Description
NerdQaxe++ 4.8TH/s Bitcoin Home Miner
The NerdQaxe++ is a compact SHA-256 Bitcoin miner designed for home miners, solo-mining enthusiasts, developers, and users who want meaningful desktop hashrate without operating a large industrial ASIC machine. Built around four BM1370 mining chips, the NerdQaxe++ delivers a maximum listed hashrate of 4.8TH/s while consuming approximately 72W.
Its combination of low power demand, Wi-Fi connectivity, compact dimensions, and reduced operating noise makes the NerdQaxe++ easier to integrate into a home office, workshop, mining shelf, or small technical setup than a multi-kilowatt Bitcoin miner. The unit operates on the SHA-256 algorithm and can connect to a compatible Bitcoin pool or solo-mining server.
Using the supplied ratings, the calculated energy efficiency of the NerdQaxe++ is approximately 15J/TH. Actual performance can vary according to firmware, ASIC frequency, voltage, cooling, power-supply efficiency, ambient temperature, and the quality of the individual build.
The NerdQaxe++ belongs to an open-source mining-hardware ecosystem. Different sellers may provide different enclosures, fans, displays, power adapters, firmware versions, and factory tuning settings. Buyers should therefore confirm the exact package contents before ordering.
Browse more equipment in our ASIC miners collection, or explore additional Bitcoin mining hardware available from Hash Titans.
NerdQaxe++ Key Features
The NerdQaxe++ offers more hashrate than many entry-level desktop miners while remaining compact enough for personal and educational use. Its four-chip design provides a useful balance between output, electricity consumption, heat, and noise.
- Product model: NerdQaxe++
- Hardware category: Compact open-source Bitcoin miner
- Mining algorithm: SHA-256
- Maximum listed hashrate: 4.8TH/s
- Power consumption: Approximately 72W
- Calculated efficiency: Approximately 15J/TH
- ASIC chip model: BM1370
- ASIC quantity: 4 chips
- Cooling method: Air cooling
- Fan quantity: 1
- Network interface: Wi-Fi
- Listed noise level: Approximately 40dB
- Operating temperature: 5–40°C
- Operating humidity: 10–65%
- Primary cryptocurrency: Bitcoin
- Warranty: No service or replacement coverage included
NerdQaxe++ Specifications
| Model | NerdQaxe++ |
|---|---|
| Hardware type | Open-source compact SHA-256 miner |
| Mining algorithm | SHA-256 |
| Maximum listed hashrate | 4.8TH/s |
| Power consumption | Approximately 72W |
| Calculated energy efficiency | Approximately 15J/TH |
| ASIC chip model | BM1370 |
| ASIC chip quantity | 4 |
| Estimated enclosure dimensions | 200 × 100 × 50mm |
| Listed weight | Approximately 0.4kg |
| Cooling fan | 1 |
| Listed noise level | Approximately 40dB |
| Network interface | Wi-Fi |
| Operating temperature | 5–40°C |
| Operating humidity | 10–65%, non-condensing |
| Warranty | No service or replacement coverage included |
Important: The NerdQaxe++ is based on an open-source design and may be assembled by different vendors. Enclosure size, fan model, power connector, display, firmware, included adapter, and factory tuning may differ between listings.
NerdQaxe++ Mining Overview
Algorithm
SHA-256
Maximum Hashrate
4.8TH/s
Power Consumption
Approximately 72W
Four BM1370 ASIC Chips
The NerdQaxe++ uses four BM1370 ASIC chips. These dedicated mining processors perform SHA-256 calculations and work together to produce the miner’s combined hashrate.
The four-chip architecture allows the NerdQaxe++ to deliver considerably more performance than a basic single-chip hobby miner. It also places greater demand on the voltage regulators, power connector, heatsink, and fan, making proper cooling and power delivery essential.
Individual chip performance may differ slightly. Firmware monitoring can reveal variations in temperature, nonce production, voltage, and stability across the four ASICs.
Excessive frequency, insufficient voltage, poor heatsink contact, or an undersized power supply can cause instability. The miner should not be operated without its fan or heatsink securely installed.
For open-source reference information, review the NerdQ hardware repository.
NerdQaxe++ Bitcoin Mining Performance
The NerdQaxe++ has a maximum listed hashrate of 4.8TH/s. This level of performance is appropriate for home mining, Bitcoin education, firmware testing, solo-pool participation, and small-scale shared-pool mining.
Actual sustained hashrate can vary according to firmware, ASIC frequency, voltage, cooling, Wi-Fi stability, power-adapter quality, and silicon variation.
