The Kaspa miners of choice for most in 2024

SUMMARY

As Kaspa (KAS) gains traction in the cryptocurrency market, its unique

BlockDAG architecture and energy-efficient PoW consensus continue to attract miners. The kHeavyHash algorithm remains GPU-friendly, making Kaspa mining accessible to small-scale and home miners. Meanwhile, the network’s rapid growth has driven the demand for high-performance ASIC miners, offering superior hash power and efficiency. This article highlights the top Kaspa ASIC miners in 2025, helping miners strike the perfect balance between profitability and power costs. Whether you’re a beginner or a seasoned miner, this guide will provide valuable insights into the best mining machines for maximizing your earnings.

Introduction to Kaspa Mining

Kaspa (KAS) is a cryptocurrency that leverages an innovative BlockDAG

architecture and the kHeavyHash algorithm, making it highly efficient for Proof-of-Work (PoW) mining. Initially GPU-friendly, Kaspa mining is now seeing increased adoption of high-performance ASIC miners. With one block generated per second, Kaspa offers fast transaction processing and low confirmation times, making it ideal for high-frequency trading. Miners can choose between solo mining or joining mining pools, with pools providing more stable rewards, especially for small and medium-scale miners. Due to the high power consumption of Kaspa mining, miners must carefully assess electricity costs, cooling solutions, and overall operational expenses to maximize profitability. As the network expands, ASIC miners provide a way to enhance efficiency and returns. Kaspa’s low entry barrier, rapid transactions, and decentralized design position it as a rising contender in the crypto mining industry, with promising potential for the blockchain ecosystem.

Top Kaspa Miners of 2025

## 1. IceRiver KAS KS7

A high-performance Kaspa miner designed for large-scale mining operations.

It delivers 30Th/s hashrate with a power consumption of 3500W, ensuring efficient KHeavyHash algorithm mining.

Manufacturer | IceRiver
--- | ---
Model | KAS KS7
Also known as | [<p style="color:#ff9900">**ICERIVER KAS

KS7**

](https://leedminer.com/miners/iceriver/iceriver-ks7-kaspa-miner-30th-s/) Release | Apr 2025 Size | 430 x 195 x 290mm Weight | 17.50kg Noise level | 75db Fan(s) | 4 Power | 3500W Voltage | 200-250V Interface | Ethernet Temperature | 5 – 40 °C Humidity | 10 – 90 %

## [2. Bitmain Antminer KS5 Pro](https://leedminer.com/miners/bitmain/antminer-ks5-pro-kaspa-miner/)

Bitmain’s latest KHeavyHash miner, featuring a powerful 21Th/s hashrate and

3150W power consumption. It offers a competitive balance of efficiency and profitability. Manufacturer	Bitmain
Model	Antminer KS5 Pro

(21Th)

Also known as | Antminer KS5 Pro Kaspa Miner Release | Mar 2024 Size | 195 x 290 x 430mm Weight | 16100g Noise level | 75db Fan(s) | 2 Power | 3150W Interface | Ethernet Temperature | 5 – 45 °C Humidity | 5 – 95 %

## [2. Bitmain Antminer

KS5](https://leedminer.com/miners/bitmain/antminer-ks5-kaspa-miner/)

A reliable KHeavyHash miner from Bitmain, providing 20Th/s hashrate at

3000W power consumption. A solid choice for Kaspa mining with stable performance. Manufacturer	Bitmain
Model	Antminer KS5

(20Th)

Also known as | Antminer KS5 Kaspa Miner Release | Mar 2024 Size | 195 x 290 x 430mm Weight | 16100g Noise level | 75db Fan(s) | 2 Power | 3000W Interface | Ethernet Temperature | 5 – 45 °C Humidity | 5 – 95 %

## [3. IceRiver

KS5M](https://leedminer.com/miners/iceriver/iceriver-ks5m-kaspa-miner/)

A cost-effective Kaspa mining machine with a 15Th/s hashrate and 3400W

power usage. It strikes a balance between power and affordability for mid-size miners. Manufacturer	IceRiver
Model	KS5M
Also known as	KS5M KASPA (KAS) 15 TH/s
Release	May 2024
Size	370 x 195 x 290mm
Weight	15000g
Noise level	75db
Fan(s)	2
Power	3400W
Interface	Ethernet
Temperature	5 – 45 °C
Humidity	10 – 90 %

## [4. IceRiver

KS5L](https://leedminer.com/miners/iceriver/iceriver-ks5l-kaspa-miner/)

An energy-efficient Kaspa miner designed for small-scale mining. With

12Th/s hashrate and 3400W power consumption, it offers decent performance at a lower price point. Manufacturer	IceRiver
Model	KS5L
Release	Apr 2024
Size	370 x 198 x 290mm
Weight	15000g
Noise level	75db
Fan(s)	2
Power	3400W
Interface	Ethernet
Temperature	5 – 35 °C
Humidity	10 – 90 %

## IceRiver KAS KS7 Lite

An entry-level Kaspa miner perfect for beginners or home mining setups. It

delivers 4.2Th/s hashrate with just 500W power consumption, making it a budget-friendly option.

Manufacturer | IceRiver
--- | ---
Model | KAS KS7 Lite
Also known as | [<p style="color:#ff9900">**ICERIVER KAS

KS7 LITE**

](https://leedminer.com/miners/iceriver/iceriver-ks7-lite-kaspa-miner-4-2th-s/) Release | Apr 2025 Size | 205 x 110 x 202mm Weight | 4.02kg Noise level | 50dB Fan(s) | 1 Power | 500W Voltage | 100-240V AC Interface | Ethernet Temperature | 5 – 40 °C Humidity | 10 – 90 %

## Comparing the Top  Kaspa

Miners

![Comparing the Top Kaspa

Miners](https://admin.leedminer.com/wp-content/uploads/2025/07/Comparing-the-Top-Kaspa-Miners.png) With the growing demand for efficient Kaspa (KAS) mining, selecting the right miner is crucial for maximizing profitability. Below, we compare some of the top Kaspa ASIC miners based on their hashrate, power consumption, and release date to help miners make an informed decision.

