The temperature values vary in different modes. The temperature for the air outlet switches between 51℃ and 70℃ in Efficiency mode or Performance mode, respectively.

Performance Modes

Innosilicon T2T 32T comes with four mining modes, which allow the miner to operate in four modes of Balanced, Efficiency, Factory, Performance.

Efficiency Mode: In this mode, the Innosilicon T2T 32T works in low power consumption and reduced hash rate. The temperature warning value is 55℃, and it has a hash rate of 27.9T. The total power consumed is about 19040-2037W, with a power consumption ratio of 69.5-73W/T.

Factory Mode: This is the default mining mode. While set at factory mode, the total power consumed is about 2217-2350W, and the power consumption ratio is 70.2-74.3W/T. The temperature warning value is 65℃, and the top hash rate is 32T.

Balanced Mode: This is the recommended mode for proportional mining. The Innosilicon T2T 32T has an average hash rate of 29.5T with the flat mining mode. It has a total of 2204-2265W consumed, and the temperature warning value is 60℃.

Performance Mode: This mode offers higher hash rates but increases power consumption as expected. When selected, the system will show a warning: “You’re going to enter overclocking mode, which will consume more power. Please make sure the power supply capability is enough, and the cables can handle the current load.” The peak hash rate is 33.8Th/s, the power consumption of 2370-2512W, and a power consumption ratio of about 70.1-74.3W/T.

Performance+ Mode: This is the highest mining mode for the Innosilicon T2T 32T. When selected, the system will show a warning: “You’re going to enter overclocking mode, which will consume more power. Please make sure the power supply capability is enough, and the cables can handle the current load.” In this mode, the device will automatically try to adjust to the best frequency. A single hash board will fluctuate between 7.7T and 11.8T, totaling a maximum hash rate of 34.8T, and stabilize.

The miner consists of three hash boards. The oblique-designed heat sink on the air inlet reduces wind resistance and allows air intake for adequate air circulation.

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