Short dashboard peaks should not be treated as the miner’s long-term output. Operators should monitor accepted shares and average pool-side hashrate over several hours or days.
Repeated restarts, rejected shares, chip errors, or falling hashrate may indicate excessive tuning, poor cooling, weak power delivery, or unstable network conditions.
The NerdQaxe++ provides useful desktop mining performance but should not be compared directly with industrial miners producing hundreds of terahashes per second.
15J/TH Calculated Efficiency
Using the supplied ratings, the NerdQaxe++ produces 4.8TH/s while consuming approximately 72W. Dividing 72W by 4.8TH/s gives a calculated efficiency of 15J/TH.
At 72W, continuous operation consumes approximately 1.73kWh per day. Over 30 days, the miner would use approximately 51.84kWh if it remained online continuously at the same power level.
At an electricity price of $0.10 per kilowatt-hour, estimated monthly electricity cost would be approximately $5.18. At $0.20 per kilowatt-hour, the cost would be approximately $10.37.
Actual wall consumption may be slightly higher because the external power supply is not perfectly efficient. Display hardware, fan speed, and overclocking can also increase total demand.
Mining profitability is not guaranteed. Bitcoin price, network difficulty, pool fees, hardware cost, electricity price, downtime, and solo-mining luck all affect financial results.
NerdQaxe++ Cooling and Noise
The NerdQaxe++ uses an air-cooled heatsink and one active fan to remove heat from its four BM1370 ASIC chips and power-regulation components.
The supplied noise rating is approximately 40dB. Actual sound can vary according to fan type, fan speed, room temperature, firmware settings, dust accumulation, and enclosure design.
For stable cooling:
- Place the miner on a stable and open surface.
- Keep the fan intake and exhaust unobstructed.
- Do not operate it inside a closed drawer or cabinet.
- Keep the room within the listed 5–40°C range.
- Remove dust from the fan and heatsink carefully.
- Verify that the fan starts immediately when powered.
- Stop the miner if temperatures rise abnormally.
- Avoid directing hot exhaust air back toward the intake.
The NerdQaxe++ is substantially quieter than many commercial ASIC miners, but continuous fan noise may still be noticeable in a silent bedroom or office.
Mineable Coins with NerdQaxe++
Bitcoin
The primary cryptocurrency associated with the NerdQaxe++ is Bitcoin. The miner performs SHA-256 calculations and submits shares through a compatible mining pool or solo-mining server.
Other SHA-256 cryptocurrencies may be technically compatible, but users should confirm firmware support, pool availability, payout rules, and network liquidity before switching coins.
For general information about Bitcoin and proof-of-work mining, review the official Bitcoin educational resources.
NerdQaxe++ Solo and Pool Mining
The NerdQaxe++ may be configured for solo mining or compatible shared-pool mining.
Solo Mining
Solo mining means the miner attempts to discover a valid Bitcoin block independently. At 4.8TH/s, the probability of finding a block is extremely low compared with the total Bitcoin network hashrate.
A miner could run for a very long time without receiving a reward. This is why compact solo miners are sometimes described as lottery miners.
Shared-Pool Mining
In a shared pool, the NerdQaxe++ contributes hashrate alongside other miners. Rewards are distributed according to accepted shares and the pool’s payment method.
Before selecting a pool, compare:
- Pool fees
- Payout thresholds
- Payment method
- Minimum hashrate requirements
- Server location
- Security features
- Reputation and uptime
Some pools have payout thresholds that may take a long time to reach with 4.8TH/s. Buyers should understand these conditions before choosing between pool and solo mining.
Wi-Fi Connectivity and Open-Source Firmware
The NerdQaxe++ uses Wi-Fi for pool communication and browser-based configuration. After connecting the miner to a local wireless network, users can normally manage it from a web interface.
Depending on the installed firmware, operators may be able to:
- Enter mining-pool information
- Monitor hashrate and accepted shares
- View ASIC temperatures
- Adjust clock frequency
- Change ASIC voltage
- Control fan behavior
- Install firmware updates
- Review power consumption
Firmware should only be downloaded from a trusted source. The official NerdQaxe web-flasher project provides public information about supported flashing tools.
Overclocking the NerdQaxe++ may increase hashrate, but it also raises heat, power consumption, noise, instability, and the risk of component damage.
NerdQaxe++ Electrical Requirements
The NerdQaxe++ normally operates from a low-voltage DC supply connected through an external AC adapter. Buyers should confirm the exact DC voltage, current rating, connector type, and polarity before powering the unit.
A 72W mining load requires a power supply with adequate continuous output and some safety headroom. A weak or undersized adapter may overheat, restart the miner, lower hashrate, or damage the connector.
