The NerdQaxe++ is a powerful, open-source SHA-256 Bitcoin miner designed for serious hobbyists and advanced home users. With a hashrate of around 4.8 TH/s, it sits well above entry-level devices like Bitaxe while remaining far more approachable than industrial mining hardware.
This miner is popular with users who want a hands-on learning experience with Bitcoin mining at a meaningful hashrate, without stepping into the noise, heat, and power demands of commercial ASICs.
Australian electricity prices and widespread rooftop solar mean efficiency matters. The NerdQaxe++ is often chosen by users who have excess solar generation or dedicated circuits and want to explore Bitcoin mining in a controlled, educational way.
Compared to industrial miners, the NerdQaxe++ offers a balance:
Substantial hashrate
Manageable power draw
Home-friendly footprint
This makes it suitable for garages, workshops, or well-ventilated home office setups.
Algorithm: SHA-256 (Bitcoin)
Hashrate: ~4.8 TH/s
Power consumption: ~80 - 100W
Connectivity: Wi-Fi
Cooling: active cooling with heatsinks and fans
Firmware: open-source (NerdQaxe / ESP-Miner ecosystem)
Form factor: extremely compact compared to industrial ASICs
(Exact performance depends on silicon quality, airflow, and firmware settings.)
The NerdQaxe++ is very quiet while achieving the most efficient miner (15W/Th) in today’s market. It’s open-source hardware designed for users who want visibility and control over how their miner runs.
Owners typically:
Monitor temperatures and power usage
Adjust firmware settings
Learn how hashrate, difficulty, and variance interact in real time
For many users, this transparency and control is the main appeal.
Solo pool mining for learning and experimentation
Advanced hobbyist Bitcoin mining setups
Using spare or solar power during daylight hours
Open-source firmware development and testing
If you’re already familiar with Bitaxe-class devices, the NerdQaxe++ represents a step up in scale:
Higher hashrate for deeper learning
Greater thermal and power considerations
More suitable for dedicated spaces
It’s often chosen by users who want to go beyond entry-level hardware while staying within a home-friendly environment.
The NerdQaxe++ is intended for hobbyist and educational use.
It is not a financial or investment product, and Bitcoin solo mining outcomes are probabilistic and not guaranteed.
Is the NerdQaxe++ suitable for home use?
It can be, provided you have adequate ventilation and are comfortable managing heat and power. It is quieter and smaller than industrial ASICs but more demanding than entry-level miners.
Can I solo mine with the NerdQaxe++?
Yes. Many users connect NerdQaxe++ miners to solo pools to learn how block discovery works in practice.
Is this open-source hardware?
Yes. The NerdQaxe++ ecosystem uses open-source firmware and tooling, allowing users to inspect, modify, and build on the software.
Does it work in Australia?
Yes. Ensure your power supply and electrical setup meet Australian standards and are appropriate for the device’s requirements.
The NerdQaxe++ is a powerful, open-source SHA-256 Bitcoin miner designed for serious hobbyists and advanced home users. With a hashrate of around 4.8 TH/s, it sits well above entry-level devices like Bitaxe while remaining far more approachable than industrial mining hardware.
This miner is popular with users who want a hands-on learning experience with Bitcoin mining at a meaningful hashrate, without stepping into the noise, heat, and power demands of commercial ASICs.
Australian electricity prices and widespread rooftop solar mean efficiency matters. The NerdQaxe++ is often chosen by users who have excess solar generation or dedicated circuits and want to explore Bitcoin mining in a controlled, educational way.
Compared to industrial miners, the NerdQaxe++ offers a balance:
Substantial hashrate
Manageable power draw
Home-friendly footprint
This makes it suitable for garages, workshops, or well-ventilated home office setups.
Algorithm: SHA-256 (Bitcoin)
Hashrate: ~4.8 TH/s
Power consumption: ~80 - 100W
Connectivity: Wi-Fi
Cooling: active cooling with heatsinks and fans
Firmware: open-source (NerdQaxe / ESP-Miner ecosystem)
Form factor: extremely compact compared to industrial ASICs
(Exact performance depends on silicon quality, airflow, and firmware settings.)
The NerdQaxe++ is very quiet while achieving the most efficient miner (15W/Th) in today’s market. It’s open-source hardware designed for users who want visibility and control over how their miner runs.
Owners typically:
Monitor temperatures and power usage
Adjust firmware settings
Learn how hashrate, difficulty, and variance interact in real time
For many users, this transparency and control is the main appeal.
Solo pool mining for learning and experimentation
Advanced hobbyist Bitcoin mining setups
Using spare or solar power during daylight hours
Open-source firmware development and testing
If you’re already familiar with Bitaxe-class devices, the NerdQaxe++ represents a step up in scale:
Higher hashrate for deeper learning
Greater thermal and power considerations
More suitable for dedicated spaces
It’s often chosen by users who want to go beyond entry-level hardware while staying within a home-friendly environment.
The NerdQaxe++ is intended for hobbyist and educational use.
It is not a financial or investment product, and Bitcoin solo mining outcomes are probabilistic and not guaranteed.
Is the NerdQaxe++ suitable for home use?
It can be, provided you have adequate ventilation and are comfortable managing heat and power. It is quieter and smaller than industrial ASICs but more demanding than entry-level miners.
Can I solo mine with the NerdQaxe++?
Yes. Many users connect NerdQaxe++ miners to solo pools to learn how block discovery works in practice.
Is this open-source hardware?
Yes. The NerdQaxe++ ecosystem uses open-source firmware and tooling, allowing users to inspect, modify, and build on the software.
Does it work in Australia?
Yes. Ensure your power supply and electrical setup meet Australian standards and are appropriate for the device’s requirements.
