Rato gaming DeLOCK 12670 USB Type-A ótico 10000 DPI

The DeLOCK 12670 gaming mouse is a right-handed USB Type-A wired optical mouse with up to 10000 DPI resolution. Designed for gaming, it features six programmable buttons, a scroll wheel and customizable illumination in blue, green and red. The mouse has a rubberized side surface, a stable housing and a 1.8 m textile-sheathed cable with ferrite core and gold-plated USB connector.

Advantages

The mouse provides adjustable sensitivity up to 10000 DPI and a polling rate up to 1000 Hz for precise and responsive tracking. Its ergonomic right-hand form factor reduces hand strain during extended use. Customizable illumination modes and programmable buttons allow personalization of controls and lighting. The robust cable and gold-plated connector improve durability and stable connection.

Suitable for

• PC gaming where precision and fast response are required
• Users who prefer a right-handed ergonomic mouse
• Customizable control layouts and lighting for different game profiles

Key specifications

• Brand: DELOCK
• Model: 12670
• Interface: USB Type-A (wired)
• Movement detection: Optical
• Maximum resolution: 10000 DPI
• Buttons: 6 pressed buttons + scroll wheel
• Polling rate: up to 1000 Hz (software configurable)
• Maximum acceleration: 20 G
• Form factor: Right-hand
• Cable length: ~1.8 m, textile-sheathed with ferrite core
• Colour: Black with adjustable illumination (blue, green, red)
• Weight: 0.147 kg

How to use

Connect the DeLOCK 12670 to a USB Type-A port on your PC. Install the included software to configure DPI steps, polling rate, programmable buttons and lighting modes. Use the wheel and six buttons for navigation and in-game controls. Adjust sensitivity and button assignments in software to match specific game requirements or personal preference.

Recommendations

For optimal performance, install the provided software and select a polling rate and DPI that suit your game genre. Keep the mouse surface clean and use it on a suitable mouse pad to ensure accurate optical tracking.