Asic Mining NZ – New Zealand’s Crypto Guide (2024)

Cryptocurrency NZ delve into the world of ASIC mining, NZ's gateway to lucrative cryptocurrency opportunities. Uncover the specialized hardware, optimal mining algorithms, and essential considerations for profitable mining.
Asic Crypto Mining Hardware Bitcoin

What is ASIC Mining in NZ?

In the cryptocurrency ecosystem, ASIC mining, or simply ASICs, are specialized computers and hardware devices that utilize application-specific integrated circuit (ASIC) chips.

These chips are uniquely designed and constructed to perform the specific task of mining proof-of-work cryptocurrencies such as Bitcoin, Litecoin Bitcoin Cash and Dogecoin in NZ.

Is ASIC Mining Profitable in NZ?

In NZ, ASIC mining can be a profitable venture, but its success depends on various factors.

These factors include the type of ASIC machine chosen, the specific cryptocurrency targeted for mining, and the cost of electricity in the region. For cryptocurrency mining enthusiasts in New Zealand, it is recommended to explore ASIC Miner Value, a valuable resource to assess and compare the profitability of different ASIC mining options.

ASIC Miner Considerations

ASIC miners are advanced cryptocurrency mining equipment designed for professional use. If you’re considering using them in New Zealand, there are several important factors to keep in mind. Below are key aspects of ASIC miners you should carefully consider:

Mineable Tokens

As previously mentioned above, ASIC miners in NZ and around the world are limited to working with the proof-of-work algorithm they were specifically designed for. Nevertheless, there are various types of ASICs, each tailored for different hash functions. 

Miners have the option to acquire various ASIC models, each specifically designed:

  • SHA-256: Bitcoin, Bitcoin Cash.
  • Ethash/Etchash: Ethereum, Ethereum Classic.
  • Eaglesong: Nervos Network.
  • X11: Dash.
  • Blake256R14: Decred.
  • Scrypt: Litecoin, Dogecoin.
  • Equihash: Zcash, Bitcoin Gold, Horizen.
  • Kadena: Kadena.

Power Consumption

When considering ASIC mining in New Zealand, it’s important to note that although they are energy-efficient, they still require a considerable amount of electricity. (1.0kw/hr+)

In fact, a typical ASIC miner consumes as much power as 13 refrigerators. If you plan to mine with ASICs at home in New Zealand, you’ll likely need to upgrade your electrical infrastructure and invest in additional equipment, such as power supply units.

Cooling and Noise-Canceling

ASICs generate a significant amount of heat and noise, here are some points to consider.

If you intend to host your ASICs in a dedicated facility, noise may not be an issue. However, if you have them at home, you might want to explore noise-canceling solutions like foam wall panels or soundproof boxes. Some kiwis even put them in their garage. 

Managing the heat generated by ASIC miners is essential. Inadequate heat dissipation can lead to reduced equipment performance or even hardware damage. Whether you mine at home or in a dedicated facility, ensure proper air circulation and cooling systems, such as fans or AC units, to maintain peak performance and extend the lifespan of your hardware.

Asic Mining Noise Canceling NZ

Cleaning and Maintenance

ASIC miners are delicate machines that demand thorough care, maintenance, and cleaning. Their components can be easily damaged by external factors when exposed.

Common causes of ASIC damage and deterioration include humidity, dust, and extreme temperatures, as mentioned above in the “cooling and noise canceling” section.

To ensure their longevity and optimal performance, it’s essential to conduct regular inspections on the components, maintain appropriate environmental conditions, and remove accumulated dust. These practices will not only extend the lifespan of your ASIC miners but also keep their performance at its best. We highly recommend these practices!

Components of an ASIC Miner

ASIC components are the driving force behind cryptocurrency mining. These specialized microchips, designed for specific hashing algorithms, enable efficient processing of cryptographic puzzles. With ASIC chips, hash boards, cooling systems, and power supply units working in unison, miners achieve high hash rates, essential for securing blockchain.

In this example, we will explore the S9 Antminer, a widely recognized Bitcoin mining ASIC miner crafted by Bitmain. Introduced in 2016, this miner swiftly gained popularity around the globe due to its impressive efficiency and robust performance during its time.

Below, Cryptocurrency NZ outline the key components that make up the S9 Antminer:

ASIC Chips

The heart of the S9 Antminer consists of multiple ASIC chips specifically designed to perform the SHA-256 hashing algorithm, which is used for mining Bitcoin or Bitcoin Cash. 

These chips are the workhorses responsible for executing the complex cryptographic puzzles necessary for mining new blocks and securing the Bitcoin network.

Hash Boards

The meticulously arranged ASIC chips, ingeniously placed on individual hash boards, constitute a fundamental core component of the cryptocurrency mining process.

Each hash board houses a designated number of these specialized chips, working synergistically to optimize mining capabilities. By leveraging the combined computational power of these interconnected boards, the miner achieves significantly higher hash rates.

This enhanced efficiency translates into improved overall performance, making the ASIC-based setup a pivotal choice for proficient and productive cryptocurrency mining operations.

Cooling Fans

Maintaining optimal temperature is vital for seamless cryptocurrency mining operations.

The S9 Antminer is thoughtfully equipped with a sophisticated cooling system, boasting a series of efficient cooling fans. These dedicated fans tirelessly and expeditiously disperse the substantial heat generated by the robust ASIC chips during the rigorous mining process, ensuring the miner’s reliability and longevity.


