Description
Jasminer X16-P 5800Mh/s Ethereum Classic Miner
The Jasminer X16-P is a high-performance Ethereum Classic ASIC miner manufactured by JASMINER. Designed for the EtHashETC algorithm, this mining machine delivers a maximum hashrate of 5800Mh/s ±10%, equivalent to approximately 5.8Gh/s, while consuming 1900W ±10%.
With 8GB of memory, nine processing chips, Ethernet connectivity and an integrated air-cooling system, the Jasminer X16-P provides dedicated mining performance for serious ETC miners. Its calculated energy efficiency of approximately 0.33J/Mh creates a strong balance between hashrate and electricity consumption.
The Jasminer X16-P requires a 200–240V electrical supply and produces continuous heat during operation. It is best installed in a properly ventilated mining room or professional facility with suitable electrical capacity, stable networking and effective hot-air exhaust.
Explore more equipment in our ASIC miners collection, or browse additional cryptocurrency mining hardware available from Hash Titans.
Jasminer X16-P Key Features
The Jasminer X16-P ETC miner is developed for miners who need substantially more EtHashETC performance than compact home mining units can provide. Its combination of 5800Mh/s ±10%, 1900W ±10% consumption and 8GB memory makes it suitable for dedicated Ethereum Classic mining operations.
- Manufacturer: JASMINER
- Model: X16-P
- Mining algorithm: EtHashETC
- Maximum hashrate: 5800Mh/s ±10%
- Equivalent hashrate: Approximately 5.8Gh/s ±10%
- Power consumption: 1900W ±10%
- Calculated efficiency: Approximately 0.33J/Mh
- Memory: 8GB
- Chip quantity: 9
- Cooling method: Air cooled
- Network interface: Ethernet
- Input voltage: 200–240V
- Primary mineable coin: Ethereum Classic
Jasminer X16-P Specifications
| Manufacturer | JASMINER |
|---|---|
| Model | X16-P |
| Also known as | Jasminer X16-P ETC Miner |
| Release date | August 2023 |
| Mining algorithm | EtHashETC |
| Maximum hashrate | 5800Mh/s ±10% |
| Power consumption | 1900W ±10% |
| Calculated efficiency | Approximately 0.33J/Mh |
| Memory | 8GB |
| Chip quantity | 9 |
| Cooling method | Air cooled |
| Listed noise level | 40dB ±10% |
| Dimensions | 212 × 300 × 374mm |
| Weight | 14kg |
| Input voltage | 200–240V |
| Network interface | Ethernet |
| Operating temperature | 0–40°C |
| Operating humidity | 5–95% |
| Listed warranty | 180 days |
Jasminer X16-P Mining Overview
Mining Algorithm
EtHashETC
Maximum Hashrate
5800Mh/s ±10%
Power Consumption
1900W ±10%
Mineable Coins with Jasminer X16-P
Ethereum Classic
ETC
The primary cryptocurrency associated with the Jasminer X16-P is Ethereum Classic. The miner uses the EtHashETC algorithm and must be connected to a compatible mining pool and valid ETC wallet address before mining begins.
Miners can review compatible wallets, software and pool resources through the official Ethereum Classic mining guide.
Jasminer X16-P Mining Performance
The Jasminer X16-P delivers a maximum EtHashETC hashrate of 5800Mh/s ±10%. Expressed in gigahashes, this equals approximately 5.8Gh/s ±10%, placing the miner above lower-powered models designed primarily for small home setups.
This mining output is produced at a rated power consumption of 1900W ±10%. The Jasminer X16-P miner therefore requires an electrical circuit that can safely support continuous operation at close to two kilowatts.
Actual pool performance can differ from the local hashrate displayed by the miner. Firmware, ambient temperature, network stability, hardware condition, pool latency and rejected shares can all affect real-world results.
Operators should evaluate long-term accepted hashrate rather than relying on a short performance snapshot. Cryptocurrency mining income is not guaranteed and can change with ETC price, network difficulty, electricity rates and pool fees.
Efficient 5.8Gh/s EtHashETC Mining
The Jasminer X16-P delivers calculated energy efficiency of approximately 0.33J/Mh. This figure is obtained by dividing the nominal 1900W power consumption by the rated 5800Mh/s hashrate.
At its nominal power rating, continuous operation would consume approximately 45.6kWh of electricity every 24 hours. Because the supplied power rating includes a ±10% tolerance, actual energy use may be higher or lower.
To estimate daily operating cost, multiply 45.6kWh by the electricity rate charged per kilowatt-hour. A complete calculation should also include ventilation, networking and any additional cooling equipment used in the mining room.
Before purchasing the Jasminer X16-P ETC miner, compare expected mining revenue with electricity expenses, mining-pool fees, shipping costs, import charges and maintenance requirements.
For additional manufacturer information and product resources, visit the official JASMINER website.
Air Cooling and Operating Noise
The Jasminer X16-P uses an integrated air-cooling system to remove heat generated by its chips during continuous EtHashETC mining. Effective airflow is essential because nearly all electrical energy consumed by the miner is released into the installation area as heat.
The supplied specification lists an operating noise level of 40dB ±10%. Actual sound can change according to fan speed, ambient temperature, firmware settings, dust buildup, airflow restrictions and the physical condition of the cooling system.
Install the miner in a clean, dry and properly ventilated location. The hot-air exhaust should be directed away from the intake side to prevent heated air from repeatedly circulating through the machine.
Do not place the Jasminer X16-P inside a sealed cabinet unless the enclosure has engineered intake and exhaust ventilation. Blocked airflow can increase temperatures, reduce stability and place unnecessary stress on internal components.
