Best Recommendation
Ausgewogen
- Hardware
After (new)
Antminer S21 XP- ~13,5 J/TH, 270 TH/s
Total budget: ab ~3.000 €
Bitdeer Sealminer A2 Pro Air (500 TH/s)
Air-cooled with hydro-class efficiency: the strongest air miner available – ideal for sites without water infrastructure. Where the limit is.
As of: 29/09/2026 · prices and benchmarks are re-researched regularly
Input Quality
Confidence: mediumThe input is largely complete for a hardware-level audit: ASIC model, algorithm, PSU, cooling concept, electricity tariff, and rack environment are all specified. The main gaps are commercial (purchase price) and operational (firmware mode, measured wall power, ambient temperature profile, circuit protection). These gaps do not prevent a component and compatibility assessment but do limit the precision of any downstream profitability or ROI conclusion. The hardware identification is unambiguous and matches a real, currently marketed product.
Missing Details:
- • Exact purchase price / acquisition cost of the unit (required for ROI calculation in parallel sections)
- • Firmware version and operating mode (stock vs. overclock/underclock profile) — affects real wall power and hashrate
- • Ambient hall temperature profile and cold/hot aisle delta (affects sustained hashrate and throttling)
- • Actual measured wall power at the socket (nameplate 7450W vs. real draw, typically +5% at the wall)
- • Circuit protection details: breaker rating, cable cross-section, and whether the 380V 3-phase feed is dedicated
- • Pool configuration and pool fee (typically 1–2%)
- • Warranty terms and RMA logistics for hashboard failures
- • Dust filtration / filter replacement interval for the air-cooled chassis
Assumptions Used:
- • Input 'Bitdeer Sealminer A2 Pro Air' interpreted as the official Bitdeer SEALMINER A2 Pro Air, SHA-256, ~500 TH/s, ~7450W, ~14.9 J/TH, 4nm.
- • Integrated Bitdeer PSU rated 7800W at 380V 3-phase is treated as the factory-matched power supply for this unit.
- • Electricity price of 0.06 €/kWh is treated as a constant industrial tariff for the whole analysis.
- • Operation is assumed 24/7 at full load in a climate-controlled hall with strict cold/hot aisle separation.
- • No CPU, motherboard, or discrete GPU is present; control is handled by the integrated controller board.
- • Hashrate is assumed to be the manufacturer spec (500 TH/s); a 5–10% derate is assumed under high ambient temperature.
- • No deterministic safety or profit findings were flagged by the pre-computation block; therefore no mandatory Rank-1 finding is inherited from that block.
Overall Rating
Strengths
The Bitdeer SealMiner A2 Pro Air delivers 500 TH/s at 14.9 J/TH with an integrated 7800W PSU, placing it in the current high-end SHA-256 class alongside the Bitmain S21 XP Hydro. At an electricity cost of 0.06 €/kWh the daily power cost is approximately 10.73 €, which makes operation economically attractive provided the site infrastructure is adequate. The integrated PSU reduces cabling losses and simplifies large-farm deployment, and the 4nm chip process gives competitive efficiency for its generation.
Limitations
The dominant limitation is electrical: the unit draws 7450W from a 7800W PSU, i.e. 95.5% of nameplate capacity, which is well above the 80% continuous-load threshold and requires a 3-phase 380V feed. Connecting it to a single-phase 230V/16A circuit (max ~3680W) would overload the circuit by more than 2x and constitutes a fire hazard. Second, air-cooling must reject ~25,330 BTU/h per unit; above ~35°C ambient the unit will throttle and effective hashrate can fall 5-10% below the 500 TH/s spec. Third, SHA-256 difficulty rises structurally and the next Bitcoin halving (~2028) will halve the block reward, so any ROI calculation without a post-halving worst case is incomplete. Fourth, ASIC hashboards typically fail after 2-3 years and the hardware has zero secondary AI or rendering use, so residual value trends toward zero. Finally, 70-80 dB(A) noise makes residential deployment unviable.
