Solo mining Bitcoin at home is possible, but it will surely not be easy and quite unpredictable. The majority of miners at home won’t be able to find blocks on a regular basis. Making money relies on being patient, the price of electricity and how good the hardware is. Those who have the knowledge of the risks involved and are mentally prepared to wait for a very long time before any possible rewards should be the ones doing solo mining.

Mining cryptocurrency produces a lot of heat, which can harm your equipment and lower your profits. Your mining rig is essentially a computer operating at full power and continuously calculating complex algorithms that result in heat being generated.

Hence, if not appropriately managed, thermal output can lead to your mining device’s throttling performance, unexpected shutting off, or even permanent hardware damage. This detailed ASIC miner cooling guide contains all the necessary steps to help you set up a cool and efficient mining environment.

Regardless of whether you have a single unit or a mining farm, knowing how to handle heat dissipation is the best way to keep your hardware safe and make the most of your income.

Zcash​‍​‌‍​‍‌​‍​‌‍​‍‌ (ZEC) is a privacy-first cryptocurrency enabling users to keep their identities either transparent or shielded. To ensure miners equal access and capacity remains profitable, Zcash is running on the Equihash Proof-of-Work algorithm.

Mining with an efficient setup like Antminer Z15 Pro will be profitable to the extent of approximately $56.84/day if the electricity consumption is 0.07/kWh. This is in line with the situation on November 10, 2025, when the price of ZEC was $657.11.

Moreover, Zcash is actively refining its features with a planned Proof-of-Stake model, upgraded privacy instruments, and network enhancements.

It is perfectly fine for miners to choose ZEC as their endeavor because it offers a good balance between profitability, privacy, and the possibility of being a reliable blockchain-based ecosystem in the long term, secure and ​‍​‌‍​‍‌​‍​‌‍​‍‌transparent.

Bitdeer Technologies (NASDAQ: BTDR) has had a standout year in Bitcoin mining.While much of the industry spent 2025 tightening budgets after April’s halving, Bitdeer went the other way – scaling up fast, leaning on in-house hardware, and locking in low-cost renewable power.

From May to September, the company’s self-mining hashrate jumped from 13.6 EH/s to 35 EH/s, and management says the next milestone – 40 EH/s – is just weeks away. That growth puts Bitdeer firmly among the world’s top industrial miners, according to its September 2025 Production and Operations Update.

Mining of cryptocurrencies has developed significantly since the early years of Bitcoin. At the time, everybody had a regular computer capable of mining coins. With the development of the industry, the process of mining became more challenging. Nowadays, even powerful GPUs cannot match regular computers or even high-end ones. This is where ASIC miners enter the picture.

ASIC is an abbreviation for Application-Specific Integrated Circuit, and these devices are designed just for one purpose – mining digital currencies. Their speed is higher, they utilize the energy more efficiently, and their mining capacities are much greater than other mining hardware of any kind. Because of this, ASIC miners have become the most popular choice for beginners and large-scale mining farms.

ASIC miners are increasingly in demand as the number of people who consider mining as a source of income or a way to increase their crypto holdings is on the rise. Nevertheless, this situation also poses an important question: Is it better to buy a new ASIC miner or a used one? New machines provide the most up-to-date technology but are more expensive. Those that are pre-owned are less costly but come with such hazards as lowered performance and shorter lifespans.

This blog will explain the pros, cons, and key things to know before buying. By the end, you’ll know which option suits your mining goals.

Bitcoin miners with scale and infrastructure are uniquely positioned to supply AI/HPC capacity. Those with large acreage, water for cooling, dark fiber, secured power approvals, and skilled labor can unlock significant value by converting operations into AI-ready data centers.

Goldman Sachs Research projects U.S. data center demand will reach 45 GW by 2030, with power demand growing at a 15% CAGR from 2023 – 2030, largely driven by AI adoption.

JP Morgan forecasts hyperscaler AI capex will hit $370 billion by 2038, a 127% increase from 2024 levels.

Traditional data centers are struggling – server racks that once maxed out at ~40 kW now require >132 kW per rack for systems like NVIDIA’s GB200 NVL72.

Valuation upside is compelling: miners typically trade at 6 – 12x EV/EBITDA, compared with 20-25x for leading data center operators. Converting sites to AI/HPC can deliver significant re-rating opportunities.

Bitcoin and Bitcoin Cash are two of the most talked-about cryptocurrencies in the market today. While they share the exact origin, they have different goals, features, and communities. If you’re a smart investor looking to enter the crypto space or expand your portfolio, it’s essential to understand how these two coins compare.

Bitcoin (BTC) is the first and most well-known cryptocurrency. It’s often seen as “digital gold” and is trusted by investors around the world. Many people buy and hold Bitcoin for the long term, hoping its value will grow over time.

Bitcoin Cash (BCH), on the other hand, was created in 2017 to fix some of Bitcoin’s issues, especially slow transactions and high fees. It was designed to be a faster and cheaper version of Bitcoin, making it more suitable for daily payments.

This blog will compare Bitcoin and Bitcoin Cash in simple terms, covering their history, technology, usage, security, and future potential. By the end, you’ll have a clear understanding of what makes each coin unique and which one might be the more intelligent choice for your investment needs.

Bitcoin has grown from a small experiment in digital money to a global financial phenomenon. At the heart of this system is mining, where computers compete to confirm transactions and secure the network. In return, miners earn Bitcoin as a reward. For many, mining is attractive because it feels like earning Bitcoin directly instead of buying it in exchange.

But mining today is very different from the early years. Back in 2009, anyone with a laptop could mine successfully. As more people joined, the puzzles became harder, and the competition increased. Now, only specialized hardware known as ASIC miners can keep up. These machines are built for one job: mining Bitcoin. They are powerful, efficient, and the standard tool used by professionals.

If you are curious about mining and want to try it, this blog is for you. We will discuss everything you need to know about setting up your first Bitcoin miner. From choosing the exemplary ASIC to connecting it to a mining pool and keeping it running smoothly, you’ll have a clear path to getting started in Bitcoin mining.