使用袖珍的加密货币钻机，一个独奏比特币矿工设法解决了一个街区并要求获得263,000美元的奖励

在不可思议的运气中，使用袖珍的加密货币矿场的独奏比特币矿工设法解决了一个比特币块，并获得了惊人的263,000美元的奖励。

In an astounding turn of events, a solo Bitcoin miner using a pocket-sized crypto mining rig has managed to solve a Bitcoin block and claim a staggering $263,000 reward. The miner, participating through the solo.ckpool Bitcoin mining pool, successfully mined block 887,212—an event that is extra ordinary given the miner’s limited computing power.

在令人震惊的事件中，使用袖珍的加密货币矿场的独奏比特币矿工设法解决了一个比特币块，并获得了惊人的$ 263,000奖励。矿工通过Solo.ckpool比特币采矿池参加，成功开采了887,212块，这是鉴于矿工有限的计算能力，这是一个普通的事件。

This remarkable achievement, which occurred on March 10, 2025, was highlighted by Con Kolivas, the developer behind the solo.ckpool mining pool. The miner accomplished the feat using a Bitaxe machine operating at 480 gigahashes per second (GH/s)—a fraction of the processing power used by industrial-scale Bitcoin mining farms. To put this into perspective, major mining companies use hardware with a hashing power exceeding 230,000 GH/s.

这一非凡的成就于2025年3月10日发生，由Solo.ckpool Mining Pool背后的开发商Con Kolivas强调。矿工使用一台以每秒480 gighashes（GH/s）运行的比特抗机器（GH/S）（工业规模比特币矿业农场使用的加工能力的一部分）实现了这一壮举。为了介绍这一点，主要的矿业公司使用的硬件具有超过230,000 GH/s的哈希功率。

Despite facing odds of one in a million per day, this lucky solo miner outperformed expectations, securing a total of 3.15 BTC, which included the standard 3.125 BTC block reward and an additional 0.025 BTC from transaction fees.

尽管每天一百万分之一面临一百万美元的赔率，但这位幸运的矿工的表现优于预期，总共获得了3.15 BTC，其中包括标准的3.125 BTC块奖励和交易费用额外的0.025 BTC。

How Did the Solo Miner Beat the Odds?

独奏矿工如何击败赔率？

Bitcoin mining is largely dominated by large-scale mining pools such as Foundry USA, MARA Pool, Bitfarms, and Hut 8, where thousands of miners collectively pool their resources to increase their chances of successfully mining a block. Solo mining, on the other hand, is highly unpredictable, especially when using low-power machines.

比特币采矿在很大程度上以大型采矿池为主导，例如美国铸造厂，玛拉池，比特弗尔斯和小屋8。另一方面，单人采矿是不可预测的，尤其是在使用低功率机器时。

The solo miner’s Bitaxe machine, despite having significantly lower computing power, managed to solve the complex cryptographic puzzle required to validate a Bitcoin block. This rare occurrence underscores the decentralized nature of Bitcoin, where even a miner with limited resources has a shot at striking gold.

尽管计算能力降低了，但独奏矿工的比特赛机设法解决了验证比特币块所需的复杂加密拼图。这种罕见的发生强调了比特币的分散性质，即使是有限的资源的矿工也能击中醒目的黄金。

A Bitaxe machine operating at 480 GH/s. The winning miner used a 480 GH/s Bitaxe device, a compact and energy-efficient mining rig designed primarily for hobbyists. Compared to high-performance ASIC (Application-Specific Integrated Circuit) miners, such as those used by MARA Holdings (NYSE:MARA) or Bitmain, this device operates at a tiny fraction of their hash rates.

用480 GH/s运行的比特抗机器。获胜的矿工使用了480 GH/S Bitaxe设备，这是一种主要专为业余爱好者设计的紧凑而节能的采矿钻机。与高性能ASIC（特定于应用程序的集成电路）矿工（例如Mara Holdings（NYSE：MARA）使用的矿工）相比，该设备以其哈希速率的一小部分运行。

For comparison:

进行比较：

* A Bitaxe machine has about 0.48 kilohashes per second (KH/s), while a typical ASIC miner used by large-scale pools has around 140 terahashes per second (TH/s), which translates to 140,000 KH/s.

