MAINGEAR, an award-winning PC system integrator of custom gaming solutions, announces the availability of the RUSH, an elegantly brutish gaming desktop featuring a tempered glass body, origami wiring, advanced cooling design, and state-of-the-art components.
Designed to demolish gaming benchmarks without the traditional fierce gaming desktop look, MAINGEAR’s RUSH showcases the elegant side of gaming desktops through a tempered glass chassis highlighted by ultra-clean lines, expertly crafted wiring, advanced and customizable liquid cooling options, and artistically positioned components.
“The RUSH perfectly complements its gaming prowess with a stunning design guaranteed to turn heads,” says Wallace Santos, CEO and Founder of MAINGEAR. “We pride in delivering the best designs and craftsmanship in the industry and the RUSH perfectly showcases it.”
Individually hand-assembled, the RUSH delivers unmatched performance even under the most stress with EPIC SUPERSTOCK Liquid Cooling. MAINGEAR’s signature cooling system features dual pumps for added reliability, easy to fill extra-large reservoir with a separate backup reservoir for headache-free maintenance and increase longevity, Rigid PETG Tubing, custom fittings, and premium copper core radiators. To complement the cooling system, the RUSH also features Intelligent Airflow Control, which automatically syncs the speed of the fan with the temperature of the motherboard.
“The RUSH is the James Bond of gaming desktops,” adds Santos. “It is lethal, resourceful and powerful, but elegant, cool and collected.”
MAINGEAR’s RUSH delivers blazing fast speeds with Intel’s Extreme Edition Haswell-E or Skylake processors, pumps out spectacular graphics with up to 3 NVIDIA® GeForce™ GTX Titan X or AMD® Radeon™ R9 Fury X GPUs, and supercharges the gaming experience with up to 64GBs of memory, 6 hard drive bays, and NVMe SSDs. In addition, gamers craving more can get the most out of their system with MAINGEAR’s REDLINE, a factory tested overclocking service that safely pushes the system to maximum potential.