The MS616ST can project a large screen from a very short distance using its short-throw optical design, making it suitable for compact classrooms where minimizing shadows and maximizing front-of-room space are important.
The BenQ MX618ST is designed to deliver energy-efficient short-throw projection performance with intelligent power management, high image quality, and secure installation features suitable for classroom and presentation environments.
MX618ST smart projection technology helps optimize brightness output while extending lamp lifespan through intelligent lamp power management and energy-saving display control.
World-Leading SmartEco Technology
SmartEco technology dynamically regulates lamp power consumption by adjusting brightness and contrast output according to content requirements, helping improve energy efficiency while maintaining strong projection performance.
Eco Blank Power Saving Mode
Eco Blank mode allows presenters to temporarily blank the projection screen when audience attention needs to be redirected. When activated, lamp brightness is automatically reduced, helping lower power consumption by up to 70%.
SmartEco Mode
SmartEco mode intelligently optimizes lamp output by delivering only the amount of light required for optimal viewing quality, balancing brightness and contrast performance while minimizing energy consumption.
No Signal Detection Power Management
The projector automatically switches to Eco Blank mode when no input signal is detected for more than three minutes after startup, helping reduce unnecessary energy consumption and supporting longer lamp service life.
Easy Lamp Access Design
The upper lamp door structure allows IT administrators to safely and quickly replace the projector lamp when required, helping minimize operational downtime during maintenance.
Security Installation Support
The projector includes a physical security bar that allows installation locking to ceiling mounts or audiovisual equipment carts, helping deter unauthorized removal and enhance device protection in shared environments.