1. Performance & Hashrate

- **IceRiver KAS KS7** stands out as the most powerful miner on the list,

offering 30Th/s, making it ideal for large-scale mining operations.

• Bitmain Antminer KS5 Pro and Bitmain Antminer KS5 provide competitive options with 21Th/s and 20Th/s, respectively, ensuring strong mining efficiency.

• IceRiver KS5M delivers 15Th/s, making it a balanced option for miners looking for decent power at a lower investment.

• IceRiver KS5L offers 12Th/s, which suits mid-range miners.

• IceRiver KAS KS7 Lite is the lowest in hashrate with 4.2Th/s, designed for small-scale or home miners.

  2. Power Efficiency

• While IceRiver KAS KS7 has the highest hashrate, it also consumes 3500W, meaning it requires a robust cooling and power setup.

• Bitmain Antminer KS5 Pro and KS5 are more power-efficient with 3150W and 3000W, respectively.

• IceRiver KS5M and KS5L both consume 3400W, requiring careful energy cost management.

• IceRiver KAS KS7 Lite is the most energy-efficient, using only 500W, making it suitable for miners concerned with electricity costs.

  3. Release Timeline & Market Trends

• The Bitmain Antminer KS5 Pro and KS5 were released in March 2024, giving them an early presence in the market.

• IceRiver KS5L was introduced in April 2024, followed by KS5M in May 2024, showing IceRiver’s continued innovation.

• The latest and most powerful miner, IceRiver KAS KS7, is set for April 2025, making it a future-proof option for high-end miners.

  Conclusion: Which Miner Should You Choose?

• If you prioritize high hashrate and long-term profitability, the IceRiver KAS KS7 is the top choice.

• For those looking for a balance of performance and efficiency, the Bitmain KS5 Pro and KS5 are solid options.

• IceRiver KS5M and KS5L are suitable for mid-range miners looking for stability.

• If you are a home miner or on a budget, the IceRiver KAS KS7 Lite provides an entry-level solution with minimal power costs.

  Selecting the right miner depends on your investment budget, power costs, and mining goals. With Kaspa’s rising popularity, these miners offer diverse choices for maximizing mining efficiency and profitability in 2025. 🚀 Kas mining (KASPA), based on the KAS algorithm, is an efficient way to mine cryptocurrencies that is quickly attracting the attention of crypto miners. Unlike traditional Bitcoin, which uses the SHA-256 algorithm, KAS mining requires the use of specially designed hardware devices (such as ASIC miners) to process its unique algorithm. The goal of KASPA is to increase the speed of transaction confirmations by processing multiple tasks in parallel, thus enabling fast and decentralized transactions. ASIC miners specifically designed for the KAS algorithm can dramatically increase mining efficiency and help miners capture more rewards in a competitive market.

  FAQs on Kaspa Mining

  KAS mining is the process of mining the KASPA (KAS) cryptocurrency through the use of specialized hardware devices such as ASIC miners.KASPA uses a consensus mechanism called the KAS algorithm, which, unlike Bitcoin’s SHA-256 algorithm, allows for faster confirmation of transactions through parallel processing, ensuring efficient and decentralized transactions. In order to achieve efficient mining, miners need to configure hardware devices that support the KAS algorithm. To mine KAS effectively, miners need to use specially designed ASIC miners that support the KAS algorithm and are capable of performing mining tasks efficiently. Unlike traditional cryptocurrency mining methods that use GPUs or CPUs, KAS mining relies on ASIC devices due to their demonstrated higher efficiency and lower energy consumption in processing specific algorithms. Common devices that support KAS mining include KASPA ASIC miners and others. The profit potential of KAS mining depends on a variety of factors, including the performance of the mining machine, the cost of electricity, the difficulty of the network, and the market price of KAS. Since the KASPA network was designed with the goal of increasing transaction speeds and decentralization, the price and difficulty of mining KAS may fluctuate as the network grows and demand increases. Miners need to evaluate their mining environment, including power costs, equipment investments, and market trends, to determine the prospects for profitable KAS mining.

  FAQs on Kaspa Mining

  Q1 What is KAS mining?

  KAS mining is the process of mining the KASPA (KAS) cryptocurrency through the use of specialized hardware devices such as ASIC miners.KASPA uses a consensus mechanism called the KAS algorithm, which, unlike Bitcoin’s SHA-256 algorithm, allows for faster confirmation of transactions through parallel processing, ensuring efficient and decentralized transactions. In order to achieve efficient mining, miners need to configure hardware devices that support the KAS algorithm.

  Q2 What equipment do I need to mine KAS?

  To mine KAS effectively, miners need to use specially designed ASIC miners that support the KAS algorithm and are capable of performing mining tasks efficiently. Unlike traditional cryptocurrency mining methods that use GPUs or CPUs, KAS mining relies on ASIC devices due to their demonstrated higher efficiency and lower energy consumption in processing specific algorithms. Common devices that support KAS mining include KASPA ASIC miners and others.

  Q3 What is the profit potential of KAS mining?

  The profit potential of KAS mining depends on a variety of factors, including the performance of the mining machine, the cost of electricity, the difficulty of the network, and the market price of KAS. Since the KASPA network was designed with the goal of increasing transaction speeds and decentralization, the price and difficulty of mining KAS may fluctuate as the network grows and demand increases. Miners need to evaluate their mining environment, including power costs, equipment investments, and market trends, to determine the prospects for profitable KAS mining.