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Innosilicon T2 Turbo 26T T2T-26T
T2 Turbo profitability insights powered by real-time data: Discover how much your T2 Turbo 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
|
$1.17 | $4.03 |
$-2.86
|
|
Monthly
|
$35.16 | $120.96 |
$-85.80
|
|
Yearly
|
$427.78 | $1,471.68 |
$-1,043.90
|
About the Innosilicon T2 Turbo (26TH/s)
Learn more about this ASIC miner, including its specifications, performance, energy consumption, and profitability.
The Innosilicon T2 Turbo series presents itself as a pragmatic, almost clinical answer to SHA-256 mining demands: the T2T-29T/30T peaks at 30 TH/s while drawing about 2400 W (roughly 80 J/TH), and the smaller T2T-26T offers 26 TH/s at 2100 W (≈80.77 J/TH), so you’re essentially looking at a family that prioritizes steady, tunable performance over headline-grabbing efficiency miracles; both models support frequency tuning so operators can deliberately trade raw hash for lower power draw or vice versa, and that flexibility is one of the few real levers miners control when electricity, ambient heat and pool luck conspire. Designed for SHA-256 coins-Bitcoin, Bitcoin Cash, Bitcoin SV-the 26T is explicit about thermals: dual high‑RPM fans, a beefy aluminum heatsink, and an operational envelope from about 5 to 40 °C and 5–95% humidity to reduce thermal throttling during long runs; noise sits around 75 dB, so plan for sound mitigation or remote placement, and note both units use an Ethernet interface and are not intended for standard rack mounting. Practically speaking, installers should size power supplies with headroom above the stated draw, prioritize intake/exhaust airflow to keep junction temps low, implement routine dust and firmware maintenance, and monitor hash stability and ambient conditions-frequency profiles and fan curves can be tuned in firmware to squeeze a few extra percentage points of efficiency or to dampen acoustics at the cost of hashrate. In everyday operation these miners offer stable hashing and predictable power use, making them competitive for operators who need consistent throughput rather than speculative high-efficiency claims; pair them with effective site cooling, a reliable power chain, and good pool selection and you get a resilient, controllable SHA-256 workstation that pays attention to thermals and uptime, which in mining is often worth more than a marginal decimal improvement in J/TH.
Discover Which Coins This Miner Can Mine
Explore the cryptocurrencies that can be mined using Innosilicon T2 Turbo (26TH/s), including detailed profitability.
Currency Converter
Calculate the mineable coins to any currency.
| Coin | Income/Day | Profit/Day |
|---|---|---|
|
$1.10
$
0.00001081
|
$-2.93
$
-0.00002888
|
|
|
$1.09
$
0.00001079
|
$-2.94
$
-0.00002904
|
|
|
$1.07
$
0.00212585
|
$-2.96
$
-0.00587479
|
|
|
$1.17
$
2.93
|
$-2.86
$
-7.12345206
|
Historical Mining Performance
View the performance trends of Innosilicon T2 Turbo (26TH/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
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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 Innosilicon T2 Turbo (26TH/s)
Like a quiet beacon among the constellations, the Innosilicon T2 Turbo 26T carries a practical promise of resilience and steady yield: built on modern FinFET ASIC foundations it delivers about 26 terahashes per second while drawing roughly 2,100 watts for an energy profile near 80.77 joules per terahash, making it well suited to SHA‑256 networks such as Bitcoin, Bitcoin Cash and Bitcoin SV; its firmware and hardware together offer the kind of pragmatic control that turns electrical and thermal constraints into manageable variables - frequency tuning lets operators trade hashrate for lower consumption, automated recovery routines detect and correct performance dips to sustain uptime, and a secure Ethernet interface with built‑in fail‑safes reduces the risk of lost connections - all features that, in the long arc of operation, become small acts of stewardship for uptime. Thermals are addressed by dual high‑RPM fans and a substantial aluminum heatsink, and the unit tolerates typical mining environments from 5 to 40 degrees Celsius and 5 to 95 percent relative humidity, though ambient cooling, clear intake/exhaust paths and routine dust control remain essential to prevent throttling; expect audible output near 75 decibels, so plan for sound mitigation or remote placement if human comfort matters. Designed with industrial deployment in mind but not as a standard rack-mounted chassis, it can be integrated into stackable setups and benefits from conservative power-supply sizing with headroom above the rated draw, redundant network and power paths for resilience, and regular firmware and pool management to keep hashing steady. Treat maintenance, ventilation and monitoring as daily rituals-log hashrate, temperatures and fan curves, update firmware, and tune frequency profiles deliberately-and this miner becomes more than metal and silicon: it becomes a dependable instrument whose predictability rewards thoughtful site design, sensible cooling and resilient power architecture, a reminder that careful preparation and small adjustments often yield the most lasting returns.
Where to Buy?
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Technical Specifications
Detailed hardware specifications and mining capabilities for Innosilicon T2 Turbo 26T T2T-26T
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.
Crypto Mining Pools
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Frequently Asked Questions
Everything you need to know about the Innosilicon T2 Turbo 26T T2T-26T
How efficient is the Innosilicon T2 Turbo 26TH/s?
What are the electricity costs for the Innosilicon T2 Turbo 26TH/s (USD)?
How much power does the Innosilicon T2 Turbo 26TH/s use?
Who manufactures the T2 Turbo?
What is the hashrate of the Innosilicon T2 Turbo?
Which cryptocurrencies can be mined with the Innosilicon T2 Turbo 26TH/s?
NiceHash (BTC)
Bitcoin (BTC)
Bitcoin Cash (BCH)
Fractal Bitcoin (FB)
