System, method, and non-transitory computer-readable medium for cryptocurrency mining

A mining device comprising:

• a mother board including one or more processors in operable communication with memory;
• a power supply in operable communication with said mother board;
• a input-output interface in operable communication with said mother board;
• a plurality of hash boards each comprising a plurality of mining chips, each of said hash board in operable communication with said mother board;
• and
• a dynamic tuning firmware provided in said memory that performs:
• retrieving, by said one or more processors, metric data comprising a temperature of one or more of said plurality of mining chips, or a temperature of said one or more hash boards, said temperature measured by sensors provided within said mining device while mining digital currency;
• determining, by said one or more processors, based on said metric data, that said temperature of said one or more of said plurality of mining chips, or said temperature of said one or more of said plurality of hash boards exceeds a first temperature threshold;
• upon determining that said temperature of said one or more of said plurality of mining chips, or said temperature of said one or more of said plurality of hash boards exceeds said first temperature threshold, said one or more processors selecting a chip profile configuration from a plurality of chip profile configurations stored in said memory, each of said plurality of chip profile configurations including chip voltages, and chip frequencies;
• dynamically adjusting said selected chip profile configuration by decreasing a chip voltage selected from said chip voltages, and decreasing a chip frequency selected from said chip frequencies to provide a reduced hashrate, a target chip voltage, and a target chip frequency;
• and
• generating a command signal to supply said target chip voltage, and said target chip frequency to each of said one or more of said plurality of mining chips to operate each of said one or more of said plurality of mining chips at said reduced hashrate.

A non-transitory computer-readable medium storing thereon computer-executable instructions that, when executed by one or more processors in communication with one or more cryptocurrency miners, each cryptocurrency miner including one or more hash boards each including mining chips, cause said one or more processors to perform;

• retrieving, by said one or more processors in communication with memory, metric data comprising a temperature of one or more of said mining chips, or a temperature of said one or more hash boards, said temperature measured by sensors provided within said one or more cryptocurrency miners while mining digital currency;
• determining, based on said metric data, that said temperature of any of said one or more of said mining chips, or said temperature of any of said one or more hash boards exceeds a first temperature threshold;
• upon determining that said temperature of said one or more of said mining chips, or said temperature of any of said one or more hash boards exceeds said first temperature threshold, selecting, by said one or more processors, a chip profile configuration from a plurality of chip profile configurations stored in said memory, each of said plurality of chip profile configurations comprising chip voltages, and chip frequencies;
• dynamically adjusting said selected chip profile configuration by decreasing a chip voltage selected from said chip voltages, or decreasing a chip frequency selected from said chip frequencies to lower a hashrate and provide a reduced hashrate, a target chip voltage, and a target chip frequency;
• and
• supplying said target chip voltage, and said target chip frequency to each of said one or more of said mining chips to operate each of said one or more of said mining chips at said reduced hashrate.

A non-transitory computer-readable medium storing thereon computer-executable instructions that, when executed by one or more processors in communication with one or more cryptocurrency miners, each cryptocurrency miner including one or more hash boards each having a plurality of mining chips, cause said one or more processors to perform:

• retrieving metric data comprising an environmental temperature, or an internal temperature of said cryptocurrency miners, said environmental temperature, or said internal temperature measured by one or more sensors provided within, or adjacent to, said one or more cryptocurrency miners while mining digital currency;
• determining, based on said metric data, that said environmental temperature, or said internal temperature exceeds a first chip temperature threshold;
• upon determining that said environmental temperature, or said internal temperature exceeds said first chip temperature threshold, selecting a chip profile configuration from a plurality of chip profile configurations stored in said memory, each of said plurality of chip profile configurations comprising chip voltages, and chip frequencies;
• dynamically adjusting said selected chip profile configuration by decreasing a chip voltage selected from said chip voltages, and decreasing a chip frequency selected from said chip frequencies to reduce a hashrate of each of said plurality of mining chips;
• subsequent to dynamically adjusting said selected chip profile configuration by decreasing said chip voltage, and decreasing said chip frequency, in response to determining that said environmental temperature, or said internal temperature falls below said first chip temperature threshold, increasing said chip voltage by a voltage increment value, and increasing said chip frequency to increase said hashrate of each of said plurality of mining chips to provide a target chip hashrate, a target chip voltage and a target chip frequency;
• and
• generating a command signal to supply said target chip voltage and said target chip frequency to each of said plurality of mining chips to operate each of said plurality of mining chips at said target hashrate.