Best Use Cases
Industrial mining halls with a verified 3-phase 380V feed, strict hot/cold aisle separation, dust filtration and sufficient HVAC capacity per unit. Best suited to operators with electricity at or below 0.06 €/kWh who can absorb difficulty growth and halving risk and who treat the hardware as a depreciating 2-3 year asset. Not suitable for residential, office or any environment without 3-phase power and industrial cooling.
Verdict
A competitive current-generation SHA-256 ASIC that is economically attractive at 0.06 €/kWh but infrastructure-critical. Its viability rests entirely on a correct 3-phase 380V feed, adequate hall cooling and acceptance of difficulty/halving risk. The 95.5% PSU utilization and the ~25,330 BTU/h thermal load are the two findings that must be resolved first; without them the unit is a fire and throttling risk rather than a mining asset. Overall score 68/100: acceptable with optimization potential, not a top-tier deployment.
Compatibility
The configuration is internally consistent: a SHA-256 ASIC is paired with the SHA-256 algorithm, the factory-matched 7800W PSU matches the ~7450W load, and the air-cooling concept with cold/hot aisle separation is the intended deployment model. The main compatibility concerns are not mismatches but margins: PSU headroom is thin (~4.5%), the 380V 3-phase feed must be correctly engineered, and sustained hashrate depends on hall ambient temperature staying well below the 40 °C upper limit. No hardware-algorithm mismatch, no PSU under-sizing, and no missing component incompatibility were identified.
Confirmed
- • The Bitdeer SEALMINER A2 Pro Air is a SHA-256 ASIC, and the declared mining algorithm is SHA-256 (Bitcoin) — algorithm and hardware match.
- • The integrated 7800W PSU is factory-matched to the ~7450W load of the A2 Pro Air, so PSU-to-miner compatibility is confirmed by design.
- • The 380V 3-phase input matches the industrial power class required by a ~7.45 kW continuous load.
- • Air cooling with 4 high-pressure fans and cold/hot aisle separation is the intended cooling concept for this air-cooled model.
- • The standard miner rack in a climate-controlled hall is an appropriate deployment environment for this unit.
- • No CPU, motherboard, or discrete GPU is required; the integrated controller board handles all compute and management functions.
Possible Risks
- • PSU headroom is only ~4.5% at nameplate (7800W PSU vs. 7450W load); any overclock profile or transient surge pushes the PSU toward its limit.
- • A ~7450W continuous load on a 380V 3-phase feed requires correctly sized breakers, cable cross-sections, and a dedicated circuit; undersized wiring is a fire risk.
- • Air cooling depends on hall ambient temperature; near the 40 °C upper limit the unit is likely to derate or throttle.
- • Dust ingress into the air-cooled chassis can degrade cooling over time if filters are not maintained.
- • Hashboard failure risk increases after roughly 2–3 years of 24/7 operation; warranty terms are not specified in the input.
- • No secondary compute use case exists for this ASIC; residual value depends entirely on SHA-256 economics.
Not Verifiable
- • Actual measured wall power at the socket (nameplate 7450W vs. real draw, typically +5% at the wall).
- • Firmware version and operating mode (stock vs. overclock/underclock), which affect real hashrate and power.
- • Ambient hall temperature profile and cold/hot aisle delta.
- • Circuit protection details: breaker rating, cable cross-section, and whether the 380V feed is dedicated.
- • Pool configuration and pool fee.
- • Purchase price and warranty terms.
- • Integrated PSU efficiency class and conversion losses.
Performance Scores
Rated relative to the currently fastest hardware · As of: 9/29/2026
Productivity82/100
Power Efficiency78/100
Overall Score68/100
Fit for Workstation
Weighted for this purpose. The overall score above rates the hardware across all scenarios.
AI Inference: No AI secondary-use potential. ASIC hardware is algorithmically fixed to SHA-256 and cannot execute neural-network inference, training or rendering workloads. There is no VRAM, no tensor-core equivalent and no CUDA/ROCm software stack. ai_score is therefore 0. Residual value after SHA-256 obsolescence trends toward zero, unlike GPU rigs which retain AI/compute value.
