Whatsminer M76S Key Features

The Whatsminer M76S combines high SHA-256 output, immersion cooling, Ethernet management, industrial electrical input, and continuous mining-farm operation.

• Manufacturer: MicroBT
• Brand: WhatsMiner
• Model: M76S
• Full product name: Whatsminer M76S
• Miner category: Immersion-cooled SHA-256 ASIC miner
• Primary cryptocurrency: Bitcoin
• Submitted hashrate: Approximately 362TH/s
• Submitted power: Approximately 5,200W
• Calculated efficiency: Approximately 14.36J/TH
• Cooling method: Dielectric-fluid immersion cooling
• Network interface: Ethernet
• Submitted voltage: Approximately 380–480V
• Submitted dimensions: Approximately 401 × 267 × 147mm
• Submitted weight: Approximately 18kg
• Submitted operating temperature: Approximately −5°C to 40°C
• Submitted humidity: Approximately 10% to 90%, non-condensing
• Recommended use: Professional mining farm or immersion-hosting facility

Whatsminer M76S Specifications

Specification notice: The 362TH/s, 5,200W, dimensions, weight, voltage, temperature, and humidity values are based on the submitted configuration. Confirm them against the factory label, invoice, dashboard, and current manufacturer documentation before purchase.

The original 75dB entry has been removed from the core specification table because an immersion-cooled Whatsminer M76S does not rely on the same high-speed miner fans used by conventional air-cooled ASICs. Pumps and facility heat-rejection equipment may still generate noise.

Whatsminer M76S Mining Performance

The Whatsminer M76S performs approximately 362 trillion SHA-256 calculations every second under the submitted nominal configuration.

Actual local hashrate can move above or below the listed value because of firmware, operating profile, immersion-fluid temperature, circulation rate, input power, hashboard health, PSU stability, and facility design.

Pool-side accepted hashrate may also differ from the local dashboard because of network latency, rejected shares, stale work, pool-server location, and normal short-term variation.

Factors Affecting Mining Performance

• Firmware version
• Selected performance mode
• Immersion-fluid temperature
• Fluid circulation rate
• Heat-exchanger capacity
• Power quality
• Hashboard condition
• PSU stability
• Ethernet reliability
• Mining-pool server location

Operators should compare the local Whatsminer M76S dashboard with average pool-side accepted hashrate over several hours rather than relying on short performance peaks.

Important Monitoring Values

• Real-time hashrate
• Average hashrate
• Pool-side accepted hashrate
• Accepted shares
• Rejected shares
• Stale shares
• Hashboard status
• Immersion-fluid temperature
• Coolant circulation
• Electrical load

Whatsminer M76S Power Efficiency

The submitted Whatsminer M76S efficiency is calculated as follows:

5,200W ÷ 362TH/s = approximately 14.36J/TH

This means the miner consumes approximately 14.36 joules of electricity for each terahash of SHA-256 performance produced per second.

Lower joules-per-terahash generally improve electricity efficiency, but efficiency should never be considered in isolation.

Efficiency Comparison Factors

• Total hashrate
• Wall power
• Joules per terahash
• Hardware price
• Electricity cost
• Immersion-system electricity
• Hosting expenses
• Expected uptime
• Repair availability
• Warranty support

The Whatsminer M76S provides better calculated efficiency than the submitted 336TH/s M76 configuration operating at the same 5,200W power level.

Whatsminer M76S Electricity Consumption

At a continuous nominal load of 5,200W, the Whatsminer M76S consumes approximately:

• 124.8kWh per day
• 873.6kWh per week
• 3,744kWh per 30-day month
• 45,552kWh per year

Estimated Monthly Miner Electricity Costs

• At $0.03/kWh: approximately $112.32
• At $0.05/kWh: approximately $187.20
• At $0.08/kWh: approximately $299.52
• At $0.10/kWh: approximately $374.40
• At $0.15/kWh: approximately $561.60
• At $0.20/kWh: approximately $748.80
• At $0.30/kWh: approximately $1,123.20

These calculations cover miner electricity only. Immersion pumps, heat exchangers, dry coolers, monitoring systems, and facility networking consume additional power.

