SFARDS 28nm BTC & LTC Dual-Algorithm ASIC For Bitcoin Mining Unveiled


Bitcoin Press Release: SFARDS has successfully finished a world’s initial 28nm SF3301 dual-algorithm ASIC chip able of mining Bitcoin and Litecoin simultaneously; regulating a latest in FD-SOI estimate technology.

The SF3301 is a world’s initial chip to use a FD-SOI production process, and is also a world’s initial 28nm dual-algorithm (SHA-256 Scrypt) chip; able of mining these dual algorithms concurrently or singularly.

Completely New Technology, Optimum Power Efficiency

SFARDS’ SF3301 entirely utilizes a advantages of a FD-SOI technology. This brings increasing brazen physique bias; a chip is operational during reduce voltage while progressing a aloft frequency. The chip boasts considerable energy potency while affording high crush power, permitting for most reduce wastage per hash. The ASIC’s lowest operative voltage is 0.45V, with lowest BTC potency during 0.19J/GH, and lowest LTC potency during 1.75J/MH. In stream marketplace conditions compared to other mining technology, dual-algorithm capabilities can yield a transparent advantage.

Under new contrast conditions, a singular SF3301 chip reached BTC crush energy levels of 152GH/s, and LTC levels of 3.17MH/s. The SF3301’s high formation turn leads

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