| Product Name | Whatsminer M30S 100t |
| Algorithm | SHA256 |
| Hashrate | 98t |
| Power Consumption | 3332W |
| Release | October 2020 |
| Size | 155 x 225 x 425mm |
| Chip size | 12nm |
| Noise level | 75db |
| Fan(s) | 2 |
| Power | 3400W |
| Voltage | 12V |
| Temperature | 5 - 40 °C |
| Humidity | 5 - 90 % |
About MicroBT Whatsminer M30S+
A fourth-generation Antminer, the MicroBT Whatsminer M30S+ is a miner with a maximum hash rate of 100 TH/s. The maximum power consumption of 3400W, this promises to be a profitable miner. MicroBT is the manufacturer of this miner, and they have a reputation for creating standard products. The release date of this miner was October 2020, and it uses the SHA-256 Algorithm. With 100,000.0 GH/s, the return per day averages to around $2.56. And this is why the miner is the right fit for mining Bitcoin.
Some of the mineable coins on this miner include Bitcoin and BitcoinCash. The MicroBT Company is promising to be the fiercest competitor to its Bitmain Antminer S19 series. The maximum computing power is enough to give the S19 a run for its money. With an approximate energy cost of 31 J/T, it’s a better option than the S19 miners. Each generational MicroBT product seems to be similar in appearance but different in service delivery.
AirSpeed and start-up time
Although the airspeed is not considered useful metrics, we still have to check it out. One has to measure the airflow speed to understand how the miner works. The Whatsminer M30S+ comes with 3.0 m/s airflow. A key area to consider is the boot time with the miners. The M30S+ takes an average of around 27 minutes to boot up. One reason why the boot time is longer than other miners is the safety feature. Safety is considered by the manufacturer when it comes to start-up time.
Energy Efficiency
The MicroBT Whatsminer M30S+ uses an average of 34.4 J/TH, which is one percent above the competitor. It comes with an option of ‘high power’ mode, which one can experiment on a full day of mining. The miner comes with an average output of 109.4 TH/s, which is a significant increase. When we compare the high power mode and the normal mode, the normal conditions are 3743W and 3331W, respectively.
