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ASUS ROG THOR 1200P2 GAMING 80 Plus Platinum 1200W Power Supply

ASUS ROG THOR 1200P2 GAMING 80 Plus Platinum 1200W Power Supply
ASUS ROG THOR 1200P2 GAMING 80 Plus Platinum 1200W Power Supply
ASUS ROG THOR 1200P2 GAMING 80 Plus Platinum 1200W Power Supply
ASUS ROG THOR 1200P2 GAMING 80 Plus Platinum 1200W Power Supply
ASUS ROG THOR 1200P2 GAMING 80 Plus Platinum 1200W Power Supply
ASUS ROG THOR 1200P2 GAMING 80 Plus Platinum 1200W Power Supply
ASUS ROG THOR 1200P2 GAMING 80 Plus Platinum 1200W Power Supply
ASUS ROG THOR 1200P2 GAMING 80 Plus Platinum 1200W Power Supply
ASUS ROG THOR 1200P2 GAMING 80 Plus Platinum 1200W Power Supply
  • 80 Plus Platinum certification for energy efficiency
  • Built with 100% Japanese capacitors
  • OLED Power Display
  • IP5X dust-resistance
  • Stock: In Stock
  • Brand: Asus
  • Model: THOR 1200P2
৳50,000.00
Ex Tax: ৳50,000.00
Connector
CPUCPU 4+4-pin x 2
Main PowerMB 24/20-pin x 1
MolexPERIPHERAL x 6
PCI-EPCI-E 16-pin x 1 PCI-E 6+2-pin x 8
SATASATA x 12
Input
Current54-0.3A
Frequency Range50Hz-60Hz
Voltage100 - 240V
Key Features
CertificationLambda A++ Certification
Efficiency (Approx.)80Plus Platinum
Fan Size135mm Axial-tech fan with PWM control
Output
AC Input100-240Vac
DC Output+3.3V +5V +12V -12V +5Vsb
Modular TypeFully modular
Peak Power25A 25A 100A 0.3A 3A
Total Power1200
Warranty Information
Manufacturing Warranty10 Years

ASUS ROG THOR 1200P2 GAMING 80 Plus Platinum 1200W Power Supply

The inbuilt OLED monitor in the ROG Thor 1200P Platinum Power Supply Unit provides a real-time display of power consumption. Now you can easily check how much electricity your apparatus is using. To improve component lifespan, the ROG Thor 1200W Platinum has a 135mm unique Wing-blade fan. The fan is kept spinning freely thanks to IP5X dust protection, and 0dB technology makes use of thermal sensors to enable the fan to entirely shut off at lower wattages for absolutely silent operation. The integrated ROG heatsinks are 20% cooler inside the ROG Thor 1200W Platinum thanks to their 2x larger capacity than conventional designs. As a result, components last longer and can operate at 0dB for longer than in conventional designs. Given how efficient the heatsinks are, the fan

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