IceRiver KS5L (10 TH/s)

Meet the IceRiver KS5L, a compact ASIC that eats KHeavyHash and spits out coins-Kaspa, Sedra, Bugna. It runs around 12 TH/s and drinks 3400 W, designed to trim wasted energy and keep things steady. Small footprint: 370 x 195 x 290 mm and 15 kg, so it slips into home rigs or rack rows without drama. Works between 0–35°C and hooks up over Ethernet. Built-in efficiency, optimized cooling and adaptive frequency tuning mean fewer hiccups and less hands-on fixing. Great pick for miners chasing KHeavyHash profitability; pair it with a miner profit calculator to see daily, monthly and yearly estimates while accounting for different electricity rates and fiat options. Quick tips: give it good airflow, steady room temps, up-to-date firmware and regular hashrate/power checks to protect your returns. Short, sharp, ready to mine.

Forged for relentless calculation, the IceRiver KS5L pairs refined chip-level optimization with a cooling philosophy that keeps performance from collapsing into thermal surrender, its silicon tuned to shed heat and resist throttling under long sessions; a stabilizing PSU smooths voltage swings to protect components and preserve steady hashrates, while adaptive frequency scaling in the firmware makes minute, real-time tradeoffs between power and clock to follow changing temperature and electrical conditions without human intervention. Heat management relies on a high-capacity heatsink and precision-directed airflow channels designed to limit dust ingress and maintain contact efficiency, and the printed circuit board is laid out to minimize electromagnetic interference so signal integrity and power delivery remain uncompromised over sustained use. Built as a dedicated KHeavyHash ASIC, the unit delivers about 12 TH/s at roughly 3400 W, with a compact footprint of 370 x 195 x 290 mm and a mass near 15 kg, operating reliably in ambient ranges from 0 to 35°C and connecting via Ethernet for remote monitoring and pool control; this combination of efficiency and density positions it well for miners targeting Kaspa, Sedra, Bugna and similar protocols. For longevity and consistent returns, place the unit in a cool, well-ventilated rack with spaced intake/exhaust paths, maintain clean intake screens, ensure proper grounding and surge protection, monitor temperatures and hash/power metrics remotely, and keep firmware current to benefit from adaptive tuning - small disciplined choices that determine whether a rig endures or falters, a daily moral test between neglect and stewardship that ultimately decides uptime, profitability and hardware life.

KHeavyHash is a cryptographic hash function that serves as the backbone of Kaspa 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.