8GB Memory and Nine-Chip Architecture
The Jasminer X16-P includes 8GB of memory and nine processing chips. Memory capacity is important for EtHashETC mining because the algorithm relies on a directed acyclic graph dataset during the mining process.
The miner’s memory, chips, firmware, power delivery and cooling system are designed to operate together as a complete mining platform. Unauthorized modifications may affect stability, electricity consumption, thermal performance and warranty coverage.
When purchasing previously operated equipment, confirm that the miner can recognize all chips, maintain stable memory operation, connect through Ethernet and sustain its expected pool hashrate under load.
Jasminer X16-P Electrical Requirements
The Jasminer X16-P requires a listed input voltage of 200–240V. At its nominal 1900W power rating, the approximate current draw is 9.5A at 200V or 7.92A at 240V, before considering power-factor differences and the ±10% tolerance.
The miner should be connected to a properly rated circuit with suitable wiring, connectors, grounding and overcurrent protection. Because cryptocurrency miners operate continuously, the circuit should be evaluated as a sustained electrical load.
- Use a grounded 200–240V electrical supply.
- Confirm that the circuit can safely support continuous operation.
- Use power cables and connectors rated for the expected load.
- Avoid lightweight extension cords and overloaded power strips.
- Keep electrical connections away from water and excessive heat.
- Provide suitable surge protection and emergency shutoff access.
A qualified electrician should inspect the installation if there is any uncertainty about the circuit, outlet, cable rating or continuous-load capacity.
Jasminer X16-P Installation Guide
Before setting up the Jasminer X16-P, prepare a suitable electrical circuit, a stable Ethernet connection, an Ethereum Classic wallet address and credentials for an EtHashETC-compatible mining pool.
- Place the miner on a stable surface in a clean and ventilated area.
- Inspect the enclosure, power connector and Ethernet port for damage.
- Confirm that the electrical supply provides 200–240V.
- Connect the miner directly to the router using an Ethernet cable.
- Connect the power supply using properly rated electrical equipment.
- Locate the miner’s IP address through the router or an approved detection tool.
- Open the miner control panel in a secure web browser.
- Change default access credentials where possible.
- Enter the selected mining-pool address and worker information.
- Add the correct ETC wallet details and save the configuration.
- Allow the miner to initialize and begin reporting hashrate.
- Monitor temperatures, accepted shares and hardware errors.
- Confirm that hot exhaust air is leaving the room effectively.
Monitor the Jasminer X16-P closely after its first startup. Do not leave it unattended until its network connection, cooling system, temperature and pool performance have stabilized.
Why Consider the Jasminer X16-P?
The Jasminer X16-P may appeal to Ethereum Classic miners seeking higher output than compact ETC miners can provide. Its core advantages include 5800Mh/s ±10% hashrate, 8GB memory, nine processing chips and approximately 0.33J/Mh efficiency.
The Ethernet interface provides the stable wired connection generally preferred for continuous communication with mining pools. Its compact enclosure may also help operators concentrate substantial EtHashETC hashrate within a limited mining-room footprint.
However, the machine’s 1900W power demand and continuous heat production require proper planning. The Jasminer X16-P is better suited to a dedicated mining space than an ordinary bedroom or living area.
Browse our ASIC mining hardware category to compare the Jasminer X16-P with other available cryptocurrency miners.
Jasminer X16-P Frequently Asked Questions
What is the hashrate of the Jasminer X16-P?
The Jasminer X16-P has a rated hashrate of 5800Mh/s ±10%, equivalent to approximately 5.8Gh/s ±10%.
How much power does the Jasminer X16-P consume?
The miner has a listed power consumption of 1900W ±10%. At the nominal rating, continuous operation would use approximately 45.6kWh every 24 hours.
What is the energy efficiency of the Jasminer X16-P?
Based on the nominal hashrate and power consumption, the calculated efficiency is approximately 0.33J/Mh.
Which mining algorithm does it support?
The machine is designed for the EtHashETC mining algorithm.
Which cryptocurrency can the Jasminer X16-P mine?
The primary cryptocurrency associated with the machine is Ethereum Classic, identified by the ticker ETC.
How much memory does the miner have?
The Jasminer X16-P ETC miner includes 8GB of memory.
How many processing chips does it have?
The supplied specifications list nine processing chips.
How is the Jasminer X16-P cooled?
The machine uses an integrated air-cooling system. It should be installed in a clean environment with effective cool-air intake and hot-air exhaust.
Does the Jasminer X16-P support Wi-Fi?
The supplied specifications list Ethernet as the network interface. A wired connection is recommended for reliable pool communication.
What voltage does it require?
The listed input-voltage range is 200–240V.
What is the recommended operating temperature?
The listed operating-temperature range is 0–40°C.
How long is the warranty?
The supplied product information lists a 180-day warranty. Buyers should confirm the warranty start date, exclusions and seller terms before ordering.
Can the Jasminer X16-P be used at home?
Residential use requires suitable 200–240V power, circuit capacity, ventilation and noise management. A dedicated mining area is generally more appropriate.
Is Ethereum Classic mining profitability guaranteed?
No. Profitability depends on ETC value, network difficulty, electricity rates, pool fees, equipment cost, maintenance and miner uptime.
Buy Jasminer X16-P Mining Hardware
The Jasminer X16-P combines approximately 5.8Gh/s of EtHashETC performance with 1900W ±10% power consumption and calculated efficiency near 0.33J/Mh. Its 8GB memory, nine-chip architecture, Ethernet connectivity and air-cooled design create a strong configuration for Ethereum Classic mining.
Review local electricity costs, circuit capacity, ventilation requirements, pool compatibility and current ETC mining conditions before placing an order. Visit Hash Titans to compare the Jasminer X16-P with other ASIC miners and cryptocurrency mining equipment.
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