Everyone running an ASIC today started somewhere, and for a growing number of sovereign Bitcoiners that somewhere is a Bitaxe — a single-chip, open-source solo miner small enough to sit on your desk and honest enough to teach you how Bitcoin mining actually works. It is the best learning hardware we know of: cheap to own, simple to run, and built on a fully open design that the wider open-source community pioneered and keeps improving. We stand on those shoulders, and this path is our attempt to hand that knowledge forward.

This is a guided journey, not a wall of theory. Each step below points you to the page on this site that does the heavy lifting, in the order a first-time owner actually needs them. Work through it top to bottom and you will go from “what even is this thing” to running, tuning, and quietly hoping your little machine wins a block. No prior mining experience required — just curiosity and a 2.4GHz WiFi network.

The path at a glance

1. Understand it — what a Bitaxe is and why solo mining matters.
2. Choose it — Gamma or Supra, and which fits you.
3. Buy it — get a real board from people who repair them.
4. Set it up — power on, join WiFi, point it at a pool.
5. Tune it — dial in frequency, voltage, and cooling.
6. Fix it — what to do when something goes wrong.
7. Solo-mine it — chase the block and understand the odds.

Step 1 — Understand what a Bitaxe is

Before you spend a dollar, get the mental model. A Bitaxe is a single ASIC chip salvaged from the open-source design lineage, running open firmware (AxeOS) on an ESP32, hashing real Bitcoin blocks at home power levels. Start with the hub, read the full explainer, then understand the dream that makes it worth doing.

• Bitaxe Hub — the central resource index for everything Bitaxe on this site.
• What Is a Bitaxe? The Complete Guide to Open-Source Solo Mining — the plain-English foundation.
• Solo Bitcoin Mining: The Complete Guide to Lottery Mining — why one chip can still win.

Step 2 — Choose Gamma or Supra

There are two boards most beginners end up deciding between. The Gamma is the newer, more efficient all-rounder and our usual recommendation for a first build; the Supra is the proven, widely documented workhorse. Neither is “wrong” — read the head-to-head, then skim each board’s profile so the specs feel real.

• Bitaxe Gamma vs Supra: Which Single-Chip Solo Miner Should You Buy? — the decision page.
• Bitaxe Gamma — the best all-around starter board.
• Bitaxe Supra — the proven, battle-tested option.

Step 3 — Buy your board

Buy from people who actually open these things up, fix them, and answer your questions afterward. We assemble and test ours by hand, and we will be the same humans helping you in Step 6 when you have a tuning question. There is no rush here — a hand-built board is worth the short wait.

• The Bitaxe — order your board (the recommended starting point for this whole path).
• Where to Buy a Bitaxe in Canada — context on sourcing, authenticity, and what to avoid.

Step 4 — First setup and WiFi

This is the moment most beginners worry about, and it is genuinely the easy part. You power the board, it broadcasts its own setup network, you join it, and you tell it your WiFi and a pool. One honest gotcha: a Bitaxe only speaks 2.4GHz WiFi, so if it will not connect, that is almost always why. We have a whole page for exactly that.

• Bitaxe Setup Guide: Complete Guide for Every Model — your main walkthrough.
• Bitaxe Won’t Connect to WiFi — AxeOS 2.4GHz Setup Fix — the page to keep open if WiFi misbehaves.
• AxeOS Complete Guide: Bitaxe Firmware Settings Explained — every menu and field demystified.

Part of setup is picking where your hashes go. For solo mining you point at a solo pool; the pages below explain the trade-offs honestly.

• Best Mining Pools for Bitaxe — Solo CKPool, OCEAN, Public Pool and more.
• Pool Mining vs Solo Mining: The Complete Decision Guide — steady sats versus the lottery.

Step 5 — Tune it (carefully)

Out of the box your Bitaxe runs at safe stock settings. Once you are comfortable, you can push frequency and voltage for more hashrate — but heat is the enemy, and a hot chip throttles or dies young. Tune in small steps, watch your temperatures, and treat cooling as part of tuning, not an afterthought. Our power-profiles database gives you real reference points instead of guesswork.

• ASIC Miner Power Profiles Database — reference frequency/voltage/efficiency data to tune against.
• Bitaxe Cooling Solutions: Complete Thermal Management Guide — the other half of safe overclocking.

Step 6 — When something goes wrong

Hardware breaks; that is normal, and it is not a sign you failed. The whole point of an open board is that it is repairable — by us, and eventually by you. If your board stops hashing, runs hot, or will not power up, start at the repair hub and follow the symptom. This is the same diagnostic flow our own bench uses.

• Bitaxe Repair & Diagnostics — The Complete Guide — the vertical that triages every fault.
• Overheating, Throttling & VRM/Power Faults — diagnose and fix thermal trouble.
• Bitaxe Board Anatomy & ASIC Chip Reference — know what each part does before you probe it.
• ASIC Miner Fault Finder & Error Code Database — look up symptoms and error codes across all hardware.

Step 7 — Live the solo-mining dream

Here is the honest truth we will never sugarcoat: one Bitaxe winning a block is a long-odds lottery, and you should run it because the act of pointing real hashpower at the network — verifying, decentralizing, participating — is its own reward. Every hash counts. Use the probability calculator to set realistic expectations, then watch the tracker to see that long shots do, in fact, come in.

• Solo Mining Probability Calculator — see your real odds, clearly.
• Bitaxe Block Wins Tracker — every solo block a Bitaxe has actually found.

Where to go after your first Bitaxe

Once a Bitaxe has taught you AxeOS, pools, tuning, and repair, you are no longer a beginner — you are a miner. From here the world opens up: bigger industrial ASICs, open firmware, and building your own knowledge base. These are the next rungs on the ladder, all built on the same open-source, decentralization-first philosophy your Bitaxe started with.

• DCENT_OS — Open-Source Mining Firmware — our closed-beta firmware for full-size ASICs (one more layer decentralized).
• DCENT_axe — the Rust Bitaxe firmware with AI control, for when you want to go deeper on your own board.
• Open-Source Bitcoin Mining Firmware Options — the broader landscape, credited and explained.
• Universal ASIC Bitcoin Miner Spec Database — the reference you will lean on as your fleet grows.

That is the whole path. Take it at your own pace, skip nothing critical, and remember that the people who built the open-source design and the firmware did the hard part — we are just lighting the trail. When you are ready, grab a Bitaxe and start at Step 1.