AULA F68 RX Wired Keyboard Launches With 8kHz Polling and Magnetic Switches

AULA introduces the F68 RX, a wired gaming keyboard that targets competitive players with high-speed input. The device uses magnetic switches to reduce physical wear and enable faster actuation than traditional mechanical designs. Gamers can expect lower latency and more precise control during fast-paced sessions.

High-speed wired gaming keyboard features Star Flash Yuedong Twin Star magnetic switches for competitive players.

The keyboard connects via USB cable and relies on dual microcontrollers on the printed circuit board for direct analog-to-digital conversion. This setup allows every key to communicate independently without scanning delays. The hardware architecture supports rapid response times that match the demands of esports titles.

Spec comparison

• Switch Type: Star Flash Yuedong Twin Star Magnetic Axis (Ti Ling / Ti Jing / Bing Yin)
• Polling Rate: 8kHz
• Scan Rate: 256kHz full-key scan rate
• Rapid Trigger Precision: 0.001mm
• Latency: 0.08ms

AULA specifies an 8kHz polling rate, which sends input data to the computer eight thousand times each second. The scan rate reaches 256kHz across all keys simultaneously. Rapid Trigger precision measures at 0.001mm, and the system reports a latency of 0.08ms.

The internal build uses a hard gasket design with an aluminum alloy plate and five layers of damping foam. Keycaps feature CHERRY height dimensions made from frosted translucent PC material for even backlight diffusion. The connection remains wired to maintain stable signal transmission without wireless interference.

Pricing starts at 299.15 CNY (about $44.07) for the Black-Ti Ling magnetic switch variant. Other switch options cost 333.15 CNY (about $49.08). The keyboard becomes available for purchase immediately upon release in China.

AULA positions this model as a performance-focused peripheral for gamers who prioritize speed and precision over wireless convenience. The hard gasket construction aims to balance rigidity with sound dampening, while the magnetic switches eliminate contact bounce entirely. Wired connections ensure consistent timing without battery management overhead.