Bitmain Antminer S23 Imm 368 TH/s – Next-Generation 368 Terahash Immersion Mining Infrastructure
Achieve ultimate thermodynamic stability, massive network footprint dominance, and maximum equipment lifespan with the state-of-the-art Bitmain Antminer S23 Imm 368 TH/s. Specifically engineered to operate completely submerged inside advanced dielectric fluids, this flagship S23-series SHA-256 server strips away traditional high-RPM cooling fans. It provides enterprise data centers and multi-megawatt installations with an exceptionally quiet, ultra-dense scaling solution that completely eliminates the physical hazards of traditional air-cooled configurations.
By operating inside a controlled liquid immersion tank, the S23 Imm 368 TH/s avoids air-based thermal spikes, ensuring perfectly balanced chip junction limits. This yields extreme 24/7 processing stability to aggressively harvest block rewards across Bitcoin (BTC), Bitcoin Cash (BCH), and Bitcoin SV (BSV).
Technical Specifications
| Feature | Specification |
| Manufacturer | Bitmain |
| Model | Antminer S23 Imm (368 TH/s Variant) |
| Hashrate | $368 \text{ TH/s} \pm 3\%$ |
| Power Consumption (on wall) | $\sim 5520\text{W} \pm 5\%$ @ $25^{\circ}\text{C}$ |
| Power Efficiency | $15.0 \text{ J/TH} \pm 5\%$ |
| Algorithm | SHA-256 (BTC / BCH / BSV) |
| Cooling Architecture | Liquid Immersion Cooling Required |
| Required Input Voltage | 3-Phase AC 380~415V |
| Networking Interface | RJ45 Ethernet 10/100M |
| Acoustic Level | $\sim 0 \text{ dBA}$ (Fanless Chassis inside Tank) |
| Form Factor / Style | High-Density Immersion Hashboard Server |
Key Features & Performance Highlights
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Massive 368 TH/s Next-Gen Hash Velocity: Packing a monumental 368 Terahashes into a single server layout enables industrial operators to dramatically amplify their data center block yield. By running at peak capacity inside fluid beds, it maximizes computing density per square foot.
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Elite Advanced Semiconductor Efficiency: Leveraging Bitmain’s latest custom semiconductor architecture, the S23 Imm turns its power draw into incredible processing density. Operating directly within a dielectric liquid environment drastically curbs leakage currents, defending your net margins against difficulty variations.
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Total Environmental Isolation (Dustproof & Fanless): Because the chassis requires no high-RPM air intake fans, it is 100% immune to common facility killers like airborne dust, humidity, salt fog, and micro-debris. This eliminates core cleanroom filter maintenance costs and drives hashboard failure rates down close to zero.
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Whisper-Quiet Data Center Ecosystem: Submerging the hardware inside industrial oil cooling arrays completely eliminates the deafening roar of traditional air ventilation grids. This gives operators the flexibility to deploy mega-watt scales without breaking localized residential acoustic zoning rules.
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Rugged 3-Phase Power Architecture: Outfitted with an integrated enterprise power supply unit wired for 380V-415V standard input networks. This heavy-duty design minimizes overall line transformation losses while offering automated circuit safety cutoffs against localized phase grid drops.
Why Buy From CryptoMiners24?
Procuring your elite hashing infrastructure through CryptoMiners24 guarantees a premier enterprise hardware partnership:
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Fully Insured Priority Freight: We route high-value, heavy industrial equipment exclusively through trusted premium logistics lines (DHL Express, FedEx, UPS) with comprehensive transit insurance included.
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100% Authentic Factory-Sealed Stock: All high-performance units are dispatched directly from our verified inventory, complete with pristine original manufacturer seals and active serial numbers.
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Comprehensive Enterprise Logistics Support: Our specialized support desk provides direct assistance with tariff documentation, customs clearance logistics, and liquid immersion cooling tank hardware integration rules.
Step into the future of ultra-stable liquid-submerged mining infrastructure. Add the Bitmain Antminer S23 Immersion 368 TH/s to your facility today.
