Jasminer X4-1U SUNLUNE JASMINER X4-1U ETCHASH SERVER

The Jasminer X4-1U arrives like a small, sure heartbeat in the dark of a server room: a compact 1U rack-mounted EtHash server-also known as the SUNLUNE JASMINER X4-1U ETCHASH SERVER-that quietly pushes 520 MH/s while drawing 240 W, a careful choreography between muscle and thrift that makes it well suited for mining Ethereum Classic, Ethereum and other EtHash coins; designed to slip into rack-mounted arrays with minimal fuss, its optimized hardware keeps hashrates steady and energy waste low, which in turn trims operational overhead whether you’re filling a data-center bay or setting up a focused home rig, and because its form factor is deliberately compact it’s easier to deploy, cool and maintain than bulkier alternatives; think of it as performance pared down to essentials: efficient hashing, stable output, and a footprint that respects space and power; and for the practical heart of any operation there’s a mining profit calculator that lets you model daily, monthly or yearly earnings by adjusting electricity rates and currency settings, so you can map scenarios, test assumptions, and watch profitability evolve in real time-“tell me how it will pay,” you might whisper to the machine, and the numbers answer back, honest and precise, letting you plan capacity, cooling and cost with the same quiet certainty the miner itself provides.

Small enough to be tucked into a crowded bay yet engineered to be a steady pulse in any mining fleet, the Jasminer X4-1U (SUNLUNE JASMINER X4-1U ETCHASH SERVER) pairs a compact 1U rackmount form with custom ASICs tuned for EtHash to produce up to 520 MH/s while drawing roughly 240 W, making it well suited for Ethereum Classic, Ethereum and other EtHash-based coins; its highly integrated architecture stabilizes hash rate and reduces power swings, and the low-voltage design slows component wear so units last longer and demand less aggressive cooling, while a high-performance heatsink and careful airflow management keep temperatures predictable under continuous load. Beyond raw numbers, the device’s firmware offers intelligent power-adjustment tools so operators can tune consumption to ambient conditions and workload, and it exposes monitoring and configuration controls that help plan capacity, cooling and maintenance with confidence; its compact footprint and efficient thermal profile simplify deployment in dense data centers or modest home rigs, lower per-unit operational overhead, and make scaling more modular and humane. In practice that balance of efficiency, durability and manageability means fewer surprises in long-term operation: steadier throughput, simpler cooling demands, clearer planning for rack space and power provisioning, and a smaller environmental footprint per hash - small engineering decisions that, strung together, let a community of miners build resilient, efficient systems that hum along like a hopeful grid rather than a wasteful furnace.

Etchash is a cryptographic hash function that serves as the backbone of Ethereum Classic 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.