Overview

The IceRiver KAS KS7 (30Th/s) by IceRiver is a professional-grade cryptocurrency mining machine utilizing the KHeavyHash algorithm to mine Kaspa (KAS). Delivering an impressive hashrate of 30 Th/s while consuming 3500W of power at 0.117 J/GH efficiency, this miner offers excellent performance for both mining farms and individual miners.

Key Features

  • High Hashrate: 30 Th/s for maximum mining output
  • Power Efficiency: Optimized 3500W power consumption for cost-effective mining
  • Energy Efficiency: 0.117 J/GH — industry-leading efficiency ratio
  • KHeavyHash Algorithm: Purpose-built for Kaspa (KAS)
  • IceRiver Quality: Built by a trusted manufacturer with proven reliability
  • Plug & Play Setup: Quick and easy installation for immediate mining operation
  • 24/7 Operation: Industrial-grade components designed for continuous mining

Technical Specifications

Manufacturer IceRiver
Model IceRiver KAS KS7 (30Th/s)
Algorithm KHeavyHash
Minable Coin Kaspa (KAS)
Hashrate 30 Th/s
Power Consumption 3500W
Energy Efficiency 0.117 J/GH
Condition Brand New / Factory Sealed

Mining Profitability

The IceRiver KAS KS7 (30Th/s) with its 30 Th/s hashrate and 3500W power draw offers a strong efficiency ratio of 0.117 J/GH. Actual mining profitability depends on factors including electricity costs, network difficulty, and cryptocurrency market prices. We recommend using online mining calculators to estimate your potential returns based on your local electricity rates.

What’s in the Box

  • IceRiver KAS KS7 (30Th/s) Mining Unit
  • Power Supply Unit (PSU) — where applicable
  • Power Cables
  • User Manual / Quick Start Guide

Why Buy from BullMiners?

  • Authorized Dealer: Genuine products sourced directly from manufacturers
  • Fast EU Shipping: Quick delivery across Europe from our warehouse
  • Expert Support: Dedicated mining support team to help with setup and optimization
  • Secure Payment: Multiple payment options including crypto payments
  • Warranty Included: Full manufacturer warranty on all products