iBeLink BM-K3 Mini (5TH)

The iBeLink BM-K3 Mini is a purpose-built ASIC miner dedicated to Kadena (KDA) mining, employing the Blake2S algorithm to deliver precise, reliable hashing: a peak of 5 TH/s at 290 W and an alternative low-power mode of 3.5 TH/s at 170 W, a combination that makes it particularly well-suited to disciplined home and small-scale operations; its compact chassis, 170 × 88 × 178 mm and 2.17 kg, is engineered for easy integration into personal rigs or hobbyist setups, while the 35 dB noise level preserves household calm and minimizes disruption in shared environments, and broad 100–240 V support together with Ethernet connectivity ensures steady networked operation and low-maintenance uptime, so the BM-K3 Mini reads like an instrument of pragmatic adventure-stern, efficient, and morally aligned with responsible, low-footprint mining practices for the solitary or small-team operator who prizes consistency and order.

Think of a compact companion that hums like a subdued star and sifts digital dust for Kadena with patient appetite. It runs the Blake2S algorithm and can push up to 5 TH/s while drawing 290 watts. Flip a switch and it slips into a quieter mood at 3.5 TH/s and 170 watts. Its chassis is pocket-sized at 170 x 88 x 178 mm and it tips the scales at 2.17 kg. At 35 dB its voice is a polite whisper in the room. A considered thermal layout keeps temperatures steady through long nights of work. Ethernet connectivity gives you steady telemetry and easy integration with your monitoring tools. It accepts common 100–240 V supply, so it lives where you live. Setup is straightforward and maintenance asks little of you. Its efficiency and low noise make it a natural choice for home miners, hobbyists, and those who prize quiet order. When it mines it feels like light pouring into small gaps of desire, and when it pauses you sense a tiny absence, a pocket of loss where a ledger might have gleamed.

Kadena est une fonction de hachage cryptographique qui sert de colonne vertébrale à Kadena mécanisme de consensus proof-of-work. Cet algorithme traite des données d'entrée de n'importe quelle longueur et produit une valeur de hachage fixe, garantissant la sécurité et l'intégrité du processus de minage.