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Bitfily Snow Panther A1 Snow Leopard A1
Snow Panther A1 profitability insights powered by real-time data: Discover how much your Snow Panther A1 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
|
$2.22 | $10.37 |
$-8.15
|
|
Monthly
|
$66.54 | $311.04 |
$-244.50
|
|
Yearly
|
$809.57 | $3,784.32 |
$-2,974.75
|
About the Bitfily Snow Panther A1 (49TH/s)
Learn more about this ASIC miner, including its specifications, performance, energy consumption, and profitability.
The Bitfily Snow Panther A1, also marketed as the Snow Leopard A1, is a high-performance SHA‑256 ASIC delivering 49 TH/s at a substantial 5,400 W draw, a profile that positions it as a heavy-duty, industrial-scale Bitcoin miner where throughput is prioritized over raw power economy-its 110 J/TH efficiency places it among older but still commercially viable models; built in a 6U rack form factor, cooled by six robust 12038 fans, and populated with 576 BF16BTC chips fabricated on a 16 nm node, the unit is engineered for continuous operation across a -10 to 40 °C ambient range and 5–95% relative humidity, while producing about 82 dB of operational noise, meaning site planning must include noise mitigation, dense ventilation and heat-extraction capacity, and dust management. Operational success hinges on a stable, high-capacity electrical supply and proper power distribution-dedicated circuits or three-phase feeding and industrial PDUs, plus UPS and surge protection where uptime matters-alongside rack spacing and airflow management to prevent thermal throttling; given its steady 5.4 kW heat output, heat recovery or dedicated cooling systems are often advantageous in large deployments. The miner’s specialized hardware yields predictable hashing performance, but real-world profitability depends primarily on electricity cost, pool fees, and network difficulty, which is why using a crypto-miner profit calculator that models daily, monthly and annual returns while allowing you to vary electricity rates and currencies is essential to determine true long-term viability and return on investment before committing to the infrastructure, permitting informed decisions about deployment density, maintenance intervals, and whether noise, cooling and power requirements fit the intended facility.
Discover Which Coins This Miner Can Mine
Explore the cryptocurrencies that can be mined using Bitfily Snow Panther A1 (49TH/s), including detailed profitability.
Currency Converter
Calculate the mineable coins to any currency.
| Coin | Income/Day | Profit/Day |
|---|---|---|
|
$2.07
$
0.00002037
|
$-8.30
$
-0.00008169
|
|
|
$2.06
$
0.00002033
|
$-8.31
$
-0.00008207
|
|
|
$2.02
$
0.00400640
|
$-8.35
$
-0.01656666
|
|
|
$2.21
$
5.52
|
$-8.15
$
-20.32905801
|
Historical Mining Performance
View the performance trends of Bitfily Snow Panther A1 (49TH/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 Bitfily Snow Panther A1 (49TH/s)
The Bitfily Snow Panther A1 - baptized by some as the Snow Leopard A1 - is a purpose‑built SHA‑256 behemoth that turns dense silicon into relentless hashing: 49 TH/s from 576 BF16BTC chips etched on a 16 nm process, drawing roughly 5,400 watts and yielding about 110 J/TH, a profile that marks it as an industrial workhorse rather than a household toy; packaged in a 6U rack form factor with six 12038 high‑speed fans and a robust heat‑dissipation architecture, it is designed to operate continuously across a -10 to 40 °C ambient window and 5–95% relative humidity while producing about 82 dB of noise, so successful deployment demands careful site engineering - dedicated three‑phase feeds or equivalent high‑capacity circuits, industrial PDUs, UPS and surge protection, attention to power factor and inrush currents, plus room ventilation sized to evacuate roughly 5.4 kW of heat per unit or to capture that energy for heat recovery; Bitfily’s firmware leans into stability rather than aggressive overclocking, lowering failure rates and simplifying large‑scale fleet management, and operators should pair units with network monitoring (SNMP/API), temperature and fan telemetry, and a maintenance cadence-regular dust‑filter replacement and fan inspection in dusty sites, monthly surface cleaning or quarterly deep checks depending on environment-to preserve airflow and avoid thermal throttling; acoustic mitigation and hearing protection are practical necessities around 82 dB, while rack spacing, airflow aisles and dust control extend uptime and reduce fan wear; real‑world returns remain governed by electricity cost, pool fees and network difficulty, so plan density, redundancy and cooling with an eye to measurable ROI, and provision for firmware updates, redundancy of power paths, surge protection and clear service access when sizing an industrial farm around this powerful but demanding miner.
Where to Buy?
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No Offers Available
There are currently no offers for this miner. Please check back later.
Technical Specifications
Detailed hardware specifications and mining capabilities for Bitfily Snow Panther A1 Snow Leopard A1
Basic Information
Performance
Physical Dimensions
Additional Information
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.
Crypto Mining Pools
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Frequently Asked Questions
Everything you need to know about the Bitfily Snow Panther A1 Snow Leopard A1
How efficient is the Bitfily Snow Panther A1 49TH/s?
What are the electricity costs for the Bitfily Snow Panther A1 49TH/s (USD)?
How much power does the Bitfily Snow Panther A1 49TH/s use?
Who manufactures the Snow Panther A1?
What is the hashrate of the Bitfily Snow Panther A1?
Which cryptocurrencies can be mined with the Bitfily Snow Panther A1 49TH/s?
NiceHash (BTC)
Bitcoin (BTC)
Bitcoin Cash (BCH)
Fractal Bitcoin (FB)
