Description
Specifications, computing power consumption, power supply, usage environment and other related information of S19j Pro+ are shown in the tables below:
S19j Pro+ 120T
| Product Glance |
Value |
| Version | S19j Pro+ |
| Model No. | j1-12 |
| Crypto Algorithm/Coins | SHA256/BTC/BCH |
| Hashrate, TH/s | 120 + 3% |
| power on wall@25℃, Watt | 3300 ± 5% |
| power efficiency on wall @25°C, J/TH | 27.5 ± 5% |
| Detailed Characteristics | Value |
| Power Supply | |
| Power supply AC input voltage, Volt (1-1) | 200~240 |
| Power supply AC Input Frequency Range, Hz | 47~63 |
| Power supply AC Input current, Amp (1-2) | 20(1-3) |
| Hardware Configuration | |
| Network connection mode | RJ45 Ethernet 10/100M |
| Server Size (Length*Width*Height, w/o package), mm(2-1) | 400*195*290 |
| Server Size (Length*Width*Height, with package), mm | 570*316*430 |
| Net weight, kg (2-2) | 13.70 |
| Gross weight, kg | 15.74 |
| Environment Requirements | |
| Operation temperature, °C | 0~40 |
| Storage temperature, °C | -20~70 |
| Operation humidity(non-condensing), RH | 10~90% |
| Operation altitude, m (3-1) | ≤2000 |
Detailed Characteristics Value
Power Supply
Power supply AC input voltage, Volt (1-1) 200~240
Power supply AC Input Frequency Range, Hz 47~63
Power supply AC Input current, Amp(1-2) 20(1-3)
Hardware Configuration
Network connection mode RJ45 Ethernet 10/100M
Server Size (Length*Width*Height, w/o package), mm(2-1) 400*195*290
Server Size (Length*Width*Height, with package), mm 570*316*430
Net weight, kg(2-2) 13.70
Gross weight, kg 15.74
Environment Requirements
Operation temperature, °C 0~40
Storage temperature, °C -20~70
Operation humidity(non-condensing), RH 10~90%
Operation altitude, m(3-1) ≤2000
Notes:
(1-1) Caution: Wrong input voltage may probably cause server damaged.
(1-2) Max condition: temperature 40°C, altitude 0m.
(1-3) Two AC input wires, 10A per wire.
(2-1) Including PSU size.
(2-2) Including PSU weight.
(3-1) When the server is used at an altitude from 900m to 2000m, the highest operating temperature decreases by 1℃ for every increase of 300m.
