LANGTU T87 Hot-Pluggable Wireless Bluetooth Triple-Mode Mechanical Keyboard Office & Gaming Keyboard, White Contour Line TTC Instant Gold Axis Dual 1K, Northern Lights Ropax Axis 2K Dual 1K Light, BlackBerry Side-Etched Matcha Iced Axis Dual 8K Ultra...

1. Connection methods: wired/2.4G wireless/Bluetooth tri-mode
2. Key count: 87 keys
3. Backlighting: ARGB backlighting
4. Hot-swap: supports hot-swapping for all keys
5. Positioning plate: horizontal non-slotted frosted positioning plate
6. PCB: single-key slotted FR4 PCB
7. LED placement: bottom-mounted LEDs (5 LED positions on spacebar)
8. Structure: Gasket
9. Driver: web-based/PC-based
10. Backlight: interactive gaming-synced soft light mode with 16 million+ RGB colors
11. Connectivity: 5 devices
12. Battery capacity: 12000mAh
13. Keycap material: PBT/PC
14. Padding layers: 7 layers
15. Size: approx. 36.6 x 15.3 x 4.5cm

Features:
1. Multiple lighting modes, 16 million+ full-color ARGB with music-synced rhythm effects
2. Full-keyboard music synchronization: lightbox + backlight pulsate to music, switch between diverse lighting effects
3. One-key driver access via FN + Left Ctrl: Efficient, convenient, supports full-key customization, multimedia functions, and customizable sleep mode
4. SurgeVolt fast charging technology + NTC temperature control. Supports faster charging with mobile fast-charging adapters, eliminating constant plug-in charging
5. 7-layer sound-damping padding ensures stable performance, provides comfortable keystroke feel, and delivers excellent tactile feedback
6. Fully hot-swappable switches. DIY your ideal tactile keyboard
7. Supports WIN/MAC multi-system switching with three connectivity modes: wired/2.4GHz/Bluetooth. Effortlessly adapts to gaming, office, and diverse scenarios
8. Dual-stage adjustable feet reduce fatigue during typing or gaming with ergonomic angles
9. Precision-tuned satellite switches deliver factory-smooth operation, ensuring balanced tactile feedback and sound for larger keys
10. Five-zone lighting design enhances consistency and uniformity for vibrant illumination effects