- Use only a correctly rated power supply.
- Confirm connector polarity before startup.
- Keep the adapter on a ventilated surface.
- Do not cover the adapter during operation.
- Inspect cables and plugs for heat discoloration.
- Use surge protection where appropriate.
- Disconnect power before cleaning or servicing the miner.
- Do not handle electrical connections with wet hands.
The NerdQaxe++ uses far less electricity than an industrial ASIC miner, but it is still designed for continuous operation and should be powered safely.
NerdQaxe++ Setup Guide
Before setting up the NerdQaxe++, prepare a stable Wi-Fi connection, compatible power supply, Bitcoin wallet address where required, and a supported pool or solo-mining server.
- Inspect the miner, heatsink, fan, board, and connectors.
- Place the device on a stable and ventilated surface.
- Confirm that the fan can rotate freely.
- Connect the approved power supply.
- Allow the miner to create its setup Wi-Fi network.
- Connect a phone or computer to the setup network.
- Open the local configuration page.
- Select the home Wi-Fi network.
- Enter the wireless password.
- Add the selected mining-pool or solo-pool address.
- Enter the worker name or Bitcoin address as required.
- Save the configuration and restart the miner.
- Confirm that it connects successfully.
- Monitor hashrate, temperature, and accepted shares.
During the first operating period, verify that the NerdQaxe++ does not experience repeated restarts, excessive temperature, chip errors, or unstable hashrate.
Why Choose the NerdQaxe++?
The NerdQaxe++ may suit users who want stronger desktop Bitcoin mining performance without installing a loud, high-power commercial ASIC machine.
Its primary advantages include:
- Up to 4.8TH/s listed performance
- Four BM1370 ASIC chips
- Approximately 72W consumption
- Calculated 15J/TH efficiency
- Wi-Fi configuration
- Compact desktop footprint
- Reduced operating noise
- Open-source hardware background
- Support for solo or compatible pool mining
- Low daily electricity demand compared with industrial miners
Browse more Bitcoin mining hardware to compare the NerdQaxe++ with compact miners and larger professional ASIC machines.
NerdQaxe++ Frequently Asked Questions
What is the NerdQaxe++?
The NerdQaxe++ is a compact, open-source SHA-256 Bitcoin miner built around four BM1370 ASIC chips.
What is its maximum hashrate?
The supplied specification lists a maximum hashrate of 4.8TH/s.
How much power does it consume?
The seller-listed consumption is approximately 72W.
What is its calculated efficiency?
At 4.8TH/s and 72W, the calculated efficiency is 15J/TH.
Which chips does the NerdQaxe++ use?
It uses four BM1370 SHA-256 ASIC chips.
Can it mine Bitcoin?
Yes. It operates on the SHA-256 algorithm used by Bitcoin.
Can it be used for solo mining?
Yes, but the probability of finding a Bitcoin block at 4.8TH/s is extremely low and never guaranteed.
Can it connect to a shared pool?
Yes, where the pool accepts its hashrate and supports its Stratum connection.
How does it connect to the internet?
The NerdQaxe++ uses Wi-Fi connectivity.
How loud is it?
The supplied noise rating is approximately 40dB. Actual noise varies according to fan speed and build configuration.
How much electricity does it use each day?
At 72W, continuous operation consumes approximately 1.73kWh per day.
What operating temperature is recommended?
The supplied operating range is 5–40°C.
Does it include a warranty?
The supplied listing states that no service or replacement coverage is included. Buyers should review the seller’s return terms before ordering.
Can the NerdQaxe++ be overclocked?
Some firmware versions permit frequency and voltage adjustment. Overclocking increases heat, power consumption, noise, and the risk of instability or damage.
Is the NerdQaxe++ profitable?
Profitability is not guaranteed. It depends on Bitcoin price, mining difficulty, pool terms, electricity cost, hardware price, and solo-mining luck.
Buy NerdQaxe++ Bitcoin Mining Hardware
The NerdQaxe++ combines four BM1370 ASIC chips, up to 4.8TH/s of SHA-256 performance, and approximately 72W power consumption in a compact Wi-Fi-enabled miner. Its calculated 15J/TH efficiency and open-source hardware foundation make it an appealing choice for Bitcoin hobbyists, home miners, and solo-mining enthusiasts.
Before ordering, confirm the exact enclosure dimensions, included power supply, board revision, firmware, fan configuration, sustained hashrate, and seller-support terms. Visit Hash Titans to compare the NerdQaxe++ with other compact Bitcoin miners and professional ASIC hardware.
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