Choose Your Mining Approach
ETC supports both GPU and ASIC mining via the ETChash algorithm. Every scale of operation has a valid entry point — from a single home rig to grid-scale industrial deployment.
GPU vs ASIC
Both are valid. Your choice depends on how you value flexibility, efficiency, and capital exposure.
GPU Mining
NVIDIA & AMD
Multi-algorithm flexibility
Repurpose hardware if ETC economics shift. GPUs mine dozens of algorithms.
Lower barrier to entry
NVIDIA and AMD cards available at consumer retail. No MOQ, no bulk order.
Resale value
Gaming and compute demand provides a secondary market. ASICs have no resale outside crypto mining.
Home-scale viable
A single GPU rig generates meaningful revenue at home without industrial power infrastructure.
Incremental scaling
Add cards to a rig or add rigs one at a time. No minimum commitment.
Best for
Home miners, hobbyists, operators who want optionality, and those in markets with consumer GPU access.
ASIC Mining
ETChash-dedicated silicon
Peak ETChash efficiency
Purpose-built silicon achieves hashrates impossible with GPUs at equivalent power draw.
Lower power per MH/s
Industrial ASIC operations have dramatically lower electricity cost per unit of security produced.
Predictable output
ASICs run one algorithm at a fixed rate. No driver issues, no gaming workload competition.
Datacenter-ready form factor
Rack-mountable units designed for density. Purpose-built for 24/7 continuous operation.
Manufacturers on ETC
Bitmain, Jasminer, iPollo, and Innosilicon all produce ETChash-compatible ASICs.
Best for
Industrial operators, stranded energy deployments, and anyone maximizing hash per watt at scale.
ETChash ASIC Manufacturers
These manufacturers produce hardware purpose-built for ETChash.
ASIC Manufacturers
Dedicated vs Flexible Load
How you operate matters as much as what hardware you run.
Dedicated Mining
Always-on operations targeting maximum uptime. Best for stable, low-cost power contracts where curtailment isn't needed. Industrial ASIC farms typically operate this way — fixed capacity, predictable revenue, optimized power agreements.
- + Maximum hash output per installation
- + Simpler operations, minimal management overhead
- + Predictable revenue modeling
- − Full exposure to power price spikes
- − No ability to monetize grid flexibility services
Flexible Load Mining
Operations that curtail mining during expensive grid hours and ramp up during cheap or stranded periods. Natural fit for co-located renewable energy, flared gas monetization, or grid-balancing contracts. The miner acts as a dispatchable load — valuable to grid operators.
- + Captures cheapest available energy
- + Grid services revenue potential (demand response)
- + Ideal for stranded/curtailed renewable sources
- − Lower average uptime reduces gross hash output
- − Requires automated monitoring and control systems
Scale Considerations
Each scale of operation has a distinct profile, cost structure, and pool strategy.
Scale vs Strategy
GPU vs ASIC Decision Matrix
GPU
ASIC
Ready to mine?
Use the hardware guide to compare specific units, then the profitability calculator to model returns at your electricity rate.