NMAxe Gamma 601 optimized NMMiner Official BM1370 ASIC BTC Solo Lottery Miner (10008934)

NMAxe Gamma 601 optimized NMMiner Official BM1370 ASIC BTC Solo Lottery Miner 1.2TH/s Open-source Home Using

Model Number : nmaxe-gamma
Power Consumption : 20-30W
Transmission Rate : 10/100Mbps
Material : Silicon
Hashrate : 1000~1200GH/s
Asic Chip : BM1370
Brand Name : NMTech
MCU : ESP32-S3R8
Display Colors : 262K
Screen Size : 1.14inch
Display Resolution : 240 x 320
Storage temperature : -30~70℃
Operating temperature : -20~60℃
Wi-Fi : 802.11 b/g/n
Function : BTC Lottery
Fan : DC 5V/Dual bearing brushless Fan
Power Interface : USB Type-C\DC2.0
Power Consumption : 20-30W (recommend)
Power supply range : 12V /3A

Main Features

Full graphic screens over 1.14 inch IPS screen.
Bitmain’s BM1370 chip.

Operates exclusively on 2.4 GHz Wi-Fi.
Requires a 12V power supply with at least 3A ( recommend).
Support normal USB-PD supply, at least support 9V/4A.
Easy setup via the AxeOS portal.

NMMiner Group Controller for monitoring, Can easily manage multiple devices, both NMMiner and NMAxe.

Support different Cryptocucrrency using SHA256d Solo mining, such as BTC/BCH/XEC/DGB.

The device is compatible with Raspberry Pi 5-size structure and can be compatible with Raspberry Pi related shell devices.

Differences/Improvements from Bitaxe 601 Devices

Unique cooling design: Thermal silicone effectively realizes heat conduction between PCB and heat sink.

Heat Dissipation
optimization: a large copper coverd design, helps to dissipate heat from the BM1370 ASIC.
At the same time, the device supports "USB PD power supply", so common mobile Type-C adapters can used to power the NMAxe.

Rich User interactive interface, support hashrate monitor, temperature monitor, and parameter monitoring map.
Besides, the portable power bank supplies power to the NMAxe devices. A regular 10000mAh power bank can

From the Version 2.5.50, we combined the NMController with the AxeOS's swarm, which can automatically scan and manage the NMMiner and NMAxe/NMAxe-Gamma devices together.