Score Rationale
Gaming score is 0 because the device is a dedicated SHA-256 ASIC with no graphics capability. Productivity score of 82 reflects a competitive 500 TH/s at 14.9 J/TH, which is close to the current hydro flagship class (Bitmain S21 XP Hydro ~500 TH/s at ~14.9 J/TH) but behind the most efficient 2026 silicon (~9.5 J/TH). Efficiency score of 78 reflects good but not best-in-class J/TH and a favorable 0.06 €/kWh tariff. AI score is 0 because ASICs have no secondary AI or rendering use. Overall score of 68 is reduced from a raw productivity/efficiency baseline by the Rank-1 PSU load finding (95.5% of nameplate, high severity, -10) and the Rank-2 thermal finding (high severity, -10), plus the medium-severity ROI/halving and degradation findings (-5 each). The result is an acceptable but infrastructure-sensitive mining asset whose economics depend entirely on the 3-phase feed, hall cooling and continued BTC price/difficulty balance.
Bottlenecks Detected
1
Integrated Bitdeer PSU 7800W (380V 3-phase), Site electrical distribution / 3-phase feed, Rack power cabling and breakers
The integrated Bitdeer PSU is rated 7800W and the unit draws 7450W at the wall. That is 95.5% of nameplate capacity, far above the 80% continuous-load threshold. The unit requires a 3-phase 380V feed; if it is ever connected to a single-phase 230V/16A circuit (max ~3680W), the circuit is overloaded by more than 2x, creating an immediate fire and breaker-trip hazard.
Derived assessmentConfidence: HighNo direct claim source recordedSeverity: highEvidence: 98%Priority: immediate
2
4 high-pressure cooling fans, SHA-256 hashboards, Hall HVAC / hot-cold aisle containment, Dust filters
Air-cooling with 4 high-pressure fans must reject roughly 7450W (~25,330 BTU/h) continuously. The manufacturer specifies an operating range of 5-40°C, but SHA-256 ASICs typically throttle or derate above ~35°C ambient. Without strict hot/cold aisle separation, dust filtration and adequate hall air exchange, thermal throttling and hashboard degradation are likely.
Derived assessmentConfidence: HighNo direct claim source recordedSeverity: highEvidence: 92%Priority: immediate
3
SHA-256 hashboards, Integrated Bitdeer PSU 7800W, 4 high-pressure cooling fans
ASIC hashboards commonly fail after ~2-3 years of 24/7 operation, and the hardware is algorithmically fixed to SHA-256 with no secondary AI or rendering use. Once the algorithm or generation becomes obsolete, residual value approaches zero. Fan bearings and the integrated PSU are also wear items under continuous full load.
Derived assessmentConfidence: HighNo direct claim source recordedSeverity: mediumEvidence: 90%Priority: mid-term
4
Bitdeer SealMiner A2 Pro Air (500 TH/s), Integrated Bitdeer PSU 7800W
At 0.06 €/kWh the unit is economically attractive on paper, but SHA-256 network difficulty rises structurally and the next Bitcoin halving (~2028) will halve the block reward. Revenue per TH/s therefore declines over time while the purchase price is fixed. Without a post-halving worst-case scenario the ROI calculation is incomplete.
Derived assessmentConfidence: MediumNo direct claim source recordedSeverity: mediumEvidence: 88%Priority: short-term
5
4 high-pressure cooling fans, Standard miner rack
Air-cooled ASICs of this class typically emit 70-80 dB(A), which makes the unit unsuitable for residential or office environments. It requires an industrial hall with acoustic mitigation.
Derived assessmentConfidence: HighNo direct claim source recordedSeverity: lowEvidence: 85%Priority: long-term
Improvement Steps
- 1
Verify and document a dedicated 3-phase 380V feed sized for 7450W continuous, with correct breaker and cabling, and confirm PSU utilization stays at or below 80% of the 7800W nameplate – fixes: Electrical infrastructure / PSU load.
- 2
Implement strict hot/cold aisle separation, dust filtration and HVAC capacity of at least ~25,330 BTU/h per unit, and monitor ambient temperature to keep it below 35°C to avoid throttling – fixes: Thermal / air-cooling at 7450W density.
- 3
Model ROI with a post-halving worst case (next Bitcoin halving ~2028) and a rising-difficulty scenario, and set a break-even electricity price threshold before scaling the fleet – fixes: Profitability / ROI risk under difficulty growth and halving.
