Acer Predator Cestus 315 USB Type-A Gaming Mouse

The Acer Predator Cestus 315 gaming mouse is a right-hand ergonomic wired mouse designed for gaming. It features optical movement detection with a maximum resolution of 6,500 DPI, eight programmable buttons and a smooth scroll wheel. The mouse connects via USB Type-A, has a black finish and a lightweight 0.135 kg body to support extended play with reliable cable connectivity.

Advantages

The adjustable 4-level DPI up to 6,500 lets you switch sensitivity settings quickly during play. Eight programmable buttons allow custom control mappings for different games or macros. The right-hand ergonomic form factor and lightweight construction provide comfort during long sessions, while the optical sensor and wired USB Type-A connection ensure precise and consistent tracking.

Suitable for

• PC gamers seeking precise optical tracking and adjustable DPI
• Players who require programmable buttons for macros and shortcuts
• Right-handed users looking for an ergonomic wired gaming mouse
• Competitive and casual gaming across FPS, MOBA, and RTS titles

Key specifications

• Form factor: Right-hand
• Movement detection: Optical
• Movement resolution: Up to 6,500 DPI (4-level adjustable)
• Buttons: 8 programmable buttons
• Scroll type: Wheel
• Interface: USB Type-A (wired)
• Weight: 0.135 kg
• Colour: Black
• Manufacturer part number (MPN): GP.MCE11.014
• EAN: 195133000581

How to use

Connect the Acer Predator Cestus 315 to a free USB Type-A port on your computer. Adjust DPI using the dedicated DPI switch to select one of the four sensitivity levels up to 6,500 DPI. Program the eight buttons through the compatible software or in-game settings where supported to assign macros, shortcuts or custom commands. Use the scroll wheel for navigation and in-game actions as needed.

Recommendations

For stable performance, connect directly to a motherboard USB Type-A port rather than through a hub. Calibrate button assignments and DPI levels before competitive play to match your preferred sensitivity and control layout.