Compact silver ASIC miner with front grille and Ethernet port

AFRNDK

AFRNDK KS7 LITE mining hardware 4.2TH/s 500W

SKU CH-NB2E-B4HQD

Kaspa ASIC miner delivering 4.2 TH/s at 500 W with 100–240 V AC input and Ethernet connectivity

Hashrate4.2TH/S
Power Consumption500W

Delivers 4.2 TH/s Kaspa hashrate for efficient mining
Runs at 500 W wall power to limit electricity draw
Accepts 100-240 V AC input for worldwide compatibility
Compact 205×110×202 mm chassis fits tight rack spaces
Operates reliably from 10 °C to 40 °C ambient temperature

1.204,99 $

0.01556292 BTC με τη σημερινή ισοτιμία

Διαθέσιμο · αποστολή σήμερα

Το ταμείο κλειδώνει την ισοτιμία σας για 30 λεπτά.

Παράδοση προς Ηνωμένες Πολιτείες εκτίμηση

UPS Worldwide Expedited 3–6 εργάσιμες ημέρες Δωρεάν
DHL Express Worldwide 2–3 εργάσιμες ημέρες 74,90 $

Οι εισαγωγικοί δασμοί επιβάλλονται κατά την άφιξη από τη χώρα σας.

Αποστολή αλλού

Iceriver KS7 LITE Kaspa miner

The Iceriver KS7 LITE is an application-specific integrated circuit built for mining the Kaspa blockchain. It delivers a nominal hashrate of 4.2TH/s while drawing approximately 500W from the wall. The unit operates on 100-240V AC mains and connects to the network via ethernet. It is intended for operators who need a dedicated Kaspa mining device with a compact footprint.

Included power supply simplifies deployment

The bundle ships with a matching power supply that accepts the full 100-240V AC range, removing the need to source a separate PSU. This reduces component-mismatch risk and shortens the time between unboxing and first hash. The miner itself measures 205×110×202mm and weighs 4.02KG net, so the combined package fits on a standard shelf without special racking.

Straightforward network setup with thermal limits

Configuration is performed through a web interface once the ethernet link is established; no proprietary cables or software installation are required. The hardware is rated for an operating temperature range of 0 to 40 degrees Celsius, so adequate airflow must be maintained to avoid thermal throttling. Common issues arise when ventilation is restricted or when the power circuit cannot sustain continuous 500W load.