September 17, 2025
Bitcoin Miner Reviews 2025 – Quiet Home Devices
Looking for honest, noise‑tested home bitcoin miner reviews? This 2025 hub compares quiet, apartment‑friendly miners across SHA‑256, Scrypt, Etchash (ETC) and ZK (Aleo). Every review includes measured noise in dB at 1 m, real power at the wall (W), heat (BTU/h), hashrate (TH/s • GH/s • MH/s) and efficiency (J/TH or J/MH), plus setup steps, pool examples and a clear “who it’s for.” Start with Top Picks for quick recommendations, or jump straight to SHA‑256 and Scrypt if you already know your algorithm. New to mining? The Buying Guide explains what matters for apartments—noise limits, electricity cost and networking—while How We Test shows our measurements. Browse with confidence and find a quiet miner that fits your space and tariff.
Jump to:
Top Picks (2025)
Fast answers for busy buyers. These six cover most home use‑cases; full details on each review page.
- Avalon Nano 3S — Best “mini‑heater” (SHA‑256)
6 TH/s · ~140 W · ~33–40 dB. Quiet; warms a small room while mining BTC/BCH.
- Avalon Nano 3S — Best “mini‑heater” (SHA‑256)
- Bitaxe Gamma — Best for learning (open‑source)
~1.0–1.2 TH/s · ~20–35 W · Wi‑Fi. DIY‑friendly; great first SHA‑256 miner.
- Bitaxe Gamma — Best for learning (open‑source)
- Braiins Mini Miner BMM‑101 — Best plug‑and‑play SHA‑256
~1 TH/s · ~35–40 W · Ethernet. Clean UI; easy setup.
- Braiins Mini Miner BMM‑101 — Best plug‑and‑play SHA‑256
- Goldshell Mini‑DOGE II — Best apartment Scrypt (LTC + DOGE)
420 MH/s @ 400 W or 335 MH/s @ 260 W · ≤35 dB. Dual‑mode flexibility.
- Goldshell Mini‑DOGE II — Best apartment Scrypt (LTC + DOGE)
- Jasminer X16‑Q — Quiet ETC (Etchash) choice
~1.95 GH/s · ~620 W · ~40 dB. “Set‑and‑forget” for Ethereum Classic.
- Jasminer X16‑Q — Quiet ETC (Etchash) choice
- Goldshell AE Box II — Easy Aleo (ZK) starter
~54 MH/s · ~530 W · Wi‑Fi/Ethernet. Compact ZK miner.
- Goldshell AE Box II — Easy Aleo (ZK) starter
Browse by Algorithm
SHA‑256 (Bitcoin / BCH)
Looking for quiet BTC mining at home? These balance noise, power draw, and hashrate. See the full category → /reviews/sha256/
- Avalon Nano 3S — 6 TH/s · ~140 W · ~33–40 dB
- Bitaxe Gamma — ~1.0–1.2 TH/s · ~20–35 W · Wi‑Fi
- Braiins Mini Miner BMM‑101 — ~1 TH/s · ~35–40 W · Ethernet
- Bitaxe Hex 701 — ~4.2 TH/s · ~90 W
- NerdAxe rev6 — ~1.0–1.3 TH/s (up to ~1.6) · ~20–35 W
Scrypt (Litecoin + Dogecoin)
Merged mining lets you stack LTC + DOGE together. Full category → /reviews/scrypt/
- Goldshell Mini‑DOGE II — 420/335 MH/s · 400/260 W · ≤35 dB
- Antminer L7/L9 at Home — 9.3–16 GH/s · ~3.0–3.6 kW · ~70–75 dB (garage/utility room recommended)
Etchash / Ethash (Ethereum Classic)
From whisper‑quiet to industrial. Full category → /reviews/etchash/
- Jasminer X16‑Q — ~1.95 GH/s · ~620 W · ~40 dB
- iPollo V1 Mini Classic — ~130 MH/s · ~104 W · compact
- Jasminer X44‑P — ~23.4 GH/s · ~2.34–2.55 kW · loud
ZK (Aleo)
Zero‑knowledge (Aleo) miners focus on proof generation. Full category → /reviews/zk/
- Goldshell AE Box II — ~54 MH/s · ~530 W · Wi‑Fi/Ethernet
Quick Comparison
Use a 3‑column table for phones: Product | Hashrate | Power • Notes.
| Product | Hashrate | Power • Notes |
|---|---|---|
| Avalon Nano 3S | 6 TH/s | ~140 W • ~33–40 dB • mini‑heater |
| Bitaxe Gamma | ~1.0–1.2 TH/s | ~20–35 W • Wi‑Fi • DIY |
| BMM‑101 | ~1 TH/s | ~35–40 W • Ethernet • polished UX |
| Bitaxe Hex 701 | ~4.2 TH/s | ~90 W • ~21–22 J/TH • Wi‑Fi |
| NerdAxe rev6 | ~1.0–1.3 TH/s | ~20–35 W • DIY/open‑source |
| Mini‑DOGE II | 420/335 MH/s | 400/260 W • ≤35 dB • Scrypt |
| Antminer L7/L9 | 9.3–16 GH/s | ~3.0–3.6 kW • ~70–75 dB |
| Jasminer X16‑Q | ~1.95 GH/s | ~620 W • ~40 dB • ETC |
| V1 Mini Classic | ~130 MH/s | ~104 W • compact • ETC |
| Jasminer X44‑P | ~23.4 GH/s | ~2.34–2.55 kW • loud • ETC |
| AE Box II | ~54 MH/s | ~530 W • Wi‑Fi/Ethernet • ZK |
Detailed efficiency (J/TH or J/MH) and noise (dB) live on the individual review pages.
Buying Guide
- Noise (dB): Under ~40 dB ≈ quiet office; 70+ dB = server‑room. See basics on decibel.
- Power cost (kWh): kWh = (W ÷ 1000) × hours. Example: 140 W ≈ 3.36 kWh/day. Learn more about the kilowatt‑hour.
- Heat (BTU/h): 1 W ≈ 3.412 BTU/h. 140 W ≈ ~478 BTU/h—a gentle, useful warmth. What is a BTU?
- Efficiency: SHA‑256 → J/TH; Scrypt/Etchash/ZK → J/MH or J/GH. Lower is better. For a quiet heater‑style pick, start with Avalon Nano 3S. For ultra‑low power learning, see Bitaxe Gamma.
- Connectivity: Wi‑Fi is convenient; Ethernet is steadier (fewer stale shares). If cabling is hard, use a Wi‑Fi→Ethernet bridge.
How We Test
- Power: At the wall with a calibrated meter (24‑h average where possible).
- Noise: A‑weighted at 1 m; we also note tone (hum/whoosh) and placement effects.
- Thermals: Exhaust temp via IR spot; room temp logged.
- Setup: UI clarity, pool config, Wi‑Fi vs Ethernet stability.
- Real‑world examples: Electricity cost at €0.10/0.20/0.30 per kWh; BTU/h equivalence.
- Disclosures: We may earn commissions from links on product pages. We never accept payment for rankings.
Are these miners profitable at home?
It depends on electricity price and coin markets. Treat most picks as learn + stack devices first; check each review’s cost examples.
Which algorithm should I choose?
SHA‑256 = BTC/BCH (quiet mini‑heaters like Nano 3S). Scrypt = LTC+DOGE (merged) with Mini‑DOGE II for apartments. Etchash/Ethash = ETC with quiet X16‑Q. ZK = Aleo with AE Box II.
Do you test noise?
Yes—A‑weighted @ 1 m, and we explain tone/placement tips on each page.
Where are prices?
On product pages—kept fresh per model.
