Features:

Kraken Elite 420 RGB

420mm AIO Liquid Cooler with 2.72" IPS LCD & RGB

Back and better than ever, the Kraken Elite is powered by the custom-designed NZXT Turbine pump, delivering a remarkable 10%* boost in CPU cooling performance. The stunning 2.72-inch IPS screen with a dynamic RGB ring offers limitless personalization options, making the Kraken Elite an eye-catching focal point for any build.

• Custom-designed NZXT Turbine pump delivers high flow rate and head pressure for powerful yet quiet CPU cooling.
• Enjoy vivid visuals on the 2.72-inch IPS LCD with sharp 640x640 resolution, smooth 60 Hz refresh rate, and wide viewing angles.
• Showcase your favorite GIF or image, track real-time system performance, and integrate with Spotify, YouTube, and more.
• Customize the RGB ring with dynamic lighting effects or synchronize with on-screen content and other RGB devices.
• RGB Core single-frame fan provides optimal airflow and vibrant lighting with streamlined connectivity.
• Install easily with pre-applied thermal paste, a single breakout cable, and tool-free mounting brackets for the latest Intel® and AMD® CPU sockets.
• Extended rubber tubing with braided sleeving ensures worry-free handling and long-term leak protection.

The Kraken Elite brings efficient, low-noise CPU cooling thanks to the NZXT Turbine Pump, while the 2.72-inch IPS LCD and RGB ring offer more ways to personalize your build’s centerpiece.

Powered by Turbine

Custom-designed for high flow rate and head pressure, the NZXT Turbine pump delivers powerful yet quiet CPU cooling.

A Breathtaking Display

Enjoy vivid visuals on the 2.72-inch IPS LCD with a 640 x 640 resolution, 60 Hz refresh rate, and wide viewing angles.

Wide Compatibility

Includes tool-free mounting hardware for the latest Intel® and AMD® CPU sockets.

Intel LGA 1851/1700, 1200/115X, AMD AM5, AM4

Optimized Cold Plate

The split-flow cold plate allows coolant to move easily through the channels, ensuring even distribution across your AMD or Intel CPU surface for quick and efficient heat dissipation.