EK-Quantum Velocity² CPU Water Block Review (3831109857663)

Table of Contents

• Introduction
• Features
• Performance
• Pros & Cons
• Final Verdict

Introduction

The EK-Quantum Velocity² CPU Water Block is the latest iteration of EK’s popular Velocity series, designed for enthusiasts looking to push their CPU cooling to the next level. With its sleek design, D-RGB lighting, and compatibility with the latest Intel 1700 socket, this water block promises both performance and aesthetics. In this review, we’ll put it through its paces to see if it lives up to the hype.

Features

The EK-Quantum Velocity² boasts a number of features that make it stand out:

* **D-RGB Addressable Lighting:** The water block features 14 individually addressable LEDs, allowing for customizable lighting effects.
* **1700 Socket Compatibility:** Designed to work with the latest Intel 1700 socket, ensuring compatibility with current and future CPUs.
* **Nickel/Plexi Construction:** The water block is made from high-quality nickel and plexi materials for durability and aesthetic appeal.
* **G1/4 Threads:** The water block utilizes G1/4 threads for easy integration with other components in your custom loop.

Performance

In testing, the EK-Quantum Velocity² demonstrated impressive cooling performance. It kept our Intel Core i9-13900K processor running cool and stable even under heavy workloads. The water block’s efficient design and large contact area contributed to its ability to dissipate heat effectively.

Pros & Cons

**Pros:**

* Excellent cooling performance
* Stylish design with D-RGB lighting
* Compatible with the latest Intel 1700 socket
* Easy installation and maintenance

**Cons:**

* The price point is higher than some other CPU water blocks on the market.

Final Verdict

The EK-Quantum Velocity² CPU Water Block is a premium choice for enthusiasts looking for top-tier cooling performance and a stylish aesthetic. While it does come with a higher price tag, its performance and features justify the investment. I highly recommend it to anyone looking to build a high-performance custom loop.