Nexus S1 10TH/s BM1373 CHIPSET
Nexus S1 10TH/s BM1373 CHIPSET
Four Next-Generation BM1373 ASIC Chips
10 TH/s of Serious Home Mining Performance
Many home miners eventually reach a point where they want more.
More hashrate.
More efficiency.
More reliability.
The Nexus S1 delivers all three.
With approximately:
10 TH/s
of SHA-256 mining performance, the Nexus S1 performs:
10 Trillion Hash Attempts Every Second
That is approximately:
10 Trillion SHA-256 Calculations Every Second.
Every second.
Every minute.
Every hour.
Every day.
Each calculation is another opportunity to discover a valid Bitcoin block.
It's an astonishing amount of computational power contained within a compact miner designed specifically for home environments.
Powered by four next-generation BM1373 ASIC chips, the Nexus S1 delivers:
10 TH/s
of SHA-256 mining performance.
Built on Bitmain's latest S23-generation ASIC architecture, the BM1373 brings improved efficiency and higher performance to home Bitcoin mining, helping the Nexus S1 achieve an impressive 10 J/TH while maintaining reliable 24/7 operation.
That means the Nexus S1 performs approximately:
10 Trillion Hash Attempts Every Second.
Every second.
Every minute.
Every hour.
At the heart of the Nexus S1 are:
4 × BM1373 ASIC Chips
Built on Bitmain's latest S23-generation ASIC architecture, the BM1373 represents the newest generation of Bitcoin mining silicon, delivering substantial improvements in both performance and energy efficiency.
Combined into a compact four-chip platform, these advanced ASICs enable the Nexus S1 to produce:
10 TH/s of SHA-256 mining performance at an impressive 10 J/TH efficiency.
The four-chip architecture provides the processing power.
The full copper heatsink and dedicated rear cooling fan help maintain stable operating temperatures.
Together, they create a home Bitcoin miner capable of delivering professional-level performance in a compact, efficient package.
A Serious Machine in a Compact Package
Despite its modest footprint, the Nexus S1 is performing an extraordinary amount of work every single second.
Every second it makes:
10 Trillion Attempts to Solve the Next Bitcoin Block.
That's:
10 trillion SHA-256 calculations.
Every second.
600 trillion every minute.
36 quadrillion every hour.
Over 864 quadrillion hashing attempts every single day.
All from a compact miner designed to sit comfortably in a home mining setup.
Place it on a desk, workstation or dedicated mining shelf and it immediately becomes a conversation piece.
And the explanation is simple:
"This machine makes ten trillion attempts every second to mine Bitcoin."
That's an impressive statement for a miner this compact.