Aula F75 Wireless Tri Mode RGB 75 Percent Mechanical Gaming Cedar Green Keyboard With Ice Vein Switch

Description

Aula F75 Wireless Tri Mode RGB 75 Percent Mechanical Gaming Cedar Green Keyboard With Ice Vein Switch

Features:

AULA F75 75 Percent Wireless Trio Mode Mechanical Gaming Keyboard With Knob | Cedar Green, Ice Vein Switch (F75CGV)

• Connection: Type-C Wired & 2.4G Wireless & BT
• Keyboard Layout: 75%
• Pluggable Mechanical Switch
• RGB Switchable Lighting Effects
• Size: 322.7×143.2×43.1+-1mm
• Weight: about 975g (Excluding Wire/Receiver), About 1023g (Including Wire/Receiver)
• Charging Voltage/Current: DC 5V <= 700mA
• Rated Voltage: DC 3.7V (Fully Charged State: 4.2V)
• Rated Current: 230mA @3.7V (Default Light Effect)/15mA (Turn Off All Lights)
• Battery Life: About 17.5 Hours (Default Lighting Effects)/About 266.5 Hours (Turn Off All Lights)
• Battery Capacity: 4000mAh Rechargeable lithium Battery
• Charging Interface: Type-C Interface
• Operating System: WIN XP/7/8/10/Mac/Android/iOS

AULA F75 Tri-Mode 75% Wireless Mechanical Gaming Keyboard. Use the AULA F75 Tri-Mode to Power Your Performance 75% Wireless Mechanical Gaming Keyboard.

AULA F75 is a compact 75% TKL mechanical keyboard built for professional gamers and creators. Feel its powerful performance. It uses 80 keys with pre-lubed hot-swappable switches for a low-latency, smooth, responsive typing experience. The gasket-mounted design combined with PBT keycaps gives you great comfort and less noise while typing and gaming for long periods of time.

It is easy to adapt to your workflow or gaming environment. It features triple mode with Type-C wired, Bluetooth 5.1, and 2.4GHz wireless. It is also fully customized and has brilliant lighting effects, with software controls. The multipurpose rotary knob also allows for individual commands for volume controls and more.

With a 4000 mAh battery, the F75 gets you playing longer without interruptions. Compatible with Android, Windows and Mac etc, this wireless RGB keyboard truly redefines versatility, performance and functionality in a compact size.

Specifications