IceRiver AL3 (15Th)

The IceRiver AL3 is a purpose-built ASIC for Alephium mining that combines high-throughput engineering with operational discipline: delivering 15 TH/s at 3,500 W and an energy efficiency of 0.233 J/Gh, it packages advanced Blake3 algorithm optimization, robust thermal management and a silent fan architecture into a compact 370 × 195 × 290 mm chassis weighing 16 kg to enable dense, low-downtime deployments; practical commissioning requires a high-efficiency power supply sized with safety margin, well-ventilated rack or shelf space, and attention to ambient temperature and dust control to preserve component life, while routine firmware updates, pool selection and steady network connectivity maximize effective uptime and revenue capture. From a systems perspective the AL3’s optimized hashing core and cooling reduce throttling and maintenance intervals, making it suitable for both small-scale operations and larger farms where heat recovery, power distribution planning and redundancy are material levers for improving returns; operators should therefore integrate continuous monitoring of hashrate, power draw and temperature, apply scheduled cleaning and inspection, and adopt secure, auditable practices for wallet management and payout handling to satisfy regulatory, tax and compliance obligations. Economically, the device’s characteristics favor environments with competitive electricity sourcing and scalable infrastructure - using a profit calculator that factors in variable electricity rates, pool fees, network difficulty and latency will yield realistic daily, monthly and annual projections - and ethically-minded deployments will also quantify carbon intensity and consider contractual or on-site offsets and energy-efficiency policies, aligning market returns with legal and moral constraints to produce a defensible, optimised mining strategy.

The IceRiver AL3 is a specialized ASIC built to mine Alephium with the Blake3 algorithm. It delivers 15 TH/s while drawing 3,500 W and posts an efficiency of 0.233 J/Gh. The unit is compact at 370 x 195 x 290 mm and weighs 16 kg, which makes dense placement straightforward. A high-efficiency heatsink, directed airflow and a quiet fan keep core temperatures steady during long runs. Firmware is tuned specifically for Blake3 to cut latency and extract more hashing work than generic ASIC firmware. Careful voltage regulation and power management reduce electrical stress and help components last longer. Built-in diagnostics surface early faults so operators can plan predictive maintenance instead of reacting to failures. A proprietary PCB layout improves signal paths and lowers the chance of errors under heavy load. For reliable commissioning, pick a power supply with headroom, mount the units in ventilated racks, and manage dust and ambient temperature to avoid throttling. Keep firmware current, choose pools wisely, and sustain a stable network link while monitoring hashrate, power draw and temperature to maximize uptime. At farm scale, plan for heat recovery, robust power distribution and redundancy to raise resilience and margins. Secure wallet practices, clear payout auditing and consistent recordkeeping will help meet regulatory and tax requirements. Finally, run realistic profitability scenarios that include electricity terms, pool fees and network difficulty, and measure carbon intensity to align operations with legal and ethical expectations.

Blake3 is a cryptographic hash function that serves as the backbone of Alephium proof-of-work consensus mechanism. This algorithm processes input data of any length and produces a fixed hash value, ensuring security and integrity in the mining process.