- 4
Establish a hashboard and fan replacement budget and schedule based on a 2-3 year service life, and plan for near-zero residual value at end of life – fixes: Hardware degradation and residual value.
- 5
Site the unit in an industrial hall with acoustic mitigation or remote siting to keep noise exposure below regulatory limits – fixes: Noise and site suitability.
Live Benchmarks
Up-to-date benchmark figures researched for the detected hardware.
Hashrate
500TH/sRating: 100/100
Antminer S19 Pro ≈ 110 TH/sSealminer A2 Pro Hyd ≈ 500 TH/s
Maximum performance on SHA-256 algorithm
Kryptex Pool
Power Consumption
7450WRating: 100/100
Antminer S19 XP ≈ 3000 WSealminer A2 Pro Hyd ≈ 7450 W
Continuous power draw under standard load
Bitdeer
Energy Efficiency
14.9J/THRating: 22/100
S23 Hydro ≈ 10.8 J/THAntminer S19 Pro ≈ 29.5 J/TH
Lower values indicate higher efficiency
Kryptex Pool
Daily Gross Revenue
193.22USDRating: 96/100
Entry-level ASIC ≈ 30 USD/dayHigh-end industrial ASIC ≈ 200 USD/day
Estimated daily revenue based on current BTC market conditions
Kryptex Pool
Daily Electricity Cost
10.73USDRating: 84/100
Standard S19 ≈ 4 USD/dayHigh-power industrial unit ≈ 12 USD/day
Based on 7.45kW * 24h * 0.06 EUR/kWh (converted to USD)
Calculated
Daily Net Profit
182.49USDRating: 96/100
Older generation ASIC ≈ 5 USD/dayTop-tier industrial ASIC ≈ 190 USD/day
Gross revenue minus electricity costs
Calculated
Monthly Gross Revenue
5796.46USDRating: 96/100
Entry-level ASIC ≈ 900 USD/monthHigh-end industrial ASIC ≈ 6000 USD/month
Projected monthly gross income
Kryptex Pool
Monthly Net Profit
5474.70USDRating: 97/100
Older generation ASIC ≈ 150 USD/monthTop-tier industrial ASIC ≈ 5600 USD/month
Projected monthly profit after electricity costs
Calculated
Scenario Assessment
Gaming 1080p
Not applicable for a mining rig. The Bitdeer SealMiner A2 Pro Air is a dedicated SHA-256 ASIC with no graphics output, no display pipeline and no GPU. It cannot run games at any resolution.
Gaming 1440p
Not applicable for a mining rig. No GPU, no display output, no graphics driver stack. Gaming is architecturally impossible on this device.
Gaming 4K
Not applicable for a mining rig. The unit is a fixed-function SHA-256 ASIC; 4K rendering or gaming workloads cannot be executed.
Productivity
Mining throughput is the only productivity metric. Rated 500 TH/s at 14.9 J/TH with 7450W wall draw. In practice, expect 5-10% below spec under high ambient temperature, i.e. roughly 450-475 TH/s sustained. At 0.06 €/kWh the daily power cost is ~10.73 €, which is the dominant operating expense. Productivity is competitive with current-generation hydro ASICs (Bitmain S21 XP Hydro ~500 TH/s at ~14.9 J/TH) but not with the most efficient 2026 silicon (~9.5 J/TH class).
Local AI
No AI secondary-use potential. ASIC hardware is algorithmically fixed to SHA-256 and cannot execute neural-network inference, training or rendering workloads. There is no VRAM, no tensor-core equivalent and no CUDA/ROCm software stack. ai_score is therefore 0. Residual value after SHA-256 obsolescence trends toward zero, unlike GPU rigs which retain AI/compute value.
Multitasking
Rig scalability is limited to horizontal scaling of identical ASIC units, each requiring a 3-phase 380V feed and ~7450W of cooling capacity. Diversification potential is essentially zero: the hardware cannot be repurposed for AI inference, rendering or any non-SHA-256 workload. Scaling therefore increases both revenue and electrical/thermal load linearly, with no hedge against difficulty growth or halving.
