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Silicon Power XPower Turbine 8GB 3200Mhz DDR4 UDIMM Gaming RAM
  • Silicon Power XPower Turbine 8GB 3200Mhz DDR4 UDIMM Gaming RAM

Silicon Power XPower Turbine 8GB 3200Mhz DDR4 UDIMM Gaming RAM

Price: Out Of Stock
Status: Out Of Stock
Product Code: 9720
Brand: Silicon Power
Key Features
  • Low voltage power consumption
  • Authentic and high-quality memory module
  • Dynamic thermal heatsink mechanism
  • 10-layer PCBs stability and reliability
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Specification:

Key Features
Capacity 8GB
Memory Type DDR4
Frequency 2666/3000/3200/3600/4133 MHz
Bus-Speed 3200 MHz
Form Factor 288Pin UDIMM
Series XPOWER
Output
Voltage 1.35V
Physical Specifications
Color BLUE
Weight 50G
WARRANTY INFORMATION
Warranty Lifetime Warranty

Description :

Silicon Power XPower Turbine 8GB 3200Mhz RAM in Bangladesh

Silicon Power DDR4 UDIMM is compatible with the Intel Haswell-E platform and X99 series motherboards also like the Intel Skylake platform and 100 series motherboards. Silicon Power XPower Turbine 8GB 3200Mhz RAM enables higher performance and stability for advanced gamers, multimedia pros, and DIY enthusiasts and allows you to experience super-fast data transfer rates with 17GB/s of bandwidth, which is 33% faster than DDR3-1600.

Stay Cool, Look Cool

The DDR4 UDIMM is meant with a heat spreader which allows better thermal dissipation to make sure a fantastic cooling effect. So you'll only feel the warmth of the sport while your system stays cool and runs more reliable and stable. Furthermore, the aluminum heat spreader can't only make the module stand call at the gang with a striking look but also protect the IC and electronic components against impact damages.

Lower Voltage 

In addition to significantly upgrading your system performance, DDR4 also resolves another major issue - energy consumption. Silicon Power XPower Turbine 8GB 3200Mhz RAM A lower voltage of 1.2V is applied to scale back power usage by 20% compared to 1.5V for the DDR3 module. Less cooling keeps the pc running at low temperatures for higher stability and a longer lifetime of the system hardware.

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