Use a properly rated power meter or monitored industrial PDU to measure actual Whatsminer M76S wall consumption.

Whatsminer M76S Profitability Factors

The profitability of the Whatsminer M76S depends on current Bitcoin mining revenue and complete operating expenses.

• Bitcoin market price
• Bitcoin network difficulty
• Total network hashrate
• Current block subsidy
• Transaction-fee revenue
• Mining-pool fees
• Rejected-share rate
• Electricity price
• Immersion-system electricity
• Hosting fees
• Hardware purchase price
• Maintenance and repairs

Daily Miner Electricity Costs

• At $0.03/kWh: approximately $3.74 per day
• At $0.05/kWh: approximately $6.24 per day
• At $0.08/kWh: approximately $9.98 per day
• At $0.10/kWh: approximately $12.48 per day
• At $0.15/kWh: approximately $18.72 per day
• At $0.20/kWh: approximately $24.96 per day

Calculate estimated net income by subtracting miner electricity, cooling-system electricity, pool fees, hosting, maintenance, financing, and downtime from gross mining revenue.

Do not rely on fixed earnings, guaranteed payback periods, or permanent ROI claims when evaluating the Whatsminer M76S.

Whatsminer M76S Immersion-Cooling Requirements

The Whatsminer M76S is intended for immersion cooling. The miner operates while submerged in electrically non-conductive dielectric fluid.

Heat transfers from the ASIC components into the immersion fluid. Pumps then move the heated fluid through a heat exchanger or other heat-rejection system.

Typical Immersion System Components

• Compatible immersion tank
• Approved dielectric coolant
• Circulation pump
• Heat exchanger
• Dry cooler or cooling tower
• Fluid filtration
• Temperature sensors
• Flow monitoring
• Leak containment
• Industrial electrical distribution

Immersion Fluid Guidance

• Use fluid manufactured for electronics immersion.
• Do not use water or automotive coolant.
• Keep the fluid clean and dry.
• Confirm compatibility with seals, cables, and plastics.
• Monitor fluid temperature continuously.
• Maintain sufficient circulation.
• Inspect pumps and filters regularly.
• Do not mix incompatible fluid types.
• Provide spill containment.
• Follow local fire and safety requirements.

Review the official WhatsMiner support portal and current immersion-cooling instructions before installing the Whatsminer M76S.

Whatsminer M76S Electrical Requirements

The submitted specification lists approximately 380–480V input, indicating that the Whatsminer M76S requires professional industrial electrical infrastructure.

The exact phase configuration, power cable, current, breaker, connector, PDU, and grounding arrangement must be confirmed from the factory label and current manufacturer documentation.

Electrical Preparation Checklist

• Confirm the factory input-voltage range.
• Confirm the required phase configuration.
• Install proper equipment grounding.
• Use correctly rated circuit protection.
• Use an industrial mining PDU.
• Confirm cable and connector ratings.
• Provide an emergency disconnect.
• Protect electrical connections from fluid exposure.
• Balance facility electrical loads.
• Use a qualified industrial electrician.

Never select the Whatsminer M76S cable or breaker using another miner’s specifications. Electrical requirements must match the exact machine and installation.

Whatsminer M76S SHA-256 Bitcoin Mining

The Whatsminer M76S is built for SHA-256 proof-of-work mining. Bitcoin mining software sends block-header work and a target threshold to the ASIC miner.

The machine performs repeated SHA-256 calculations while searching for a qualifying result. When connected to a mining pool, it submits lower-difficulty shares that demonstrate completed work.

The miner may support additional SHA-256 networks when compatible pools and firmware are available. It cannot mine unrelated algorithms such as:

• Scrypt used by Litecoin and Dogecoin
• RandomX used by Monero
• kHeavyHash used by Kaspa
• BLAKE3 used by Alephium
• NexaPow used by Nexa
• Ethash-family algorithms

Review the official Bitcoin mining documentation, visit the official WhatsMiner website, and use the WhatsMiner technical support portal.