In a bid to enhance cooling efficiency, effective heatsinks are securely affixed to the S9 Antminer’s ASIC chips. These metal components play a crucial role by facilitating the seamless transfer of excess heat away from the chips and towards the cooling fans.

This preventive measure thwarts any potential overheating risks, safeguarding optimal cryptocurrency mining performance and the miner’s operational stability over time.

Power Supply Unit (PSU)

For the S9 Antminer’s operation, a specialized Power Supply Unit (PSU) is indispensable. This dedicated unit serves as the primary source of electrical power, ensuring the miner operates at peak performance. Bitmain usually provides the Antminer with a perfectly matched PSU, meticulously tailored to satisfy the miner’s specific power demands.

Bitmain Antminer NZ Power Supply

Control Board

As the S9 Antminer’s central nervous system, the control board acts as a vital intermediary, enabling seamless communication between diverse components.

Notably, it offers intuitive interfaces for effortless miner configuration and real-time performance monitoring, ensuring optimal efficiency throughout the mining process.


For utmost durability and protection, the S9 Antminer boasts a sturdy metal casing.

This robust enclosure not only shields internal components but also lends crucial structural support to the entire mining hardware. It guarantees the miner’s longevity and ensures the continued integrity of its essential components such as Hashing boards.

Connectors and Cables

The S9 Antminer operates as a cohesive and efficient unit, thanks to an intricate network of connectors and cables interconnecting its ASIC chips, hash boards and cooling fans.

These vital connections enable seamless cooperation among the components, facilitating smooth data transmission and power distribution essential for efficiency crypto mining.

Where to Buy ASIC Miners in NZ

AsicMinerValue provides a valuable resource with a comprehensive page featuring trusted ASIC mining equipment vendors. This platform can serve as a helpful starting point.

However, it’s essential to note that Cryptocurrency NZ has not personally tested all the vendors listed. Therefore, while AsicMinerValue is a useful reference, it is prudent to exercise caution and conduct additional research before making any purchasing decisions. Prioritize due diligence to ensure the trustworthiness and legitimacy of the vendors you engage with for a secure and successful ASIC mining acquisition experience.

ASIC Mining Essential Tools


Whattomine is a website that provides cryptocurrency miners with information and calculations on the most profitable coins to mine based on various factors.


ASIC Miner Value is a website that provides information and data on the current market value, parofitability, and specifications of various ASIC mining machines


Minerstat is a website that offers a large suite of tools and services for crypto miners, including monitoring and management. 


NiceHash is a website that offers a marketplace and platform for buying and selling hashing power.

What are ASIC-Resistant Coins?

ASIC-resistant coins, on the other hand, are designed to be mined using standard commodity hardware like CPUs and GPUs. The goal is to maintain a more decentralized mining ecosystem, where a larger number of individual miners can participate.

How do Those Tokens Achieve ASIC Resistance?

To achieve ASIC resistance, these coins use mining algorithms that are memory-intensive or designed to require a large amount of random access memory (RAM). Since ASICs are highly specialized and optimized for specific tasks, they may struggle with memory-intensive algorithms, leveling the playing field for CPU and GPU miners in New Zealand.

To achieve ASIC resistance, these coins use mining algorithms that are memory-intensive or designed to require a large amount of random access memory (RAM). Since ASICs are highly specialized and optimized for specific tasks, they may struggle with memory-intensive algorithms, leveling the playing field for CPU and GPU miners in New Zealand.

What is Bitcoin Mining in NZ?

Bitcoin mining is the essential process of validating and appending transactions to the Bitcoin blockchain. Specialized hardware such as Bitmain’s ASIC is employed by miners to tackle intricate mathematical puzzles, engaging in competition with others.

Once a block is successfully added, the miner receives rewards in the form of newly generated bitcoins, along with transaction fees from the included transactions.

This process, known as proof-of-work (PoW), plays a vital role in upholding the security and reliability of the Bitcoin network. For further information, you can refer to  Cryptocurrency NZ’s “What is Bitcoin in New Zealand guide.”

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Cryptocurrency NZ Final Verdict

Cryptocurrency NZ believes that ASIC mining in New Zealand is undoubtedly worth exploring if it aligns with your goals and circumstances. The specialized nature of ASIC miners offers significant advantages in terms of mining efficiency and profitability.

Before delving into ASIC mining, conducting thorough research is paramount. Consider essential factors such as the type of ASIC machine, the specific cryptocurrencies you plan to mine, and the associated electricity costs. Having a plan is crucial to succeed! 

If you are prepared for the initial investment, have access to suitable electrical infrastructure, and carefully select the right ASIC model, this could be your ticket to unlocking new opportunities in the ever-evolving world of cryptocurrency mining. Keep an eye on market trends and developments, and with a strategic approach, ASIC mining in NZ could potentially prove to be a game-changer for your crypto mining ventures.

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Disclaimer: All content in this guide is intended for educational purposes only and should not be interpreted as financial advice. As an individual, you are entirely responsible for how you conduct your investments and manage your cryptocurrency interests. It is exclusively your own responsibility to perform due diligence and Cryptocurrency NZ recommends taking extreme care and caution with crypto and are not responsible for the outcomes, management, or oversight of your activities.