASIC devices, others remain practical for GPU mining, and many major networks no longer support mining at all because they use Proof-of-Stake or related models.
This ECOS Academy hub helps compare coins that matter to miners: Bitcoin, Litecoin, Dogecoin, Kaspa, Kadena, Alephium, Ergo, ETHW and other networks. Use it as a starting point for understanding which coins are mineable, what equipment they require, how algorithms affect profitability, and where coin research connects with mining hardware, pools and calculators.
Categories of Mineable & Non-Mineable Coins
Coin categories are defined by consensus model, mining hardware, algorithm design and whether the network still creates new coins through mining.
HY
HybridHybrid Coins
Hybrid networks combine PoW, PoS or custom governance models. They may be mineable, but profitability and participation rules differ from classic PoW.
PoS
Non-mineablePoS and Other Non-Mineable Coins
Non-mineable networks rely on staking, validators or delegated consensus. They are relevant to crypto markets but not to mining hardware selection.
ASIC Mineable Coins
ASIC mineable coins usually have mature hardware markets, higher network difficulty and stronger competition for block rewards.
Bitcoin
Bitcoin is the benchmark SHA-256 network and the largest market for ASIC mining. It defines the standard for industrial hashrate, mining pools and halving cycles.
- Equipment
- ASIC
- Profile
- High liquidity, strong ASIC market
Kaspa
Kaspa uses KHeavyHash and has moved from GPU mining toward specialized ASIC competition as network hashrate increased.
- Equipment
- ASIC / GPU
- Profile
- Fast blocks, rising ASIC share
Kadena
Kadena uses the Blake2S algorithm and is mined with dedicated ASIC hardware on a multi-chain Proof-of-Work architecture.
- Equipment
- ASIC
- Profile
- Specialized ASIC ecosystem
Litecoin
Litecoin uses Scrypt and is commonly mined with ASICs. It is also connected to Dogecoin through merged mining.
- Equipment
- ASIC
- Profile
- Scrypt ASIC market
Dogecoin
Dogecoin is mined through Scrypt merged mining with Litecoin, making its economics tightly connected to LTC mining activity.
- Equipment
- ASIC
- Profile
- Merged mining with Litecoin
EthereumPoW
EthereumPoW preserves a Proof-of-Work version of Ethereum-style mining and is mainly relevant for GPU miners.
- Equipment
- GPU
- Profile
- GPU-oriented PoW fork
GPU-Mineable Coins
GPU coins are compared by algorithm, memory requirements, network difficulty, exchange liquidity and how quickly ASICs or FPGAs may enter the market.
Kaspa
Kaspa started as a major GPU mining target before ASIC competition changed its hardware profile.
- Profit factors
- Difficulty trend, ASIC share, liquidity
- Hardware
- GPU / ASIC
Alephium
Alephium uses Blake3 and attracts GPU miners looking for efficient Proof-of-Work alternatives.
- Profit factors
- Efficiency, market depth, emission
- Hardware
- GPU
Ergo
Ergo uses Autolykos and is known for GPU mining, smart-contract features and an active mining community.
- Profit factors
- Memory use, liquidity, difficulty
- Hardware
- GPU
Ravencoin
Ravencoin uses KawPow, a GPU-friendly algorithm designed to resist ASIC dominance.
- Profit factors
- Power draw, exchange access, block rewards
- Hardware
- GPU
Neoxa
Neoxa uses KawPow and combines Proof-of-Work mining with gaming-oriented network ideas.
- Profit factors
- Liquidity, difficulty, community demand
- Hardware
- GPU
Dynex
Dynex uses DynexSolve and appeals to GPU miners evaluating niche algorithms and alternative compute demand.
- Profit factors
- Algorithm support, volatility, pools
- Hardware
- GPU
How to Compare PoW Coins
A mineable coin is not attractive just because it can be mined. Compare technical fit, network economics and market access before choosing hardware or switching algorithms.
Algorithm
The algorithm determines whether a coin fits SHA-256 ASICs, Scrypt ASICs, GPUs or specialized hardware.
Equipment
Hardware availability, efficiency and resale market affect mining risk as much as the coin itself.
Network difficulty
Difficulty and hashrate growth show how competitive block rewards are becoming over time.
Emission model
Halvings, tail emission and reward schedules shape long-term miner revenue.
Liquidity
Exchange depth matters because mined coins usually need to be sold, held or converted.
Profitability
Profit depends on price, rewards, electricity cost, pool fees, uptime and hardware efficiency.
| Coin | Algorithm | Equipment | Emission | Notes |
|---|---|---|---|---|
 Bitcoin | SHA-256 | ASIC | Halving every 210,000 blocks | Most liquid PoW asset and strongest ASIC competition. |
 Litecoin | Scrypt | ASIC | Halving cycle with Scrypt rewards | Often evaluated together with Dogecoin merged mining. |
 Dogecoin | Scrypt | ASIC | Ongoing block rewards | Economics depend heavily on merged Scrypt mining. |
 Kaspa | KHeavyHash | ASIC / GPU | Declining emission schedule | Fast network with evolving ASIC competition. |
 Kadena | Blake2S | ASIC | Long-term PoW emission | Specialized Blake2S ASIC market. |
 Alephium | Blake3 | GPU | Programmatic emission curve | GPU-oriented coin with distinctive architecture. |
Mining Research Links
Coin choice should be connected with hardware, profitability, pools and the fundamentals of Proof-of-Work mining.
Hardware
Mining Hardware
Compare ASIC models, manufacturers and algorithms before choosing a mineable coin.
CalculatorsMining Profitability
Estimate revenue and operating costs before switching to another coin or algorithm.
PoolsMining Pools
Pool fees, payout models and supported coins affect miner results.
EducationWhat is Mining?
Review Proof-of-Work basics before comparing PoW, PoS and hybrid networks.
Reviewed by ECOS mining analystsLast updated: November 2025References official coin documentation, mining pool data and public market research sources
Mineable Coins FAQ
Bitcoin Mining Academy FAQ
Bitcoin, Litecoin, Dogecoin, Kadena and increasingly Kaspa are examples of coins mined with specialized ASIC hardware.
GPU mining candidates include Alephium, Ergo, Ravencoin, Neoxa, Dynex and some networks that have not become ASIC-dominated.
Proof-of-Work uses mining hardware and energy to secure blocks, while Proof-of-Stake uses validators that lock coins as collateral.
Some networks use Proof-of-Stake, delegated consensus or validator systems, so new blocks are created without mining hardware.
PoS and PoW solve network security in different ways. PoS can replace mining for some projects, but PoW remains important for Bitcoin and mining-focused assets.
Profitability changes with price, difficulty, rewards, electricity cost and hardware efficiency. Miners should compare real-time data before choosing a coin.