Colorful RTX3080TI/3080/3090 3A Masterpiece Gaming Game

Product Description

• visual assassin

  This visual equipment escapes into the chassis space in an "adaptive" way, just like a shark uses the refraction of the sea to cover its body shape for hunting. Suspension of sight creates an illusion of silence, and it is filled with energy to attract people, interpreting what a hunter born of multi-color light and shadow is.

  (Great white sharks can use the sun's angle as cover to capture their prey, perhaps by hiding in dazzling light. This is the first time a non-human animal has used sunlight as part of a hunting strategy.)

• Adaptive Shielding Armor

  Under the setting of a strong sense of power in the future industry, the new series Advanced has upgraded the alloy die-casting outer armor. The simplified treatment of the side armor improves the efficiency of heat dissipation and air output, and forms a "muscular skeleton" with the internal structure. Alternative tough guy aesthetics.

• Power Core Mobile Version

  The central area of ​​the Vision Assassin Advanced uses an embedded matrix punch design:
  While condensing the lighting effect, the use of double light rings increases the overall texture
  1600W color gamut can switch more than five RGB playable modes, the new vision is temporarily
  Leaving the light interprets the oppressive force of static braking.

• Persistence of vision lighting effects

  (After the introduction of the first-generation cosmic energy core, it has been upgraded with a more mobile portable mode, more powerful materials, and more exciting energy overflow effect.)
  The central area of ​​the Vision Assassin Advanced uses an embedded matrix punching design, which condenses the lighting effect and uses a double light ring to increase the overall texture. The 1600W color gamut can switch more than five RGB playable modes. The new visual persistence light interprets the static system moving pressure.

• Windcatcher" has another fan blade

  iGame's new self-developed 13-wing fan blades are derived from the multiple adjustments of the aircraft-grade engine propeller through dynamic balance and repeated simulation experiments. The edge is folded to form a "wind catching hand", and the cyclone is pressed into the radiator to achieve wind pressure. and further increase in air intake.