Several effective techniques for lowering WhatsMiner M50 noise will be covered in this article.
A single mining machine generates at least 70 decibels of noise, and the noise gets louder the closer the machine is to the listener. When combined, fan noise and low-frequency whistling are very dangerous. Long-term exposure to this environment has detrimental effects on numerous life-threatening systems in addition to the auditory system, including the nervous system, cardiovascular system, digestive system, and endocrine system.
In comparison to Bitmain Antminer machines, Whatsminer uses more power and makes louder noise. Is there a way to reduce the noise that the WhatsMiner M50 makes? To find out the answers, keep reading the article.
Ways to Reduce the Sound of WhatsMiner M50
When the outside temperature rises above 25 degrees, noise levels can surpass 95 decibels. The MicroBT M50‘s noise can travel unhindered across 300 meters of silence when the door to the room is closed. In order to reduce the noise of mining rigs, a huge number of miners used their superhuman intelligence to create a variety of noise reduction equipment. The following are more typical noise reduction schemes:
Straight-through Noise Reduction Box
The straight-through noise reduction box is the earliest noise reduction scheme, intuitive and straightforward, and can reduce the noise by more than 20 decibels;
Advantages: simple structure, simple production process;
The miner’s control board is prone to overheating in a small space, and the size and fire safety of the area are issues.
Labyrinth Noise Reduction Box
The labyrinth-shaped noise reduction box, the most effective noise-reduction device of them all, requires a few turns before the sound is audible. The WhatsMiner M50 can therefore be put to sleep in the bedroom. Its production is challenging and expensive, weighs more than 80 kilograms, and is larger than a square.
Advantages: good mute effect;
There are negatives, including the size of the area, a lack of fire safety, a high cost, and high body temperatures among the miners.
Water-cooled, Oil-cooled Noise Reducer
The fundamental premise of this system is that heat produced by hash board chips flows in a fixed pipe using water or oil as a heat conductor. However, the use of water- and oil-cooled noise reduction methods is less widespread. Air-cooled fans are still required to heat the water and oil heat carriers due to the law of energy conservation. Depending on the miner’s power, a specific volume of air-cooled exhaust is required. Usually, more than 12 fans with a speed of 3000 rpm are required for miners that are more potent than 1000W.
The Antminer S9 Hydro mining rig uses water cooling to lower temperature and noise.
Advantages: The air-cooled exhaust can be placed outdoors to isolate noise;
Cons include challenging production, voiding of the miner’s warranty, high cost, and air-cooled heat dissipation.
Wind Tunnel Noise Reducer
The wind tunnel noise reducer has a simple structure. To maintain the main board’s functionality, a fan speed simulator is used. The next step is to connect a negative pressure fan with an air capacity of more than 650 square meters. The wind tunnel design has a small environmental impact and significantly reduced noise. Miners that have more power than 1600W can only use one wind tunnel. The Whatsmienr series requires a large-size wind tunnel, whereas the Antminer series can use it because of the double wind tunnel’s ability to push the wind.
Advantages: easy installation, noticeable noise reduction effect, no damage to the miner’s warranty, low temperature of the miner, stable work;
It cannot be used with stronger miners due to its 1600W power limit.
ANC Active Noise Canceller
When it comes to reducing noise levels for miners, ANC active noise reduction technology goes a little too far. This is done with the intention of recording any noise the miners make by encircling them with 16 microphones. Single-chip computing computes the waveform opposite the noise to filter out the noise. The ANC active noise reducer has more significant drawbacks right now. Each device must be at least 1.5 meters away from the other. They will start interfering with one another if they don’t. The complexity of 16-channel energy conversion, calculation, and acquisition was higher than expected, contrary to all predictions. This technology will perform better when used in louder environments.
Advantages: noticeable noise reduction effect;
Large area and high cost are limitations.
Immersion Type Water Cooling, Oil Cooling
A circulating fan and immersion in water or oil can both be used to heat the miner. The result is flawless, and there is hardly any production difficulty. The outcomes could be disastrous due to the high fire pressure that comes with immersion oil cooling. No fire hazard exists with immersion-style water cooling. There are still substantial equipment requirements even though a deionizer is necessary to continuously remove ions from the water in order to keep it non-conductive.
Advantages: good noise reduction effect, does not destroy the warranty;
Oil cooling has advantages over water cooling, such as lower costs and lower fire prevention risk.
Miner Mute Machine
The loud noise created by the cooling fan blades’ rapid rotation is the most irritating feature of the home environment. The air needed to keep the processor cool while reducing noise is provided by the cargo volume. The mining of cryptocurrencies in urban areas is appropriate for this product. This product, which has a high heat dissipation efficiency and is quiet, only requires the removal of the miner’s original fan to be installed.
The lack of noise from the miners prevents large fans like the Antminer from working.
Antminer Silencer
The Antminer Silencer is made entirely of pure copper wire and has a number of benefits, such as high wind pressure, low noise, small size, large air volume (150 watts), quietness, and durability. There are three speeds available: high, medium, and low. The most common usage is high speed. In case you are connected, kindly check the motor. Please don’t disconnect it because doing so would damage the motor. There is absolutely no cord attached to this integrated device. The adjustable suction interface, which has a 220V input voltage and a 150W motor power consumption, is compatible with the majority of integrated miners from the T17 series, Innosilicon series, Avalon 1066, and other manufacturers.
Large air volume, low noise, and a broad application range are all advantages.
Why is Bitcoin Mining So Noisy?
Given that it makes use of powerful computers to tackle extremely challenging computational math problems, does bitcoin mining really create that much noise? Modern laptops and desktop computers run as quietly as possible.
Despite the fact that personal computers are now much quieter than they once were, unless you’re a video editor, you’re not really utilizing them to their fullest extent. With web browsing and your email client open, your device won’t exactly be overworked.
If you’ve ever used a gaming laptop or a CPU, you’re probably aware that under intense use, the GPU and the CPU have a tendency to overheat, forcing the chassis’s fans to spin at maximum speed in an effort to remove as much heat as possible.
It can be quite loud if you’re alone in a room during that process.
But when it comes to bitcoin, you want to apply all possible pressure. The aim of the computer is to fix the problem. One computer solves the issue, and as payment for the transaction, it receives a block subsidy in bitcoin. The race against time is repeated about every ten minutes, so you need to push out as many computations as you can to make a profit.
In order to output more computation, the computer must run more quickly, which consumes electricity and generates heat. Circuits could be damaged by excessive heat if it isn’t properly dissipated. The mining machine’s cooling fans must run at full capacity in order to keep the various parts of the machine cool.
Bitcoin mining no longer takes place on personal computers. To set up a mining rig, you need an application-specific integrated circuit (ASIC), as the required hardware is currently only designed to mine bitcoin. These rigs are optimized and contain only the parts needed to generate hash power computation. The removal of anything not required for mining.
A typical ASIC’s noise levels range between 50 DB and 90 DB; by comparison, the noise level is similar to a food blender or a loud vacuum.
Given that there is only one independent miner, you can imagine how infuriating it would be to constantly hear a blender or vacuum operating at your residence or at your neighbor’s residence.
When it comes to mining facilities, hundreds or thousands of these computers are performing calculations and using a tremendous amount of processing power, so it is not surprising that the whining fan noise would amplify and travel even further distances. Large numbers of people would consequently become irritated by the noise.
Conclusion: Ways to Reduce the Noise of WhatsMiner M50
Even though the WhatsMiner M50 will make you a lot of money, mining at home or at the office while it is running can be very loud.
The following is a list of the eight techniques for lowering WhatsMiner M50 noise that we covered in this article. That should be helpful, I hope.
