Bitmain Antminer S17 (56Th) Antminer S17-56TH/s
Antminer S17 profitability insights powered by real-time data: Discover how much your Antminer S17 can earn using our advanced ASIC miner calculator. We use live mining reward data and automatically factor in electricity costs, giving you a clear overview of your potential daily, monthly, and yearly returns.
Profitability Analysis
Here you can see a detailed analysis of miner profitability, updated in real-time.
| Period | Income | Expense | Profit |
|---|---|---|---|
|
Daily
|
$2.53 | $4.84 |
$-2.31
|
|
Monthly
|
$75.85 | $145.15 |
$-69.30
|
|
Yearly
|
$922.87 | $1,766.02 |
$-843.15
|
About the Bitmain Antminer S17 (56TH/s)
Learn more about this ASIC miner, including its specifications, performance, energy consumption, and profitability.
Forged for the relentless calculus of proof-of-work, the Bitmain Antminer S17 (56Th) stands like a black monolith in the mining hall, churning out 56 terahashes per second while drawing 2,520 watts and achieving an energy efficiency of about 45 joules per terahash; built on 7nm BM1397 ASICs and paired with an APW9+ PSU, it blends high-density silicon with optimized power delivery and dynamic frequency tuning to let operators choose between Turbo, Normal and Low Power modes that balance raw throughput, thermal load and operational cost, and its dual-tube symmetric heat dissipation system housed in a high-grade aluminum alloy shell enhances thermal conductivity and reliability for 24/7 industrial deployments even as its 82 dB acoustic signature makes it better suited to farm operations than quiet home use; designed for SHA-256 coins such as Bitcoin and Bitcoin Cash, the S17’s robust construction, recommended stable power input and ventilation, and firmware that supports pool connectivity and remote monitoring enable large-scale clusters and modular scaling, while practical considerations-regular fan and dust maintenance, surge protection, ambient temperature control, placement on vibration-damping racks, and tracking firmware and pool settings-preserve efficiency and uptime; when estimating returns, use our crypto miner profit calculator to model daily, monthly and yearly yields under varying electricity rates, hash difficulty and pool fees, remember to factor in heat and noise mitigation costs and the longer-term impact of network difficulty and halving events on profitability, and treat the S17 as a workhorse best deployed where cooling, power and noise constraints are industrial in scale rather than domestic.
Discover Which Coins This Miner Can Mine
Explore the cryptocurrencies that can be mined using Bitmain Antminer S17 (56TH/s), including detailed profitability.
Currency Converter
Calculate the mineable coins to any currency.
| Coin | Income/Day | Profit/Day |
|---|---|---|
|
$2.36
$
0.00002328
|
$-2.47
$
-0.00002435
|
|
|
$2.35
$
0.00002323
|
$-2.49
$
-0.00002455
|
|
|
$2.31
$
0.00457874
|
$-2.53
$
-0.00502202
|
|
|
$2.53
$
6.31
|
$-2.31
$
-5.75441868
|
Historical Mining Performance
View the performance trends of Bitmain Antminer S17 (56TH/s) over weekly, monthly, and yearly timeframes.
Historical Profitability
View the historical income and profit trends for this miner.
SHA-256 Miner Generations
Evolution of cryptocurrency mining hardware throughout the years, with the current generation highlighted for reference.
Generation 1
26 minersGeneration 2
26 minersGeneration 3
26 minersGeneration 4
26 minersGeneration 5
26 minersGeneration 6
26 minersGeneration 7
27 minersGeneration 8
27 minersGeneration 1
26 minersGeneration 2
26 minersGeneration 3
26 minersGeneration 4
26 minersGeneration 5
26 minersGeneration 6
26 minersGeneration 7
27 minersGeneration 8
27 minersMore Information about the
Learn more about the Bitmain Antminer S17 (56TH/s)
The Antminer S17 (56Th) presents itself as a carefully engineered instrument for SHA-256 mining, delivering a consistent 56 terahashes per second while drawing about 2,520 watts and achieving roughly 45 joules per terahash; its compute core is built on efficient 7 nm BM1397 ASICs and designed to pair with an APW9+ power supply for stable voltage regulation and reduced power loss, and the device’s firmware adds practical resilience through auto‑tuning and dynamic frequency adjustments while offering selectable operating modes-Turbo, Normal and Low Power-to let operators trade off raw throughput against thermal load and energy draw. Cooling is handled by a dual-tube, symmetric heat-dissipation architecture with dual fans and a high-grade aluminum alloy enclosure that together increase thermal conductivity and make continuous 24/7 operation feasible in dense racks, though the S17 was not designed for integrated immersion setups so air management remains the default; its acoustic signature of about 82 dB also places it squarely in the realm of dedicated farms rather than quiet installations. From a systems perspective the miner demands disciplined site practices-stable, well-regulated power input, surge protection, targeted ambient temperature control, directed airflow or external ducting, vibration-damping racks and regular fan and dust maintenance-to preserve hash-rate stability and hardware longevity, while remote monitoring and pool connectivity features enable clustered deployments and rapid response to throttling, chip temperature excursions or network variance. Operational planning should factor in its power density and cooling footprint when estimating capacity per rack, and include continuous logging of hash rate, temperatures and firmware/pool settings so that anomaly detection and preventive maintenance can minimize downtime; economically, remember that returns depend on variable network difficulty and halving cycles, so use realistic models for energy cost, thermal mitigation and equipment depreciation when scaling the S17 into a modular farm where cooling, power and acoustic constraints are managed at industrial scale rather than domestically.
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Technical Specifications
Detailed hardware specifications and mining capabilities for Bitmain Antminer S17 (56Th) Antminer S17-56TH/s
Basic Information
Performance
Physical Dimensions
Mineable Cryptocurrencies
Algorithm Information: SHA-256
Learn more about the SHA-256 algorithm and how it works.
SHA-256 is a cryptographic hash function that serves as the backbone of Fractal Bitcoin proof-of-work consensus mechanism. This algorithm processes input data of any length and produces a fixed hash value, ensuring security and integrity in the mining process.
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Frequently Asked Questions
Everything you need to know about the Bitmain Antminer S17 (56Th) Antminer S17-56TH/s
How efficient is the Bitmain Antminer S17 56TH/s?
What are the electricity costs for the Bitmain Antminer S17 56TH/s (USD)?
How much power does the Bitmain Antminer S17 56TH/s use?
Who manufactures the Antminer S17?
What is the hashrate of the Bitmain Antminer S17?
Which cryptocurrencies can be mined with the Bitmain Antminer S17 56TH/s?
NiceHash (BTC)
Bitcoin (BTC)
Bitcoin Cash (BCH)
Fractal Bitcoin (FB)
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