Canaan Avalon Q, Nano 3, Nano 3S
Canaan Avalon Q / Nano Series Profitability Calculator
Estimate daily profit for each compact home-mining model below. Enter your electricity price and the current SHA-256 revenue per TH/s/day — you can look up today's figure on WhatToMine and type it in below.
| Model | Hashrate | Power | Daily revenue | Daily power cost | Daily profit | Custom Firmware |
|---|
Estimates only. Actual earnings vary with network difficulty, pool luck, coin price movements, and firmware/overclock tuning. Specifications are compiled from retailer listings and third-party reviews (no single official datasheet confirmed every figure) — verify exact numbers for your specific unit/batch with the manufacturer before purchase.
What Is the Profit Calculator for Canaan Avalon Q / Nano Series
The table below lists the technical specifications of Canaan's compact home-mining lineup — the Avalon Q and the Nano 3/3S — bridging the gap between industrial-scale ASICs and simple, quiet, low-power home devices.
ASIC Model series: | ASIC Release: | Hashrate: | ASIC Power: | ASIC Algo: | Custom Firmware: |
 Canaan Avalon Q | 2025 | 90 Th/s | 1674 | SHA-256 | Custom FirmWare download |
Canaan Avalon Nano 3 | 2025-2026 | 4 Th/s | 140 | SHA-256 | Custom FirmWare download |
Canaan Avalon Nano 3S | 2025-2026 | 6 Th/s | 200 | SHA-256 | Custom FirmWare download |
Modified ASIC Firmware for Canaan Avalon Q and Nano series (all types) (all types)
(10-20% improvement) download here
Canaan Avalon Q and Nano Series
Released in 2025, the Avalon Q was positioned by Canaan as a bridge between industrial-scale mining hardware and the growing home mining market, offering a meaningfully quieter and more compact form factor than full-size industrial ASICs while still delivering a respectable SHA-256 hashrate. The even smaller Avalon Nano 3 / Nano 3S models go further, targeting hobbyist and heater-replacement use cases with very low power draw.
SHA-256 Algorithm in a Compact Form Factor
Despite their small size, these machines still mine using the standard SHA-256 algorithm, contributing their hashrate directly to a mining pool just like their industrial-scale counterparts, simply at a much smaller and quieter scale.
The Avalon Q / Nano series operates within the following approximate technical parameters:
Algorithm: SHA-256
Supported Coins: Bitcoin (BTC), Bitcoin Cash (BCH), and other SHA-256 coins
Hashrate Range: approximately 4 TH/s (Nano 3) to 90 TH/s (Avalon Q)
Power Consumption Range: approximately 140 W to 1674 W
Release Period: 2025-2026
Cooling System: air-cooled, designed for quiet residential operation
Network Connection: Wi-Fi / Ethernet
Use Case: home mining, hobbyist mining, some Nano units double as a small-room heater
Why Home Miners Choose the Avalon Q / Nano Series
Unlike industrial 3+ kW machines, the Avalon Q and Nano series are designed to run comfortably in a home office or living space — low enough noise and heat output to avoid disrupting daily life, at the cost of significantly lower absolute hashrate and therefore lower absolute returns in TH/s terms.
What Users Say About the Avalon Q / Nano Series
Home-mining communities generally view compact machines like the Avalon Q and Nano series as more of a hobby/educational purchase than a serious profit vehicle at current network difficulty, though the heater-replacement angle of the Nano series (turning unavoidable electricity cost into partial Bitcoin mining revenue) is frequently cited as the main practical appeal.
Custom Firmware for Avalon Q / Nano Series
Firmware customization options for compact home-mining ASICs are generally more limited than for industrial machines, since manufacturers lock down these consumer-oriented devices more tightly, but tuning community interest tends to grow as a model gains wider adoption.
Who Should Consider the Avalon Q / Nano Series
These machines suit hobbyists, students learning about mining economics, or anyone who wants a quiet, low-power introduction to Bitcoin mining without the noise, heat, and electrical infrastructure demands of a full industrial ASIC.
