NerdOCTAxe 9.6TH/s Bitcoin Home Miner

NerdOCTAxe Key Features

The NerdOCTAxe is designed to provide substantially more hashrate than a single-chip or four-chip desktop miner while remaining smaller and less power-hungry than a full-size industrial Bitcoin ASIC. Its eight-chip layout makes it especially attractive to enthusiasts who want open-source hardware with stronger home-mining performance.

• Product model: NerdOCTAxe
• Hardware category: Open-source home Bitcoin miner
• Mining algorithm: SHA-256
• Maximum seller-listed hashrate: 9.6TH/s
• Power consumption: Approximately 160W
• Calculated efficiency: Approximately 16.67J/TH
• ASIC model: BM1370
• ASIC quantity: 8 chips
• Cooling system: Dual-fan air cooling
• Network interface: Wi-Fi
• Listed noise level: Approximately 45dB
• Operating temperature: 5–45°C
• Operating humidity: 5–95%
• Primary cryptocurrency: Bitcoin
• Warranty: No service or replacement coverage included

NerdOCTAxe Specifications

Important: The NerdOCTAxe is based on an open-source hardware design that may be assembled and sold by different builders. The enclosure, power adapter, fan model, display, firmware version, connectors, dimensions, and factory settings can therefore vary between listings.

NerdOCTAxe Mining Overview

Eight BM1370 ASIC Chips

The NerdOCTAxe uses eight BM1370 ASIC chips. This chip generation is designed for SHA-256 mining and provides a large increase in desktop hashrate compared with one-chip and four-chip open-source miners.

The eight ASICs work together on the same mining workload and submit valid shares through the miner’s firmware. Because multiple chips are concentrated on a relatively small board, stable power delivery and effective heat removal are essential.

ASIC performance can vary slightly from chip to chip. Firmware monitoring may show differences in nonce distribution, temperature, or stability across the eight devices. Poor cooling, insufficient voltage, excessive clock frequency, or a weak power supply may cause one or more chips to stop responding.

The NerdOCTAxe should not be operated without its heatsinks and active fans. Powering BM1370 ASICs without adequate thermal contact can result in rapid overheating and permanent damage.

For public design files and development information, review the NerdOCTAXE Gamma hardware repository.

NerdOCTAxe Bitcoin Mining Performance

16.67J/TH Calculated Efficiency

Dual-Fan Cooling and Noise

The NerdOCTAxe uses two fans to remove heat from its eight BM1370 ASIC chips, power-delivery components, and heatsinks. Dual-fan cooling provides stronger airflow than many smaller desktop miners, but the concentrated eight-chip design still requires an open and well-ventilated location.

The listed noise level is approximately 45dB. Actual noise can vary according to fan type, fan speed, enclosure design, ambient temperature, firmware settings, and operating frequency.

For reliable cooling:

• Place the miner on a stable, open surface.
• Keep both air intakes and exhaust paths unobstructed.
• Do not place it inside a closed drawer or cabinet.
• Keep the room within the listed 5–45°C range.
• Remove dust from the fans and heatsinks carefully.
• Verify that both fans start correctly at power-on.
• Stop the miner if a fan fails or temperatures rise abnormally.
• Avoid directing hot exhaust air back toward the intake.

The NerdOCTAxe may be quieter than an industrial ASIC, but continuous 45dB fan noise can still be noticeable in a silent bedroom, studio, or office.

Mineable Coins with NerdOCTAxe

Other SHA-256 cryptocurrencies may be technically compatible, but users should confirm pool support, firmware compatibility, payout liquidity, network rules, and profitability before changing networks.

For general information about Bitcoin and proof-of-work mining, review the official Bitcoin educational resources.

NerdOCTAxe Solo and Pool Mining

The NerdOCTAxe can be configured for either solo mining or compatible pooled mining, depending on firmware and service requirements.

Solo Mining

Solo mining means the miner attempts to discover a valid Bitcoin block independently. At 9.6TH/s, the chance of finding a block is extremely small compared with the total Bitcoin network hashrate. A unit could run for a very long time without receiving a reward.

This is why compact Bitcoin miners are sometimes called lottery miners. The reward can be significant if a valid block is found, but there is no predictable payment schedule.