Memory Assessment
Priority: Not applicable — memory is not a relevant optimization target for this ASIC mining rig. Optimization effort should instead focus on PSU headroom, circuit protection, thermal management, and firmware mode.This is an ASIC mining rig, not a GPU or CPU platform. There is no user-accessible VRAM, no system RAM, and no DAG file to size against memory. The relevant 'memory' concept for this device is the on-package SRAM and the hashboard pipeline inside the 4nm SHA-256 ASICs, which is fixed by the chip design and not user-configurable. The integrated controller board carries only the minimal firmware/telemetry memory needed to operate the unit.
Capacity
Not applicable in the GPU sense. The unit has no discrete VRAM and no expandable system memory. Hashboard-level buffering and on-chip SRAM are fixed by the 4nm ASIC design and are not upgradeable. There is no DAG-size constraint because SHA-256 does not use a DAG.
Speed
Not applicable as a memory-bandwidth metric. The performance-relevant figure is the SHA-256 hashing throughput of ~500 TH/s at ~14.9 J/TH, which is determined by the ASIC pipeline and clock, not by memory bandwidth.
Configuration
No memory configuration options exist. The controller board's firmware memory is fixed and vendor-managed. There is no path to add RAM, change memory timings, or tune memory for this platform.
Platform Fit
Memory is not a bottleneck or a tuning lever for this ASIC. The platform is algorithmically fixed to SHA-256, and its performance envelope is set by the ASIC, PSU, and thermal design rather than by any memory subsystem.
1
92Component Score
Primary hashing engine; performs SHA-256 double-hash computation for Bitcoin mining at ~500 TH/s nominal.
Identification
Hashrate & efficiency
Hashrate per wattnot available
Cooling & operation
Noise level (dBA)not available
Operating temperature (°C)not available
Input voltagenot available
Integrated PSUYesderivedDerived assessmentNo direct claim source recorded
Profitability & lifecycle
Daily revenue (USD, reference)not available
Profitability / break-evenHighly profitable at current electricity rates due to industry-leading efficiencyderivedDerived assessmentNo direct claim source recorded
Obsolescence riskLowderivedDerived assessmentNo direct claim source recorded
Strengths:
- + High nominal hashrate of ~500 TH/s, placing it in the current high-performance tier for SHA-256 ASICs.
- + Nominal efficiency of ~14.9 J/TH, competitive with current-generation air-cooled Bitcoin miners.
- + 4nm process node, indicating a modern chip design with better performance-per-watt than previous-generation nodes.
- + Air-cooled design with 4 high-pressure fans simplifies installation compared to hydro systems (no coolant loop, no dry cooler, no water treatment).
- + Integrated factory-matched PSU reduces cabling complexity and avoids third-party PSU mismatch issues.
- + Rated operating temperature range of 5–40 °C supports deployment in standard climate-controlled halls.
Weaknesses:
- − Air cooling is more maintenance-intensive than hydro regarding dust filtration and filter replacement.
- − High power density of ~7450W per unit demands robust hall ventilation and strict cold/hot aisle separation.
- − Sustained hashrate is sensitive to ambient temperature; near 40 °C the unit is likely to derate or throttle.
- − ASIC hardware is algorithmically fixed to SHA-256 and has no secondary compute use case (no AI, no rendering).
- − Residual value collapses once the SHA-256 generation becomes obsolete; no repurposing path exists.
- − Hashboard failure risk increases after roughly 2–3 years of 24/7 operation; warranty terms are not specified in the input.
Algorithm & coin
Algorithm characteristics
Difficulty trendUpward (historically increasing with hashrate growth)verifiedVerified specificationClaim source
Market maturity & suitability
Profitability rank (algo)High for high-efficiency ASICs, zero for GPUs/CPUsverifiedVerified specificationClaim source
Hardware suitabilityASIC required (GPUs and CPUs are completely unviable)verifiedVerified specificationClaim source
Future outlookExtremely high (premier global PoW network and store of value)verifiedVerified specificationClaim source
3
40Component Score
Converts 3-phase 380V AC input to the low-voltage DC rails required by the hashboards; factory-matched to the A2 Pro load profile.