Whatsminer M76S Mining-Pool Configuration

The Whatsminer M76S normally connects to compatible SHA-256 mining pools through wired Ethernet.

Typical pool configuration requires:

• A compatible Stratum server address
• A Bitcoin payout address or pool account
• A worker name
• A pool password
• Secondary and tertiary backup pools

Pool Selection Checklist

• Pool fee
• Payout method
• Minimum payout threshold
• Regional server locations
• Historical uptime
• Rejected-share performance
• Worker monitoring
• Account security
• Customer support
• Pool hashrate concentration

After configuration, verify that the Whatsminer M76S connects successfully and begins submitting accepted shares.

Whatsminer M76S Installation Guide

1. Inspect the shipping package for damage.
2. Confirm that the factory label states M76S.
3. Verify the factory hashrate and power rating.
4. Inspect the hashboards, control board, PSU, and connectors.
5. Confirm immersion-tank compatibility.
6. Confirm dielectric-fluid compatibility.
7. Install the pump and heat exchanger.
8. Fill the tank with approved dielectric fluid.
9. Inspect the system for leaks and contamination.
10. Submerge the miner according to the system design.
11. Connect wired Ethernet.
12. Connect the approved industrial power supply.
13. Start fluid circulation.
14. Confirm temperature and flow.
15. Power on the miner.
16. Locate the miner’s IP address.
17. Open the management interface.
18. Change the default password.
19. Configure primary and backup mining pools.
20. Monitor hashrate, fluid temperature, and electrical load.

Do not energize the Whatsminer M76S before the immersion-cooling system is circulating and capable of removing heat.

Whatsminer M76S Maintenance

Routine maintenance helps the Whatsminer M76S maintain stable hashrate, cooling performance, network connectivity, and pool-side output.

• Monitor dielectric-fluid condition.
• Check tank temperature.
• Inspect circulation pumps.
• Clean or replace filters.
• Inspect the heat exchanger.
• Check for leaks.
• Monitor hashboard status.
• Inspect electrical connections.
• Compare dashboard and pool-side hashrate.
• Review rejected and stale shares.
• Back up pool settings.
• Use compatible official firmware.

Use the official WhatsMiner knowledge base for current firmware, tools, and maintenance guidance.

Whatsminer M76S Model Comparison

The Whatsminer M76S belongs to the M76 immersion-miner family and should be distinguished from other cooling architectures and model suffixes.

Based on the submitted ratings, the M76S delivers approximately 7.7% more hashrate than the M76 while using the same nominal power.

Confirm each machine through the factory label, firmware dashboard, serial number, power rating, and production documentation rather than chassis appearance alone.

Whatsminer M76S Buying Checklist

Before ordering the Whatsminer M76S, confirm exactly what the quoted price includes.

• Exact M76S model label
• Factory hashrate rating
• Factory efficiency rating
• Factory power rating
• Input voltage and phase configuration
• New, used, or refurbished condition
• Hashboard condition
• PSU condition
• Control-board condition
• Firmware version
• Repair history
• Power-cable inclusion
• Immersion-tank inclusion
• Dielectric-fluid inclusion
• Seller warranty
• Return policy
• Shipping insurance

Request a recent test video showing the exact Whatsminer M76S hashrate, uptime, hardware errors, pool status, immersion-fluid temperature, and measured wall power.

Contact Hash Titans to check current availability, configuration, pricing, shipping, and purchase support.

Whatsminer M76S Warranty and Shipping

Warranty coverage depends on the seller, purchase channel, machine condition, production batch, and applicable MicroBT policy.

• Confirm the warranty duration in writing.
• Ask who handles repairs.
• Check whether immersion-related damage is covered.
• Confirm approved fluid requirements.
• Review the return period.
• Verify the shipping warehouse.
• Review shipping insurance.
• Check import duties and taxes.
• Request protective packaging.
• Inspect the miner immediately after delivery.

Damage caused by unsuitable fluid, incorrect voltage, insufficient circulation, unauthorized firmware, or improper repairs may not be covered.

Whatsminer M76S Frequently Asked Questions