*一台比特赛机器的每秒约0.48千 - 千乘以（kh/s），而大型游泳池使用的典型ASIC矿工的每秒约140台（TH/S），转化为140,000 kh/s。

* Moreover, the world’s largest Bitcoin miners have a total hashing power of 230,000 GH/s, which is more than 479 times the hash rate of the Bitaxe device.

*此外，世界上最大的比特币矿工的总哈希功率为230,000 GH/s，这是石比设备的哈希速率的479倍以上。

This means that the miner who solved block 887,212 overcame odds that are far worse than winning the lottery.

这意味着，解决了887,212块的矿工克服了比赢得彩票差得多的赔率。

Why Is Solo Mining Rare?

为什么独奏开采很少见？

Solo mining has largely become unfeasible due to Bitcoin’s rising difficulty level, which adjusts dynamically to ensure that blocks are mined roughly every 10 minutes. This difficulty adjustment makes it nearly impossible for individual miners with small-scale machines to solve a block before larger miners.

由于比特币的上升难度水平，Solo采矿在很大程度上变得不可行，该水平的上升水平会进行动态调整，以确保大约每10分钟开采块。这种困难调整几乎使使用小规模机器的矿工几乎不可能在大型矿工面前解决一个街区。

Most Bitcoin mining today is done through large mining pools, where miners combine their computing power and share rewards based on their contributions. The dominance of mining pools ensures a more stable income for participants but reduces the probability of solo miners finding blocks.

如今，大多数比特币采矿都是通过大型采矿池进行的，矿工在其中结合了计算能力并根据他们的贡献共享奖励。采矿池的主导地位确保了参与者的收入更稳定，但降低了独奏矿工找到街区的可能性。

Impact on the Bitcoin Mining Community

对比特币采矿社区的影响

This event has sparked discussion within the Bitcoin community about the role of small-scale miners in the ecosystem. While the Bitaxe and similar pocket-sized miners are generally unprofitable due to their low hash rates, they serve an essential purpose—preserving the decentralization and security of the Bitcoin network.

这项活动激发了比特币社区中关于小规模矿工在生态系统中的作用的讨论。尽管由于低哈希速度，比特省和类似的袖珍矿工通常是无利可图的，但它们具有至关重要的目的，可以证明比特币网络的权力下放和安全性。

As smaller miners find it increasingly difficult to compete in the rapidly changing landscape of crypto mining, innovations are crucial. Skot, one of the builders behind Bitaxe miners, highlights the importance of open-source projects like Bitaxe in challenging the closed-source nature of mainstream Bitcoin mining hardware manufacturers like Bitmain.

由于较小的矿工发现在加密采矿的迅速变化的景观中竞争越来越困难，创新至关重要。 Skot是Bitaxe Miners背后的建筑商之一，强调了像Bitaxe这样的开源项目在挑战Bitmain等主流比特币矿业硬件制造商的封闭源性中的重要性。

“We’re trying to keep the industry focused on building useful hardware for the people and not just chasing the highest hash rate in a lab,” Skot said.

斯科特说：“我们正在努力使该行业专注于为人们建立有用的硬件，而不仅仅是在实验室中追求最高的哈希率。”

By making mining accessible to more people, the industry can remain aligned with Bitcoin’s original ethos of decentralization, which is threatened when a small number of entities control a large portion of the network’s hash rate.

通过使更多人可以使用采矿，该行业可以保持与比特币的原始权力分散化精神保持一致，当少数实体控制网络哈希率的很大一部分时，这会受到威胁。

What Happens Next

接下来会发生什么

While this event is unlikely to be replicated frequently, it serves as a reminder that solo mining is still technically possible, albeit highly improbable. With Bitcoin’s mining difficulty continuing to rise, individual miners will find it increasingly difficult to compete with industrial mining operations.

尽管不太可能经常复制此事件，但它可以提醒您在技术上仍然是可能的，尽管非常不可能。随着比特币的采矿困难继续上升，个别矿工会发现与工业采矿业务竞争越来越困难。

However, advancements in energy-efficient mining hardware, along with innovations in open-source mining projects, could pave the

但是，节能采矿硬件的进步以及开源采矿项目的创新可以铺平