EPOMAKER Aula F99 Wireless Gaming Keyboard, Hot Swappable Gasket, 8000mAh Battery (White Grey)

Space-Saving 96% Layout & Gasket Mounted Structure

The F99 gaming keyboard introduces a 96% layout with 99 keys, designed to optimize your workspace while retaining essential features. It reduces clutter on your desk without sacrificing functionality, especially crucial for gamers and professionals who need access to arrow keys and a number pad. The gasket-mounted design, backed by an extended silicone pad, ensures robust typing resilience and stability.

Innovative Single-Key Slotted PCB & Five-Layer Sound-Shock Absorption

The F99 features a unique single-key slotted PCB, made from high-quality FR4 material, providing smooth typing feedback. Each key is independently slotted, enhancing the crispness and accuracy of keystrokes. Its five-layer design includes IXPE under-shaft pads, PORON sound-absorbing cotton, and silicone bottom padding. This configuration ensures ultra-comfortable typing with minimal sound and shock.

Flexibility with Three-Way Connectivity & 8000mAh Battery

Supporting Bluetooth, 2.4GHz wireless, and wired USB Type-C connections, the F99 is compatible with multiple devices, including Windows, macOS, iOS, and Android. Its high-capacity 8000mAh battery ensures long-lasting performance, providing over 20 hours of usage on a single charge.

Hot-Swappable PCB with Pre-Lubed Linear Switches

The F99 offers full-key hot-swappable sockets, allowing you to customize your typing experience. It supports 3/5 pin mechanical switches, enabling easy interchange with a simple pull-and-plug method. All switches are pre-lubricated to ensure longevity and durability, ensuring a reliable typing experience for years to come.

Next-Generation Wireless Connectivity

Equipped with cutting-edge wireless technology, the F99 guarantees a low-latency, ultra-fast connection, ideal for both daily use and intense gaming sessions. It combines low-power consumption technology to ensure extended usage times between charges, making it perfect for power-efficient demands.