Pool Mining

In a shared pool, the NerdOCTAxe contributes hashrate alongside other miners. Rewards are distributed according to accepted shares and the pool’s payment method.

Before choosing a pool, compare:

• Minimum hashrate requirements
• Payout thresholds
• Pool fees
• Payment method
• Server location
• Security features
• Reputation and uptime

Some conventional pools may have payout thresholds that take a long time to reach with 9.6TH/s. A solo pool may be more appealing to users who understand the low probability and prefer a block-lottery approach.

Wi-Fi Connectivity and Open-Source Firmware

The NerdOCTAxe uses Wi-Fi for network access and pool communication. Configuration is normally handled through a browser-based interface after connecting the miner to a local wireless network.

The NerdOCTAxe hardware family uses open-source firmware derived from the Bitaxe and NerdAxe ecosystem. Depending on the installed version, users may be able to configure pool addresses, adjust frequency and voltage, monitor chip temperatures, view power consumption, and install firmware updates.

Firmware should only be obtained from a trusted project repository or the original seller. Installing incompatible firmware can prevent the miner from starting or cause incorrect voltage and fan behavior.

Before changing advanced settings:

• Record the factory configuration.
• Confirm the exact board revision.
• Use firmware intended for the NerdOCTAxe.
• Monitor temperature after each change.
• Avoid excessive ASIC voltage.
• Increase frequency gradually.
• Confirm the power supply remains within its rating.
• Do not disconnect power during a firmware update.

Overclocking the NerdOCTAxe can increase hashrate, but it may also raise power consumption, fan noise, heat, instability, and component wear.

NerdOCTAxe Electrical Requirements

The NerdOCTAxe normally operates from a low-voltage DC power supply connected to an external AC adapter. The exact DC voltage, current capacity, connector type, and polarity should be confirmed with the seller before use.

A 160W mining load requires a power supply with sufficient continuous capacity. An undersized or low-quality adapter may overheat, restart the miner, reduce hashrate, or damage connectors.

• Use only a compatible, correctly rated power supply.
• Confirm the connector and polarity before startup.
• Keep the power adapter on a ventilated surface.
• Do not cover the adapter while the miner is running.
• Inspect cables and connectors for heat discoloration.
• Use surge protection where appropriate.
• Disconnect power before cleaning or servicing the miner.
• Do not handle power connections with wet hands.

The NerdOCTAxe uses far less electricity than a commercial ASIC miner, but it is still intended for continuous operation and should be powered using safe, correctly rated equipment.

NerdOCTAxe Setup Guide

Before configuring the NerdOCTAxe, prepare a stable Wi-Fi connection, compatible power supply, Bitcoin wallet address where required, and pool or solo-mining server information.

1. Inspect the miner, heatsinks, fans, board, and connectors.
2. Place the unit on a stable and ventilated surface.
3. Confirm that both fan blades can rotate freely.
4. Connect the approved external power supply.
5. Allow the miner to start and create its setup access point.
6. Connect a phone or computer to the setup network.
7. Open the local configuration page in a browser.
8. Select the local Wi-Fi network.
9. Enter the wireless password carefully.
10. Add the selected pool or solo-pool address.
11. Enter the worker name or Bitcoin address as required.
12. Save the configuration and restart the miner.
13. Confirm that the miner connects to the pool.
14. Monitor hashrate, ASIC temperatures, voltage, and accepted shares.

During the first hours of operation, verify that both fans remain active and that the NerdOCTAxe does not experience repeated restarts, chip errors, or excessive temperatures.

Why Choose the NerdOCTAxe?

The NerdOCTAxe may suit users who want stronger desktop Bitcoin mining performance without installing a loud, multi-kilowatt industrial machine.

Its main advantages include:

• Up to 9.6TH/s seller-listed performance
• Eight BM1370 ASIC chips
• Approximately 160W power consumption
• Calculated 16.67J/TH efficiency
• Dual-fan cooling
• Wi-Fi configuration
• Open-source hardware and firmware background
• Support for solo or compatible pool mining
• Lower electrical demand than industrial miners
• Compact home-mining format

Browse more Bitcoin mining hardware to compare the NerdOCTAxe with compact home miners and larger commercial ASIC machines.

NerdOCTAxe Frequently Asked Questions