Bitaxe Bitcoin Mining: the remarkable achievement of a compact device

The Remarkable Feat of a 500 Gh/s Bitcoin Mining Device

On July 24, a Bitcoin mining device with a modest hash rate of just 500 gigahashes per second (Gh/s) accomplished an extraordinary feat by successfully mining a block. Bitcoin mining hardware retailer Altair Technology reported this achievement in a post on X.

The mined block was valued at about $206,000, reflecting Bitcoin’s price at the time. The post read: Congratulations to the miner who likely solo-mined the first BTC block with a Bitaxe at @ckpooldev with approximately 500 Gh hashrate! This public acknowledgment highlights the significance of the achievement within the mining community.

Introducing Bitaxe: A Compact, Powerful Mining Device

The device behind this achievement, known as “Bitaxe,” is manufactured by D-Central Technologies. The YouTube channel “How Much?” demonstrates that Bitaxe is roughly the size of a human hand, underscoring its compact and accessible design.

Despite its small form factor, Bitaxe delivered impressive performance by successfully mining the block. The device was connected to the Solo CKPool node infrastructure service when it completed the mining operation, proving that size is not a limiting factor in Bitcoin mining.

Understanding the Unique Solo CKPool Service

Solo CKPool enables miners to mine independently rather than joining a traditional mining pool. The service clearly states that it “is NOT a pool despite its name,” emphasizing its distinctive approach within mining infrastructure.

This platform allows individual miners to retain full control over their mining operations, making Bitaxe’s solo mining success possible without intermediaries sharing the rewards.

Block Details and the Mining Landscape

Blockchain data shows that Bitcoin block number 853742, mined at 11:43 am UTC on July 24, was produced via Solo CKPool. According to Altair Technology, this block was mined by the 500 Gh/s Bitaxe device.

This achievement highlights the vast difference between the Bitaxe’s hash rate and the total hash power of the Bitcoin network, which stands at 552.49 exahashes per second (Eh/s). That’s 552,490,000,000 Gh/s—or roughly 1.1 billion times the Bitaxe’s hash rate.

Statistically, the Bitaxe had a one-in-1.1-billion chance of mining a block every ten minutes, making this accomplishment especially remarkable and worth celebrating.

The Economics of Solo Bitcoin Mining

Bitcoin miners incur electricity costs whether or not they successfully mine a block, which means they must cover operating expenses independently. As a result, solo Bitcoin mining is often compared to a lottery, where ongoing investment may not yield immediate returns.

For this miner, however, the risk paid off. The strategic choice to mine solo resulted in a substantial reward of about $206,000, illustrating the potential—though rare—for success with solo mining.

A Look at Previous Solo Mining Successes

Similarly, another solo Bitcoin miner succeeded in April using a device with a hash rate of 120 petahashes per second (Ph/s), or 120,000,000 Gh/s—240 times the processing power of Bitaxe.

Despite the significant difference in capacity, the core principle of solo mining remained unchanged: the chance to claim the entire block reward without splitting it with other miners in a pool.

The Debate: Centralization vs. Solo Mining

Most Bitcoin miners join mining pools, combining their hash power and sharing rewards based on their contributions. This method is popular because it increases the likelihood of earning regular, predictable payouts.

However, some Bitcoin advocates worry about the risk of centralization in the network due to pooled mining. They promote solo mining as a viable alternative to uphold Bitcoin’s decentralized ethos and ensure that the network doesn’t depend on a few large operators.

Conclusion: Celebrating Bitaxe’s Success

The 500 Gh/s Bitaxe device’s accomplishment highlights the unpredictable and democratic nature of Bitcoin mining. Against overwhelming odds, this small device secured a block and earned a significant reward.

This event demonstrates the potential of solo mining—even with modest, accessible hardware—and spotlights the ongoing debate within the Bitcoin community about balancing pooled mining’s stability with maintaining the network’s decentralization, which is central to Bitcoin’s founding vision.

FAQ

What is Bitaxe and how does it mine bitcoin?

Bitaxe is an open-source bitcoin mining hardware project designed to be compact and energy efficient. It lets everyday users participate in decentralized mining using small, controllable devices that run specialized algorithms to mine bitcoin.

How much does it cost to mine with Bitaxe? What profits can you expect?

The initial cost of Bitaxe is about $9,300. Expected profits depend on Bitcoin’s price and operating costs. Because of market volatility, returns vary widely with current conditions.

What are Bitaxe’s pros and cons compared to large traditional mining rigs?

Advantages: low cost, low energy consumption, easy operation. Disadvantages: low chance of solo block mining, unpredictable income, requires a mining pool for steady returns.

How do you set up and operate Bitaxe? What technical skills are needed?

Bitaxe is plug and play—no technical expertise required. Just connect to Wi-Fi, power on the device, and follow the setup guide. Beginners can start mining in minutes.

What’s Bitaxe’s power consumption? How does its long-term cost-benefit ratio look?

Bitaxe uses moderate energy compared to traditional ASIC miners. Electricity accounts for 60–70% of total operating costs. Long-term ROI is favorable with low-cost energy contracts and considering Bitcoin’s current price.

Is it legal to mine at home with Bitaxe? What risks should you consider?

Legality varies by country. In many places it’s legal, but always check local regulations. Key risks include high electricity usage, heat output, and the risk of hardware depreciation from continuous operation.

What’s Bitaxe’s hash power and hash rate? How does its performance compare to other small ASIC miners?

Bitaxe delivers 2.4 Th/s hash power, operating best between 50–65 Th/s. Compared to other small ASICs, it offers efficient, competitive performance for compact mining devices.