Kaspa (KAS) IceRiver KS3 is an ASIC miner designed for KHeavyHash algorithm, specifically targeting Kaspa (KAS) . It delivers a maximum hashrate of 8Th/s while consuming 3200W of power, resulting in an energy efficiency of 0.4j/Gh.
FAQs for IceRiver KAS KS3
1 What is the IceRiver KAS KS3?
The IceRiver KAS KS3 is an ASIC miner designed for Kaspa (KAS) using the kHeavyHash algorithm. It provides a maximum hashrate of 8.00 TH/s and consumes 3200W of power, making it a strong option for mining Kaspa efficiently.
2. What is the maximum hashrate?
The IceRiver KAS KS3 achieves a maximum hashrate of 8.00 TH/s, enabling high-performance mining for Kaspa (KAS).
3. What is the power consumption?
With a power consumption of 3200W, this miner offers good efficiency for its performance, allowing for effective Kaspa mining.
4. What coins can I mine?
This model is optimized for Kaspa (KAS), a cryptocurrency that utilizes the kHeavyHash algorithm, which is well-suited for the miner’s capabilities.
5. What is the energy efficiency?
The energy efficiency of the IceRiver KAS KS3 is 0.4 J/Gh, offering a solid balance of power consumption and mining performance.
6. What cooling system does the miner use?
It uses air cooling with 2 fans to manage the temperature during mining operations, ensuring it stays within optimal working conditions.
7. How noisy is the miner?
At 75 dB, the miner generates a significant amount of noise, making it better suited for industrial or commercial spaces rather than residential use.
8. What is the operating temperature range?
The miner operates effectively in temperatures ranging from 5°C to 35°C, providing flexibility for various environmental conditions.
9. How is the miner connected?
The IceRiver KAS KS3 connects to the network via Ethernet, ensuring a stable and fast connection for efficient mining.
10. What is the expected lifespan?
With proper maintenance, including regular cleaning and ensuring it operates within the recommended environmental conditions, the miner can last several years, although performance may degrade over time.