Elphapex

Explore ElphaPex Miners, featuring high-efficiency ASIC miners like the DG Hydro 1 and DG1 for Dogecoin, Litecoin, and Scrypt algorithm mining. Maximize profitability with cutting-edge technology.

Choose Elphapex mining hardware by the Scrypt performance, electricity demand and cooling your installation can support. The models below include DG2 Mini, DG1S, DG2 and DG2+, giving buyers a practical starting point for a Dogecoin miner or Litecoin miner shortlist. The opening introduction describes the brand; it is not a guarantee of profit. Your actual result depends on electricity costs, pool terms, network difficulty and coin prices.

Elphapex models: where to start

DG2 Mini: a lower-power starting point

The ElphaPex DG2 Mini listing identifies Scrypt, Dogecoin/LTC, air cooling and 530 W power consumption. That is a substantially lower listed load than the larger models discussed below, making it worth considering when power capacity is the main constraint. Lower power does not establish quiet operation or suitability for every room. Check the sound level and operating environment for your planned location.

The Mini's published hashrate entries are inconsistent, so this guide does not quote a rate or efficiency for it. Ask for the exact unit's confirmed specification before comparing revenue estimates. This distinction matters: a lower electricity bill is only one side of the calculation, and a model name alone cannot settle performance.

DG1S: 10 GH/s at a listed 3100 W

The Elphapex DG1S has a documented Scrypt rate of 10 GH/s and power consumption of 3100 W. Dogecoin/LTC is identified in its product data. It belongs on a shortlist for a dedicated installation that can accommodate a continuous multi-kilowatt load. Keep the full DG1S designation when comparing offers; it is not interchangeable with every product carrying a DG1 family name.

DG2+: a higher listed Scrypt rate

The ElphaPex DG2+ lists 20.5 GH/s, 3900 W and four-fan air cooling. Compared with the DG1S figures above, it offers a higher nominal rate and draws more power. Whether that suits your operation depends on the available electrical capacity and the total purchase and running costs. A higher hashrate is not an income guarantee.

DG2: keep the variant separate

The Elphapex DG2 is a separate listing from DG2+. Its recorded noise specification is 75 dB, an important consideration for placement. Treat that as a published figure, not a measurement in your room. Ask for the exact variant's current performance specification when comparing it with other offers, rather than copying DG2+ figures across.

Compare hashrate and efficiency on equal terms

A Scrypt miner should be compared with other Scrypt hardware using matching units and operating modes. Hashrate measures work per second; power consumption determines the electrical load and much of the running cost. The mining glossary explains these terms. Do not rank a Scrypt machine against a Bitcoin miner by the size of the hashrate number: different algorithms measure different work.

For efficiency, divide power by hashrate expressed in consistent units. A lower amount of energy per unit of work is preferable when the comparison is otherwise like-for-like. Use confirmed figures for the exact model, not a family-wide marketing claim. Allow for specification tolerances, operating settings and additional cooling equipment when building a budget.

The Scrypt hardware guide offers further background, while the wider ASIC miner category helps compare other options. Older guides provide context rather than live profitability forecasts; update the inputs before making a purchase decision.

Electricity costs before expected rewards

A simple planning calculation is kilowatts multiplied by operating hours. At a constant 530 W for 24 hours, the Mini would use 12.72 kWh; at 3100 W, DG1S would use 74.4 kWh; at 3900 W, DG2+ would use 93.6 kWh. These are arithmetic examples using the listed power figures, not measured daily consumption. Multiply the appropriate result by your own electricity tariff.

Then include pool fees, downtime and any separate ventilation costs. Check how your chosen pool handles Litecoin and Dogecoin payouts, including any merged-mining arrangements it offers. Use the pool's current documentation for the supported device and firmware. Model a less favourable coin price or higher network difficulty too; neither the hardware specification nor a calculator guarantees payback.

Power, cooling and practical setup

Have a qualified electrician assess the continuous load, supply connections, circuit protection and other equipment sharing the circuit. The electrical connection maintenance guide explains why inspections matter. Confirm the required input and cable arrangement before buying accessories. A plug that physically fits does not establish that the circuit can support the miner.

Give air-cooled equipment a clear intake and exhaust route, with access for cleaning. Avoid feeding warm exhaust back into the intake. If heat reuse is part of your plan, the heat reuse calculator can help explore a scenario, but useful heat depends on the installation and season. Keep cooling requirements in the budget even when heat has a possible secondary use.

Ordering, EU delivery and warranty

Use the miner comparison tool to organise a shortlist, then verify included accessories, setup instructions and warranty conditions for the chosen product. Mineshop offers tracked EU delivery from Ireland and Latvia; the product's current delivery information determines the available arrangement. This guide makes no stock, dispatch-date or arrival-date promise. Keep your invoice and serial number, and check the fault-reporting process before modifying hardware or firmware.