Identification
ManufacturerBitdeerderivedDerived assessmentNo direct claim source recorded
ModelIntegrated PSUderivedDerived assessmentNo direct claim source recorded
Part number7800W 3-PhasederivedDerived assessmentNo direct claim source recorded
OEM platformIndustrial ASIC PowerderivedDerived assessmentNo direct claim source recorded
Form factorCustom ASIC IntegratedderivedDerived assessmentNo direct claim source recorded
Performance & efficiency
Rated power (W)7800 WderivedDerived assessmentNo direct claim source recorded
80 PLUS ratingNonederivedDerived assessmentNo direct claim source recorded
Cybenetics ETA (efficiency)NonederivedDerived assessmentNo direct claim source recorded
ATX standardNonederivedDerived assessmentNo direct claim source recorded
12V rail layoutSingle RailderivedDerived assessmentNo direct claim source recorded
12V current (A)NonederivedDerived assessmentNo direct claim source recorded
Connectors & cables
ModularityNoderivedDerived assessmentNo direct claim source recorded
12VHPWR / 12V-2x6NoderivedDerived assessmentNo direct claim source recorded
Native 12VHPWR (no adapter)NoderivedDerived assessmentNo direct claim source recorded
600W connectors (count)0derivedDerived assessmentNo direct claim source recorded
PCIe 8-pin (count)0derivedDerived assessmentNo direct claim source recorded
EPS CPU (count)0derivedDerived assessmentNo direct claim source recorded
SATA connectors0derivedDerived assessmentNo direct claim source recorded
Acoustics & quality
Max. noise level (dBA)Not specifiedderivedDerived assessmentNo direct claim source recorded
Cybenetics LAMBDA (noise)NonederivedDerived assessmentNo direct claim source recorded
Ripple / voltage stabilityNot specifiedderivedDerived assessmentNo direct claim source recorded
Hold-up time (ms)Not specifiedderivedDerived assessmentNo direct claim source recorded
Cooling & protection
Fan (mm)Not specifiedderivedDerived assessmentNo direct claim source recorded
Bearing typeNot specifiedderivedDerived assessmentNo direct claim source recorded
Zero-RPM modeNoderivedDerived assessmentNo direct claim source recorded
ProtectionsStandard industrial protectionsderivedDerived assessmentNo direct claim source recorded
Warranty (years)Not specifiedderivedDerived assessmentNo direct claim source recorded
Strengths:
- + 7800W rating against a ~7450W load yields roughly 95.5% utilization at nameplate, i.e. only ~4.5% headroom — but the PSU is explicitly factory-matched to the unit's load peaks.
- + 3-phase 380V input is the correct industrial feed for this power class and avoids single-phase household circuit limits.
- + Integrated design minimizes cable losses and simplifies large-farm wiring.
- + Factory matching reduces the risk of third-party PSU incompatibility or under-sizing.
Weaknesses:
- − Headroom is very thin (~4.5%); any overclock profile or transient surge pushes the PSU toward its limit.
- − Requires a dedicated 3-phase 380V circuit; not deployable on standard 230V single-phase household wiring.
- − PSU is not user-serviceable in the same way as a standard ATX/server PSU; failure means RMA or unit downtime.
- − Efficiency class of the integrated PSU is not specified in the input, so conversion losses cannot be quantified precisely.
4
no (integrierter Controller)
Processor (CPU)
User input • limited verification
Runs firmware, manages hashing, fan control, pool communication, and telemetry.
Identification
Manufacturernot available
Base modelnot available
SKU / steppingnot available
Codenamenot available
Socketnot available
Release yearnot available
Silicon & cores
Process nodenot available
Total coresnot available
P-coresnot available
E-coresnot available
Threadsnot available
L2 cache (MB)not available
L3 cache (MB)not available
3D V-Cachenot available
clock
Base clock (GHz)not available
Reference boost (GHz)not available
Max boost, SKU (GHz)not available
All-core boost (GHz)not available
Single-thread classnot available
Unlocked for OCnot available
Memory & platform
Memory typenot available
Max memory (MT/s)not available
Memory channelsnot available
ECC supportnot available
PCIe versionnot available
PCIe lanes (CPU)not available
Integrated GPUnot available
iGPU modelnot available
iGPU units (EU/CU)not available
Power & AI
TDP / PBP (W)not available
Turbo / MTP (W)not available
Cooling recommendationnot available
AVX-512not available
AVX-VNNI (AI inference)not available
NPU (TOPS)not available
Strengths:
- + Integrated design removes the need for a separate host PC, motherboard, CPU, RAM, or storage.
