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ASIC Miner ICERIVER KAS KS0 Profitability

ASIC Miner ICERIVER KAS KS0 Profitability In the realm of cryptocurrency mining, the Iceriver KAS KS0 miner has garnered widespread attention. Tailored specifically for the Kaspa network's KHeavyHash algorithm, it boasts high hashing power and low power consumption, making it an ideal choice for many miners. In this article, we will comprehensively assess IceRiver KS0 profitability while considering the Kaspa market conditions and the attributes of KS0 miner. Kaspa Market Dynamics Kaspa is a vibrant cryptocurrency network aimed at delivering high performance and scalability for everyday transactions. At the time of writing this article, the Kaspa coin trades at approximately $0.04959. But it's essential to note that cryptocurrency markets are highly susceptible to price volatility. Hence, investors must remain vigilant about market dynamics. Additionally, the Kaspa network's mining difficulty and reward mechanisms play a role in mining returns. Attributes of the IceRiver KS

Baikal Giant A900 X11 Miner Review

Baikal Giant A900 X11 Miner Review

Baikal Giant A900 is a miner that can support six algorithms, including X11, X13, X14, X15, Quark, Qubit, and its main features are high hash rate and low power consumption.
Baikal Giant A900 X11 miner

The official parameters of the Baikal Giant-A900 miner:

Algorithm
Hash rate
Power Consumption
X11
900 MH/s ± 10%
217w ± 5%
X13
900 MH/s ± 10%
255w ± 5%
X14
900 MH/s ± 10%
263w ± 5%
X15
900 MH/s ± 10%
270w ± 5%
Quark
900 MH/s ± 10%
132w ± 5%
Qubit
900 MH/s ± 10%
146w ± 5%
According to the data, we can see that the hash rate and power consumption ratio of ASIC miners are dozens of times higher than that of GPU miners.
miner hash rate comparison

Miners unpacking photos

The A900 miners are packed in industrial cartons, and the miners are wrapped with shock-proof and anti-collision bubble wrapping pads.
miners unpacking photos
The miner's manufacturer logo is located at the bottom left of the miner.
miner's manufacturer logo
The miner's control board is located on the miner's top and is powered by the hash board.
miner's control board
A data cable connects the two hash boards of the miner and is then connected to the control board.
miner's hash board
connected to the control board
The lateral side of the miner.
miner's side
The front of the miner consists of a network interface and a single 12cm cooling fan.
network cable and cooling fan
On the back of the miner, we can see that the miner is composed of two hash boards, of which the top and bottom of the miner are composed of a PCI-E 8pin power interface and a fan protection net.
fan protection net
The miner's heat sink uses alloy fins with wavy lines.
heat sink of miner
The whole miner parameter diagram is as follows:
miner's parameter diagram
miner installation diagram

Performance testing

The miner test power supply uses a SUPER FLOWER 500W power supply, and the conversion rate is close to 80PLUS GOLD. In this test, the indoor noise is about 39dBa, and the indoor temperature is about 25℃.
The X11 mining hash rate curve is stable, and the overall performance is good, with an average hash rate between 910M and 930M.
hash rate curve
hash rate changes
When the average hash rate is around 910M, the test power is 215w.
power test
In terms of noise, the measured noise is about 65dBa at a distance of about 20cm from the miner.
noise measured
The noise measured about 1m from the miner is about 58.6dBa.
noise measured about 1m
In terms of temperature, the temperature of the test chip on the mining status page is 33°C, and the test temperature of the air inlet is about 25.3°C.
air inlet temperature test
The test temperature of the air outlet is about 28.6 ℃.
air outlet temperature test
The test temperature of the heat sink is 28.8°C.
heat sink temperature test

Generalize

· Baikal Giant-A900 has excellent performance and supports up to 6 algorithms, making it the miner with the most algorithms so far. Compared with the GPU miners that currently support six algorithms, the hash rate and power consumption ratio are increased by dozens of times, significantly reducing the mining cost.
· After a long-term operation, the hash rate curve is stable, and the overall performance is good. Under stable mining pool and network conditions, the average hash rate is between 910M and 930M.
· Due to good heat dissipation, the temperature difference between inlet and outlet is slight, and the wave design of the heat sink increases the unit heat dissipation area.
· Miner noise sounds a bit dull. Capable miners can use low-noise and high-volume cooling fans instead.

Appendix

Actual power consumption of A900 miner and other algorithms:
· When the hash rate of the Qubit algorithm is 900M, the estimated power is 140w.
Qubit algorithm hash rate
Quark algorithm power test
· When the hash rate of the Quark algorithm is 900M, the estimated power is 125w.
Quark algorithm hash rate
Quark algorithm power test
· When the hash rate of the X15 algorithm is 900M, the calculated power is 262w.
X15 algorithm hash rate
X15 algorithm power test
· When the hash rate of the X13 algorithm is 900M, the estimated power is 256w.
X13 algorithm hash rate
X13 algorithm power test
The content of this article and pictures are from the Internet, compiled and edited by ZEUS MINING. If there is any infringement, please get in touch with us to delete it.

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