Qarnot Unveils Their QC-1 Crypto Heater

Posted on

French firm Qarnot has unveiled their QC-1 crypto heater, which is an extension of their Q.rad computing heater that was launched in 2013. The new QC-1 permits shoppers to mine cryptocurrencies and make the most of the generated warmth for heating their houses. It features a high-end passive cooling answer and noiseless design because the unit does not require using followers or mechanical laborious drives. A pair of Sapphire NITRO+ Radeon RX 580 graphics playing cards are answerable for the cryptomining duties. Collectively, they will generate a hash fee round 60MH/s. In regular mode, the QC-1 produces 450W of warmth. Nevertheless, prospects can activate the booster mode by way of the supplied mobile app for one more 200W which brings the full to 650W. The mobile app additionally serves as a instrument for QC-1 homeowners to observe the crypto markets.

In keeping with the producer, the QC-1 is able to heating a 20 square-meter room. Qarnot is advertising and marketing their crypto heater as a plug-n-play device which prospects can setup in 10 minutes. Set up consists of plugging the unit into the wall outlet and router and getting into the crypto-wallet tackle into the mobile app. The QC-1 is designed to mine Bitcoin, Litecoin, and Ethereum. The Qarnot QC-1 comes with a 1 12 months guarantee. The unit at present prices 2900 euros which by in the present day's trade fee is $3575 plus one other $300 delivery price. When you order a QC-1 earlier than March 20th, Qarnot will ship the QC-1 to the doorstep earlier than June 20th.

READ  E-BLUE Debuts World's First Hybrid-Tower Monitor, the SCION-32

Technical Specs

  • Computing: 2 x NITRO+ RADEON RX 580 8G, 60 MH/s
  • Dimensions: 65×62.5×15 cm
  • Energy: 650W in whole, 450W in mining mode + 200 in booster mode
  • Weight: 27 kg
  • Supplies: Wooden, Anodized aluminium
  • Noise: 0 dB
  • Connections: 110/230V AC, RJ45 Ethernet
  • Interfaces: Capacitive touch, Cellular app, Internet app
  • Communication: Ethernet
  • Github: Temperature and LED administration

Source : TechPowerUp