Redragon K617 Fizz Gray White Red Switch Mechanical Keyboard - Redragon

Redragon K617 Fizz Gray White Red Switch Mechanical Keyboard - Redragon

**Product Summary:**

The **Redragon K617 Fizz Gray White Red Switch Mechanical Keyboard** is a compact, 60% layout keyboard designed for gamers and minimalists alike. It offers a sleek and modern aesthetic with its gray and white color scheme, making it a stylish addition to any setup. Equipped with Redragon's durable red mechanical switches, this keyboard ensures fast, responsive keystrokes ideal for gaming and typing. The K617 Fizz is also fully customizable with RGB lighting, allowing users to create personalized lighting effects. With its compact design, this keyboard saves desk space without compromising on performance, making it perfect for both gaming and daily use.

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**Specifications:**

- **Brand:** Redragon
- **Model:** K617 Fizz
- **Layout:** 60% compact keyboard (61 keys)
- **Switch Type:** Redragon Red Mechanical Switches (linear, quiet, and fast)
- **Key Lifespan:** 50 million key presses
- **Connectivity:** Wired (USB-C)
- **Backlighting:** RGB LED lighting with multiple modes and customizable effects
- **Keycap Material:** Double-shot injection molded ABS keycaps
- **Color:** Gray and white
- **Anti-Ghosting:** Full N-key rollover for precise, simultaneous key presses
- **Polling Rate:** 1000 Hz
- **Dimensions:** Approx. 292mm x 102mm x 36mm
- **Weight:** Approx. 400g
- **Compatibility:** Windows, MacOS, and Linux
- **Additional Features:**
  - Hot-swappable switch sockets
  - Detachable USB-C cable
  - Customizable software for macros and lighting control
  - Ergonomic design for long gaming sessions

This compact and efficient keyboard is ideal for gamers seeking a space-saving design with responsive, quiet keys and customizable features.

Advance Payment Requirement: 10% advance payment required to confirm COD order
Note:
Product delivery duration may vary due to product availability in stock.
Disclaimer: The actual color of the physical product may slightly vary due to the deviation of lighting sources, photography or your device display settings.