Todek Toddminer C1 PRO

The Todek Toddminer C1 PRO presents itself with the cold precision of a surgical instrument and the relentless pulse of a lab specimen, delivering 3 TH/s while drawing 2,700 watts as it interrogates the Eaglesong algorithm that secures the Nervos Network; its specialized voltage regulation behaves like an IV line stabilizing vital signs through power fluctuations, and its FPGA-based architecture offers firmware upgrades that act like adaptive therapies, ready to absorb efficiency improvements as they are discovered, thoughts circling inward like prayers for incremental gains. Compact at 185 x 281 x 300 millimeters and weighing 12 kilograms, the unit keeps its thermal biography under control with two fans, rated noise around 70 dB, and operational resilience across 5–45 °C and 5–95% relative humidity, while Ethernet connectivity and a 12‑volt system plug it cleanly into standard mining infrastructure. Built specifically for Eaglesong, the miner is tuned to a consensus algorithm that emphasizes scalability, security and a degree of ASIC resistance unique to the Nervos design, making it more than raw hashing power - it is a purpose‑built instrument in an evolving ecosystem. For anyone plotting returns, run a mining profitability calculation that factors hash rate, power consumption and local electricity rates to estimate daily, monthly and yearly yields and to model how firmware improvements, pool choice and ambient cooling strategies will ripple through long‑term performance and operating cost, while remembering that noise, heat rejection and stable power are as much part of the miner’s life support as its chips.

Like a compact engine salvaged from the bones of a broken grid, the Todek Toddminer C1 PRO is built to keep the lights on where the network insists on being reborn: it pushes 3 TH/s while drawing 2,700 watts, its FPGA heart able to accept firmware therapies that can squeeze out efficiency gains as Eaglesong and its surrounding tooling evolve, and its focus on the Nervos Network’s CKB gives its hashing purpose beyond raw numbers, reflecting the algorithm’s emphasis on scalability, security and a measured form of ASIC resistance. Small enough at 185 × 281 × 300 millimeters and weighing 12 kilograms, the unit tucks into constrained racks and makes heat with two fans rated to keep temperatures between 5 and 45 °C and humidity tolerances from 5% to 95%, while producing around 70 dB of noise - moderate for a miner, still a factor when choosing placement and acoustic isolation. Designers hardened its power train with a robust voltage regulation and a supply that tolerates a wider span of electrical input variations, reducing stress on components and extending service life in places where the grid is a rumor, and Ethernet connectivity on a 12‑volt system plugs it into standard mining setups and monitoring stacks for remote telemetry and fleet management. Operational resilience is matched by practical maintenance expectations: keep dust filters clear, monitor inlet temperatures, consider UPS or surge protection to smooth transient events, and plan ambient cooling and intake/exhaust routing to lower thermals and long‑term fan wear. For anyone sizing a deployment, factor the miner’s hash rate and 2,700 W draw into a profitability model alongside local electricity costs, pool fees, expected firmware or algorithmic changes, cooling overhead, noise mitigation and component replacement schedules so you can forecast daily, monthly and annual yields and hardware ROI; remember that steady power, clean airflow and sensible firmware update policies will ripple through uptime, total cost of ownership and the miner’s lifespan as surely as the algorithm’s future tweaks might change efficiency margins.

Eaglesong is a cryptographic hash function that serves as the backbone of Nervos 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.