Todek Toddminer C1

The Todek Toddminer C1 is an ASIC device purpose-built for the Eaglesong algorithm to mine Nervos Network's native token, delivering a steady 1.55–1.6 TH/s while drawing roughly 1,380 watts and achieving an energy efficiency near 0.89 J/Gh - a compact ratio of throughput to power that forces pragmatic choices where selection becomes action and action becomes a measure of responsibility; its dual-mode cooling, marrying liquid and air strategies, sustains lower operating temperatures to stabilize performance, lengthen component life and reduce long-term maintenance burdens, while optimized firmware permits fine power tuning to strike a deliberate balance between consumption and hash output, and a remote management interface provides real-time monitoring and control for efficient fleet operation; together with tools to calculate daily, monthly and yearly costs and to compare different electricity rates for precise financial planning, the C1 presents itself as a considered option for miners who demand reliable, efficient hardware and deliberate operational control when participating in Nervos Network mining.

Engineered to wrest steady performance from the Eaglesong algorithm for Nervos CKB mining, the Todek Toddminer C1 fuses disciplined throughput with rigorous thermal and power control, delivering roughly 1.55–1.6 TH/s at about 1,380 watts for an efficiency near 0.89 J/Gh while refusing to let heat or noise dictate its pace; its bespoke cooling architecture - a dual-mode marriage of liquid circulation and directed airflow housed in an aluminum chassis - actively shunts heat away from hotspots, lowering operating temperatures, stretching component life and reducing routine upkeep, while a carefully laid-out hash board topology cuts internal interference to preserve signal integrity and hash stability under load. Firmware exposes measured levers for power tuning so operators can trim consumption with minimal disruption to hash output, and a responsive remote management interface gives real-time telemetry, threshold alerts and control over fan and pump curves, clocking and power limits, enabling hands-off fleet management or fine-grained solo tuning from anywhere. Compact by design but robust in capability, the C1 suits solo miners and small deployments out of the box, yet with strategic configuration-thermal profiling, grouped remote control and attention to rack airflow-it scales into larger operations as a diversification asset for Eaglesong workloads without demanding wholesale infrastructure rework, offering a pragmatic path to steady uptime, predictable maintenance windows and clearer operational planning for those who measure returns not by impulse but by the steady accrual of validated hashes.

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.