Apr 3, 2024

Bitcoin ASICs: Worth the Investment in 2024?

Are Bitcoin ASICs worth the high cost? Learn about the future of mining and the latest hardware.

Bitcoin ASICs: Worth the Investment in 2024?

Bitcoin ASICs, A Worthy Investment? A Look At The Future Of Bitcoin Mining

Navigating the future of Bitcoin mining amidst advanced hardware, cost challenges, and considerations of longevity, efficiency, and sustainability.

As the Bitcoin mining industry progresses, a question arises: Are Bitcoin ASICs worth the risk? Let's delve into the future of Bitcoin mining and explore the latest innovations, including products from Bitmain, MicroBT, and Canaan, alongside advancements like immersion cooling.

The Future of Bitcoin Mining: The Contenders

In assessing the future of Bitcoin mining, it's crucial to evaluate the latest models of ASICs available, even if they’re expensive and hard to come by. With Intel closing its chip manufacturing arm, the Bonanza Mine 2 is no longer a contender. That leaves us with the same key players: Bitmain, MicroBT, and to a lesser extent, Canaan.

However, take into account that Coindesk thinks that there’s a chance at the end of this cycle we will see competition in the area:

“As we approach the mid-April halving, the landscape is so different from the lead-up to the previous event. Bitcoin’s price is flirting with all-time highs, and the hash rate has surpassed 600 EH/s. Four years – brief but unbelievably transformative. Maybe this time we will even see competition in the ASIC manufacturing business.”

The Key Players in Bitcoin ASICs

Even with Intel out of the picture, the key Bitcoin ASIC manufacturers – Bitmain, MicroBT, and Canaan – continue to innovate.

The Latest Innovations: Bitmain

S19 XP Hyd, S21, S21 Hyd, and the recently released S19 Pro+ Hyd models further exemplify the trend towards improved energy efficiency and sustainability in Bitcoin mining. With their advanced cooling systems and optimized hardware configurations, these miners aim to address environmental concerns while maintaining high productivity levels.


The issue with the new generation of mining equipment lies in its high prices, Bitmain's S21 series costs between $5,000 and $7,000. Compounding the problem, these units are nearly impossible to find. Miners may find themselves paying a premium over these already inflated prices and then struggling to generate a profit. This raises the question of Bitcoin mining profitability with these expensive machines. On the other hand, these new-generation machines have the potential for a longer lifespan.

The Latest Innovations: MicroBT

The Whatsminer M60s offers miners a high-performance solution with impressive hash rates and energy efficiency. Similarly, with upgraded components and refined engineering, the Whatsminer M63S builds upon the success of its predecessor. It generates a hashrate ranging between 360 and 390 terahashes per second (TH/s), features a modular design, and is optimized for hydrocooling. More on that later.

The price for MicroBT’s M63S is over $10,000. How long will it take a miner to recoup that investment?


The Latest Innovations: Canaan

The Canaan Avalon A1466 contributes to the evolution of Bitcoin mining hardware by delivering its most profitable equipment yet. It boasts a hashrate output of 150 to 180 terahashes per second (TH/s) but with a power consumption of around 3000 watts. The A1466 provides miners with a competitive edge in the ever-changing Bitcoin mining environment, all at an affordable price.

The company also produced an immersion cooling variant under the code name A1466I.

Immersion Cooling: Enhancing Efficiency

One notable advancement transforming the mining landscape is immersion cooling. This technique involves submerging mining hardware in a dielectric fluid, such as mineral oil, to more effectively dissipate heat. Immersion cooling Bitcoin mining can significantly enhance efficiency and boost mining hash rate.


By maintaining optimal operating temperatures, immersion cooling can significantly enhance efficiency and prolong the lifespan of mining equipment. Also, your operation will be noise-free. Is it worth the investment, though? That’s one of the questions this cycle will answer. Place your bets.

The Previous Generation: Assessing Profitability

With the rapid pace of technological advancement, older Bitcoin miners face obsolescence. However, the profitability of old miners largely depends on factors like electricity costs, hash rate, and Bitcoin's price. 

While newer ASICs offer superior performance, some miners still find value in operating older models, particularly in regions with low electricity costs or during periods of high Bitcoin prices.

Are Old Bitcoin Miners Still Profitable?

Determining the profitability of old Bitcoin miners requires a nuanced analysis, as older models can still generate profits under certain conditions. Miners operating older hardware may benefit from reduced acquisition costs and lower electricity rates, enabling them to remain competitive in the mining ecosystem.

Generally, well-maintained miners can last several years. The new models will probably experience this phenomenon. The previously mentioned "potential for a longer lifespan" is indeed a real thing, but it isn’t guaranteed. 

The Evolution of Bitcoin Mining


Looking ahead, the Bitcoin mining industry is poised for continued evolution driven by technological innovation and market dynamics. As hardware manufacturers compete to develop more efficient ASICs, miners will have access to increasingly powerful and energy-efficient equipment. 

Furthermore, regulatory developments and shifts in Bitcoin's price and network difficulty will influence the profitability and viability of mining ventures. Miners must adapt to changing market conditions to remain competitive.

Also, consider this possible scenario

“Should bitcoin mining hardware become commoditized where efficiency gains of one model differ minutely from a newer model, miners will be forced to consider other areas in which to gain a competitive advantage. These could fall under innovations in energy sourcing, financial planning, or even product diversification.”


In conclusion, the future of Bitcoin mining holds promise amid technological innovation and market dynamics. While newer ASICs offer superior performance and efficiency, older models can still yield profits under favorable conditions. Immersion cooling presents an opportunity to enhance efficiency and prolong the lifespan of mining hardware, but it comes at a high cost.

As Bitcoin ASIC manufacturers compete to develop more efficient ASICs, miners will have access to increasingly powerful and energy-efficient equipment.

By staying informed about the latest developments, assessing hardware options, and adapting strategies to market dynamics, miners can position themselves for success in the future of Bitcoin mining.

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