- + Factory firmware is tuned to the specific hashboard and PSU combination.
- + Reduces points of failure compared to a multi-component GPU rig.
Weaknesses:
- − Firmware is vendor-controlled; custom tuning options are limited compared to open GPU mining stacks.
- − No upgrade path for the controller; it is fixed to the unit.
- − Diagnostics depend on vendor tooling and telemetry.
5
no (integrierte Steuerplatine)
Motherboard
User input • limited verification
52Component Score
Identification
Manufacturernot available
ModelNone (integrated control board)derivedDerived assessmentNo direct claim source recorded
Revision / SKUnot available
Chipsetnot available
Socketnot available
Form factornot available
Release yearnot available
Voltage regulation (VRM)
Total VRM phasesnot available
Vcore phasesnot available
MOSFET current (A)not available
VRM heatsinknot available
CPU power connectorsnot available
Storage
Memory typenot available
RAM slotsnot available
Max memory (GB)not available
Max memory OC (MT/s)not available
Memory channelsnot available
EXPO / XMPnot available
Expansion (PCIe & M.2)
PCIe x16 slotsnot available
PCIe gen (primary)not available
M.2 slotsnot available
M.2 max gennot available
SATA portsnot available
PCIe x1 slotsnot available
Ports & network
LANnot available
LAN speed (Gbit)not available
WLANnot available
Rear USB (count)not available
Rear USB-Cnot available
USB4 / Thunderboltnot available
Audio codec / DACnot available
Debug LED / POST codenot available
BIOS flashbacknot available
6
Air-Cooling with 4 Hochdruck-Lüftern, Warm-/Kaltgang-Trennung
Cooling / Ventilation
User input • limited verification
46Component Score
Cooling concept
Cooling conceptForced air cooling with high-pressure fans and hot/cold aisle containmentverifiedVerified specificationClaim source
Operation
Hashrate densityModeratederivedDerived assessmentNo direct claim source recorded
Long-term stabilityHigh, provided ambient temperature is within limitsverifiedVerified specificationClaim source
Dust/maintenance protectionLow, requires regular maintenance and air filtrationderivedDerived assessmentNo direct claim source recorded
Site suitability
Site suitabilityIndustrial facility or specialized mining containerverifiedVerified specificationClaim source
Waste heat utilizationPossible via air-to-air heat exchangersverifiedVerified specificationClaim source
Electricity price & source
Power sourceIndustrial tariff or optimized residential rateverifiedVerified specificationClaim source
Electricity price competitivenessHighly competitive; optimal range for 2026 profitabilityverifiedVerified specificationClaim source
Economics
Break-even electricity price~0.079 €/kWh for modern ASIC hardwareverifiedVerified specificationClaim source
Profit marginModerate to high depending on hardware efficiencyverifiedVerified specificationClaim source
ROI assessmentDependent on hardware CAPEX and network difficultyverifiedVerified specificationClaim source
Risk & verdict
Difficulty/market riskHigh; rising network difficulty requires constant hardware efficiency upgradesverifiedVerified specificationClaim source
8
Removes ~7450W of continuous heat from the hashboards and maintains junction temperatures within the ASIC's safe operating window.
Strengths:
- + Four high-pressure fans provide substantial static pressure, suitable for dense rack deployment.
- + Cold/hot aisle separation is the correct industrial practice and improves cooling efficiency.
- + No coolant loop, no dry cooler, no water treatment — lower installation complexity than hydro.
- + Simpler to relocate and redeploy than a hydro unit.
Weaknesses:
- − Air cooling is more maintenance-intensive than hydro: dust filters must be cleaned/replaced regularly.
- − Fan noise in the 70–80 dB range makes the unit unsuitable for residential or office environments.
