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NerdQAxe Copper Pro: 4.8 TH/s Miner Built for Overclocking

(32 reviews)

Hashrate
4.8 TH/s
Power
80 W
Efficiency
15 J/TH

€599.00

Incl. VAT, plus shipping.

Out of stock

Ready to order

  • Four BM1370 chips at around 4.8 TH/s and about 80 W
  • About 15 J/TH at stock, the best efficiency of our four chip miners
  • Solid copper heatsink with a 60 mm and a 92 mm PWM fan
  • Voltage and frequency exposed in AxeOS for manual tuning

Four BM1370 chips on full copper, with two fans and room to push

What is in the box

  • NerdQAxe Copper Pro, assembled and tested
  • 12 V / 10 A power supply (120 W)
  • Quick start guide

The version you buy when the stock settings are a starting point, not the answer.

Efficiency first

At roughly 15 J/TH the Copper Pro is the most efficient four chip miner we list. That is not a firmware trick: copper pulls heat off the chips faster, cooler chips leak less current, and less leakage means fewer watts for the same work. Cooling and efficiency are the same problem seen from two sides.

Two fans, two jobs

A 92 mm fan moves the bulk of the air through the fins at low speed. A 60 mm fan handles the area around the voltage regulators, which is where four chip boards usually get hot first. Both follow the temperature rather than running at a fixed speed. The copper cooler under the 92 mm fan is a Thermalright AXP90-X47 Full, and we also sell it on its own as the AXP90 Copper Pro for a NerdQAxe++ or NerdOctaxe you already own.

If you want to push it

AxeOS gives you core voltage and frequency per chip. Owners who work through them patiently, a few millivolts and a few megahertz at a time, get well past the stock figures. The board has the cooling for it; how far you go is your decision.

Overclocking is at your own risk: running the chips outside their specified voltage and frequency can damage them.

Everyday use

  • The 1.9-inch colour display shows all four chips, temperature, power draw and your best share.
  • One 12 V supply feeds the whole device.
  • Settings, updates and pool changes happen in a browser on your home network.

Customer reviews

19 Sep 2026

NerdQAxe Copper Pro has been running for two weeks without needing much attention. In practice I appreciate the massive copper cooling and the dual fan copper cooling.

Rebecca verified purchase
17 Sep 2026

Per il solo mining volevo qualcosa da lasciare acceso in casa. In NerdQAxe Copper Pro apprezzo il massiccio raffreddamento in rame e i quattro chip BM1370.

Marta verified purchase
6 Sep 2026

Ich nutze NerdQAxe Copper Pro seit zwei Wochen im Technikraum. Im Alltag schätze ich besonders die Möglichkeit, Takt und Spannung selbst anzupassen und die rund 4,8 TH/s Hashrate.

Marie verified purchase
30 Aug 2026

Le miner est installé dans le local technique. J'apprécie le gros refroidissement en cuivre et le refroidissement cuivre avec deux ventilateurs; il fonctionne de manière fiable jusqu'ici. À vitesse de ventilation élevée, il s'entend plus que prévu, mais ce n'est pas gênant pour moi.

Chloé verified purchase
29 Aug 2026

La configurazione è stata veloce. In NerdQAxe Copper Pro apprezzo soprattutto il raffreddamento in rame con due ventole; anche il massiccio raffreddamento in rame è stato un motivo per sceglierlo. Apro la dashboard solo quando voglio cambiare qualcosa. Esattamente quello che volevo.

Marta verified purchase
28 Aug 2026

Para solo mining quería algo que pudiera dejar funcionando en casa. En NerdQAxe Copper Pro valoro poder ajustar frecuencia y voltaje y la refrigeración de cobre con dos ventiladores. Lo volvería a comprar.

Álvaro verified purchase

All 32 reviews

Frequently asked questions

What do I actually gain over the NerdQAxe++ Hydro?
Efficiency and control. The Copper Pro sits at about 15 J/TH against 16.7, and it gives you the thermal room to tune further. The Hydro wins on noise. If you never intend to touch the settings, the Hydro is the quieter choice.
Do I need to overclock it to get 4.8 TH/s?
No. That is the figure at the stock settings. Overclocking is what takes you above it, and it is optional.
How hot does the copper block get?
Warm to the touch under load, which is the point: heat that reaches the heatsink is heat that has left the chip. The fans keep the chips themselves in their normal operating range.

Guides for this product