1. Overview of MICROBT WhatsMiner M30S++ (102TH/s)

The MICROBT WhatsMiner M30S++ (102TH/s) is a high-performance ASIC Bitcoin mining machine developed by MicroBT, a well-known manufacturer in the cryptocurrency mining industry. It was designed to compete directly with Bitmain’s Antminer series by offering strong hash rates and improved energy efficiency.

With a hash rate of approximately 102 terahashes per second (TH/s), the M30S++ is capable of solving complex cryptographic puzzles on the Bitcoin network, helping miners earn BTC rewards through proof-of-work mining.

Even though newer models have been released, the M30S++ remains widely used in mining farms due to its balance of cost, durability, and performance stability.

2. Technical Specifications and Performance

The MICROBT WhatsMiner M30S++ (102TH/s) is built for industrial-scale mining operations. Its specifications make it suitable for large mining farms, especially those located in regions with cheap electricity such as Texas.

Key specifications include:
• Hash Rate: ~102 TH/s
• Power Consumption: ~3,268W (varies slightly by batch)
• Power Efficiency: ~31 J/TH
• Algorithm: SHA-256 (Bitcoin mining)
• Cooling: Air-cooled dual fan system
• Operating Temperature: Typically 5°C – 40°C
• Noise Level: Around 75 dB

The high hash rate allows miners to contribute significantly to Bitcoin network processing power, while its energy efficiency helps control operational costs.

However, due to its power draw, it performs best when paired with low electricity rates or hosted mining facilities.

3. Energy Consumption and Mining Efficiency

One of the most important factors in Bitcoin mining profitability is energy efficiency, and the WhatsMiner M30S++ is designed with this in mind.

At approximately 3.2 kW power consumption, the device requires stable and affordable electricity to remain profitable. In regions like Texas—especially under ERCOT-based pricing—miners can optimize profitability by running the machine during low-cost energy periods.

The efficiency rating of around 31 joules per terahash means it consumes less power per unit of computing output compared to older generation miners. While it is not the most efficient ASIC on the market today, it still holds value for medium-scale mining operations.

Mining farms often deploy the M30S++ in large clusters to achieve economies of scale, reducing the overall cost per mined Bitcoin.

4. Profitability and Use in Mining Farms

The profitability of the MICROBT WhatsMiner M30S++ (102TH/s) depends heavily on electricity cost, Bitcoin price, and mining difficulty.

In low electricity regions (such as Texas hosting facilities), this miner can still generate steady returns, especially when operated at scale. However, in high-cost electricity environments, profitability becomes much more limited.

Mining farms typically use the M30S++ in one of two ways:
1. Self-mining operations – where the owner runs machines directly and keeps all mined Bitcoin
2. Hosted mining services – where miners are placed in industrial facilities that handle power, cooling, and maintenance

Because of its stable performance and relatively lower acquisition cost compared to newer ASICs, the M30S++ is often used as an entry-level industrial mining machine.

5. Advantages and Limitations of the M30S++

Like all mining hardware, the WhatsMiner M30S++ comes with both strengths and weaknesses.

Advantages:
• Strong and stable 102 TH/s hash rate
• Proven reliability in large mining farms
• Widely available and often lower cost than newer models
• Compatible with most Bitcoin mining infrastructure
• Suitable for Texas-based mining hosting operations

Limitations:
• Higher power consumption compared to newer ASIC models
• Noise level makes it unsuitable for home mining
• Reduced competitiveness in 2026 compared to latest generation miners
• Requires low-cost electricity to remain profitable

Despite these limitations, the M30S++ remains popular because it offers a good balance between price and performance for industrial mining setups.

6. Is MICROBT WhatsMiner M30S++ Still Worth It in 2026?

In 2026, the MICROBT WhatsMiner M30S++ (102TH/s) is no longer considered cutting-edge hardware, but it is still widely used in professional mining environments.

Its value now depends heavily on deployment strategy:
• In high electricity cost regions, it is generally not profitable
• In low-cost energy markets like Texas (ERCOT-based hosting), it can still perform well
• In large-scale mining farms, it is often used alongside newer machines to balance capital costs

Many mining operators use the M30S++ as part of a mixed fleet strategy—pairing older efficient machines with newer high-performance ASICs to optimize overall ROI.

Ultimately, while it is not the most advanced miner available today, it remains a reliable workhorse in industrial Bitcoin mining operations.

Technical Specifications

Shipping & Order Terms

• Dispatch Time: Ships within 5–7 business days

• El Salvador Delivery:

  • Express: 1–3 days

  • Economy: 3–6 days

• International Delivery: 2–5 days via DHL/FedEx

• Order Terms:

  • Payment must be confirmed within 24 hours

  • Reservation is only guaranteed after payment

  • All sales final; no refunds

Why Choose the MICROBT WhatsMiner M30S++ (102TH/s) in El Salvador?

• Powerful 102 TH/s hashrate for Bitcoin and SHA-256 coins

• Energy-efficient at 31 J/TH, lowering electricity costs

• Reliable build from a leading mining hardware manufacturer

• Fast El Salvador-wide shipping and support

• Suitable for home, data center, or industrial mining setups