- − Cooling effectiveness is directly tied to hall ambient temperature; summer peaks risk throttling.
- − Fan bearings are a wear item under 24/7 operation and represent a recurring maintenance cost.
10
Standard miner rack in climate-controlled hall
Rack / Frame
Physical mounting and airflow containment for the ASIC unit.
Strengths:
- + Standard miner rack is the appropriate form factor for this unit class.
- + Climate-controlled hall supports stable ambient temperature and therefore stable hashrate.
- + Cold/hot aisle separation is compatible with rack-based deployment.
Weaknesses:
- − Rack must be rated for the unit's weight and vibration.
- − Hall cooling capacity must be dimensioned for the full thermal load of all installed units, not just one.
- − No redundancy described for hall cooling failure scenarios.
Smart Upgrade Recommendations
Upgrade Dashboard
All actions are visible at a glance: critical foundation fixes first, then sensible performance stages and premium options.
3 visible sections
3 comparable stages
Efficiency
Upgrade Path: Maximale Effizienz (J/TH)
Niedrigste J/TH ist der einzige langfristige Profit-Hebel im Mining. Diese Anker liefern die beste Effizienz.
Price/Performance
Budget
- Hardware
After (new)
Antminer S21 Pro- ~15 J/TH, 234 TH/s (luftgekühlt)
Total budget: ab ~2.500 €
Best Recommendation
Ausgewogen
- Hardware
After (new)
Antminer S21 XP- ~13,5 J/TH, 270 TH/s
Total budget: ab ~3.000 €
High-End
- Hardware
After (new)
Antminer S23 Hydro- ~9,5 J/TH, 580 TH/s (Wasserkühlung)
Total budget: ab ~5.000 €
Performance
Upgrade Path: Maximaler Profit & ROI
Bester ROI = höchster Deckungsbeitrag pro Terahash nach Stromkosten. Diese Anker liefern das beste €/TH-Verhältnis.
Best Recommendation
Ausgewogen
- Hardware
After (new)
Antminer S21 XP- ~13,5 J/TH, 270 TH/s — bester €/TH-Kompromiss
Total budget: ab ~3.000 €
Price/Performance
Budget
- Hardware
After (new)
Antminer S21- ~17,5 J/TH, 200 TH/s — günstiger Einstieg
Total budget: ab ~1.900 €
Best Recommendation
Ausgewogen
- Hardware
After (new)
Antminer S21 XP- ~13,5 J/TH, 270 TH/s — bester €/TH-Kompromiss
Total budget: ab ~3.000 €
High-End
- Hardware
After (new)
Antminer S23 Hydro- ~9,5 J/TH, 580 TH/s — höchster Deckungsbeitrag/TH
Total budget: ab ~5.000 €
Performance
Upgrade Path: Hashrate-Dichte & Skalierung
Maximale Hashrate pro Stellfläche und Stromkreis — entscheidend, sobald mehr als eine Einheit betrieben wird.
Best Recommendation
Ausgewogen
- Hardware
After (new)
Antminer S23 Hydro- 580 TH/s je Einheit
- Hydro-Verrohrung
Total budget: ab ~5.000 €
Price/Performance
Budget
- Hardware
After (new)
Antminer S21 Pro- 234 TH/s je Einheit, kompaktes Luftmodell
Total budget: ab ~2.500 €
Best Recommendation
Ausgewogen
- Hardware
After (new)
Antminer S23 Hydro- 580 TH/s je Einheit
- Hydro-Verrohrung
Total budget: ab ~5.000 €
High-End
- Kühlung~+5%
After (new)
Immersion-Cooling Tank (EZ Blockchain / Bitcooler)- höchste TH/Stellfläche, staubfrei
- Abwärme nutzbar
Total budget: Setup ab ~1.500 €
⚠ Recommendations based on AI analysis and internet research. All information without guarantee.
* Hardware links are Amazon affiliate links (advertising). Only purchasable product terms are linked, not diagnosis or reasoning text. Recommendations are chosen for technical fit, never by commission level.
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This report was produced by the same AI analysis that runs for your system – free and without registration.
This analysis was generated by AI with up-to-date internet research. All information without guarantee. Please verify critical details independently.