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Asic Miner Profitability Calculator
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| Model |
Profitability
Profit
|
|---|---|
|
Goldshell CK-BOX
Eaglesong · 1.05TH/s
|
$-0.36
/day
|
|
Goldshell CK Box
Eaglesong · 1.05TH/s
|
$-0.36
/day
|
|
iBeLink BM-N3 Mini
Eaglesong · 1.8TH/s
|
$-0.47
/day
|
|
Goldshell CK Box II
Eaglesong · 2.1TH/s
|
$-0.66
/day
|
|
Goldshell CK Lite
Eaglesong · 6.3TH/s
|
$-1.97
/day
|
|
Bitmain Antminer K7
Eaglesong · 63.5TH/s
|
$-2.56
/day
|
|
Todek Toddminer C1
Eaglesong · 1.55TH/s
|
$-2.57
/day
|
|
Bitmain Antminer K7
Eaglesong · 58TH/s
|
$-2.85
/day
|
|
Bitmain Antminer K5
Eaglesong · 1.13TH/s
|
$-2.97
/day
|
|
Goldshell CK5 CKB
Eaglesong · 12TH/s
|
$-3.97
/day
|
|
iBeLink BM-N1
Eaglesong · 6.6TH/s
|
$-4.26
/day
|
|
iBeLink BM-N3
Eaglesong · 25TH/s
|
$-5.01
/day
|
|
Todek Toddminer C1 PRO
Eaglesong · 3TH/s
|
$-5.03
/day
|
|
Goldshell CK6 CKB
Eaglesong · 19.3TH/s
|
$-5.32
/day
|
|
Goldshell CK6-SE CKB
Eaglesong · 17TH/s
|
$-5.44
/day
|
Our cutting-edge mining calculator offers comprehensive insights across all major cryptocurrency algorithms, helping users easily identify the most profitable options for their specific hardware. The algorithm data is continuously refreshed to keep pace with the dynamic crypto mining industry, providing accurate evaluations based on real-time profitability statistics and overall market activity. This empowers users to make well-informed choices that reflect the latest mining conditions and algorithm performance.
Eaglesong — How This Mining Algorithm Works
Why should you rely on our ASIC Profit Calculator for accurate mining insights?
Eaglesong is a purpose-built hashing algorithm for the Nervos CKB base layer, introduced in 2019 to harden Proof of Work while lowering the cost of computation. Its core uses a compact permutation with simple bitwise and arithmetic steps that favor diffusion and non-linearity without heavy memory demands. This structure resists common precomputation and time–memory tradeoff strategies by mixing state aggressively every round. The round function maps well to ASIC pipelines and to parallel GPU kernels, which supports broad miner participation and better energy per hash. Mining proceeds by hashing block headers that encode transaction commitments, the previous block hash, a timestamp, and a nonce. Miners iterate the nonce until the digest falls below the network target set by the current difficulty. Difficulty retargets on a regular schedule to keep block intervals steady despite swings in total hashrate. Compared with legacy schemes like SHA-256, Eaglesong aims for lower computational overhead while keeping strong preimage and collision resistance at a 256-bit output. The minimal memory footprint reduces bottlenecks on consumer hardware and simplifies hardware validation on dedicated chips. These traits help decentralization early on, though rising ASIC density can pressure small GPU operators and raise centralization risk over time. Adoption can lag because a novel algorithm asks miners to learn fresh tooling and performance profiles. Reference implementations and test vectors ease that step and support accurate verification. Within Nervos, Eaglesong anchors a vision of scalable, interoperable layers by securing the ledger with predictable, tamper-resistant work. Miners can project returns using standard profitability tools that combine live difficulty, device hashrate, power draw, and expected fees, then adjust as conditions shift. In practice the hash stream becomes the network’s pulse, steady and sharp, binding value with the discipline of consensus and the occasional loss of an orphaned block.
Eaglesong — More About This Algorithm
See how our profit calculator delivers accurate, real-time mining insights, helping miners make informed decisions.
Eaglesong, introduced in 2019 by the Nervos Foundation for the CKB blockchain, is a custom Proof-of-Work hash that pairs pragmatic simplicity with disciplined engineering to secure decentralized consensus: it employs a sponge-based construction with a linear diffusion layer and bitwise substitutions executed across multiple rounds, with randomized phases that disturb overly specialized pipelines and thereby narrow the gap between bespoke silicon and general-purpose hardware; the algorithm processes block headers containing compacted transaction data, a reference to the previous block, and a nonce, and miners iterate by adjusting the nonce until a hash satisfies the prevailing difficulty target, which is periodically retuned to maintain consistent block intervals and predictable issuance; engineered for low computational overhead and efficient memory use, Eaglesong enables both GPU and ASIC participation while keeping performance accessible enough to broaden miner inclusion and geographic dispersion, complementing Nervos’ goals of scalability and interoperability; compared with older families such as SHA-256, its lean design achieves high diffusion per round with fewer operations, supporting stable throughput across varied setups and improving energy proportionality, while its security posture-grounded in preimage and collision resistance assumptions and the complexity of reaching a valid hash-deters common tampering avenues and complicates differential shortcuts; periodic parameter adjustments act as a policy lever to adapt to shifting hardware capabilities, mitigating the risk that a single manufacturing tier captures outsized advantage, though the rise of optimized ASICs can still pressure smaller GPU operators and demands vigilance to preserve decentralization; as a distinctive, newer algorithm, initial recognition may trail legacy standards, modestly affecting early miner adoption, yet the clarity of its design and compatibility with diverse tooling sustain a fair, open market in which participants can benchmark devices and estimate expected returns using standard profitability models and on-chain difficulty data; taken together, Eaglesong’s adaptability, resilience, and operational efficiency form a streamlined framework in which security and decentralization are not slogans but working constraints, aligning the incentives of miners and the integrity of the ledger with a precise cadence that is built for modern networks.
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Frequently Asked Questions
Everything you need to know about ASIC mining profit calculation
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