Acer Predator Apollo RGB 16GB (2 x 8GB) 3600MHz CL18 DDR4 Desktop Memory
Acer Predator Apollo RGB 16GB (2 x 8GB) 3600MHz CL18 DDR4 Desktop Memory
متاح:في المخزن
- كود المنتج: 105685
90.000 IQD
- Samsung B-Die: Thanks to the use of Samsung B-Die special ICs, Predator Apollo maintains high frequency and stable operation under extremely low timing, and gives full play to the system performance potential.
- Cool shape and Integrated RGB: Predator Apollo DRAM Module design is inspired by the future style of cyberpunk. The large-area long straight array lines on the surface are cleverly distributed through the golden ratio, which integrates the aesthetics of esports art; RGB light effects support mainstream motherboard manufacturers' lighting effect and it's extremely replayable.
- Super heat dissipation and More intense battle: Predator Apollo's heat dissipation vest is made of pure aluminum. The surface adopts a dense hollow design, which greatly increases the contact area between the surface and the air. It has super heat dissipation performance to ensure stable performance under high-intensity operation of the memory.
- Samsung B-Die: Thanks to the use of Samsung B-Die special ICs, Predator Apollo maintains high frequency and stable operation under extremely low timing, and gives full play to the system performance potential.
- Cool shape and Integrated RGB: Predator Apollo DRAM Module design is inspired by the future style of cyberpunk. The large-area long straight array lines on the surface are cleverly distributed through the golden ratio, which integrates the aesthetics of esports art; RGB light effects support mainstream motherboard manufacturers' lighting effect and it's extremely replayable.
- Super heat dissipation and More intense battle: Predator Apollo's heat dissipation vest is made of pure aluminum. The surface adopts a dense hollow design, which greatly increases the contact area between the surface and the air. It has super heat dissipation performance to ensure stable performance under high-intensity operation of the memory.