​Antec Symphony 240 A-RGB​ 240mm ​Newly Designed ​AIO Liquid CPU Cooler

Antec Symphony 240 A-RGB - Description

240mm Newly Designed AIO Liquid CPU Cooler

The Antec Symphony 240 A-RGB is a next-generation liquid CPU cooler designed to deliver superior cooling efficiency, stylish ARGB lighting, and long-lasting durability. Featuring a newly engineered pump, advanced tubing, and dense cooling fins, this cooler is the perfect balance of aesthetics and performance. Whether you’re a gamer, content creator, or PC enthusiast, the Symphony 240 A-RGB ensures your system stays cool and stable even under heavy workloads.

Unique Mirror ARGB Lighting for Stunning Visual Effects:

One of the standout features of the Symphony 240 A-RGB is its mirror ARGB lighting bar on the pump head. This sleek design adds a subtle yet eye-catching lighting effect, creating a futuristic and vibrant look for your build. With support for 16.8 million colors, you can easily synchronize the cooler with your motherboard or ARGB controller to achieve a customized lighting setup that matches your PC theme. If your motherboard doesn’t support ARGB signals, the cooler automatically activates ARGB mode, ensuring your system always looks stylish.

Advanced Pump Design for Efficient and Quiet Cooling:

At the heart of this cooler lies a high liquid flow pump engineered for performance and silence. By maintaining optimal circulation, the pump ensures consistent cooling while keeping noise levels low. This means you can push your CPU to its limits without worrying about overheating or being distracted by excessive fan noise. The Symphony 240 A-RGB is built for users who demand both power and peace of mind.

Durable EPDM+IIP Tubing with Leak Protection:

The EPDM+IIP high-density tubing used in the Antec Symphony 240 A-RGB offers exceptional durability and resistance to wear. Unlike standard tubing, this advanced material minimizes liquid evaporation and prevents long-term degradation, extending the overall lifespan of the cooler. To further enhance safety, the tubing connections are reinforced with aluminum alloy fittings, drastically reducing the chances of leaks and ensuring reliable performance for years.

14 Dense Cooling Fins for Maximum Heat Dissipation:

The radiator is equipped with 14 densely packed cooling fins, specifically designed to optimize heat exchange for AIO liquid coolers. This high fin density allows the Symphony 240 A-RGB to efficiently transfer heat away from the CPU, keeping temperatures under control even during overclocking or extended gaming sessions. Combined with its powerful fans, this cooler offers one of the most reliable thermal performances in its class.

ARGB PWM Fans with High Airflow and Low Noise:

Included with the Symphony 240 A-RGB are two 120mm ARGB PWM fans that deliver a perfect balance between cooling and acoustics. With speeds ranging from 800–1600 RPM, these fans can generate up to 72 CFM of airflow while maintaining noise levels between 20–35 dB(A). They also feature shock absorption to minimize vibrations, ensuring smooth operation and improved system stability. The fans not only enhance cooling performance but also add vibrant ARGB lighting effects to your build.

Wide Compatibility with Intel and AMD Sockets:

The Antec Symphony 240 A-RGB is engineered to support a wide range of CPU sockets, making it highly versatile for different builds. For Intel, it is compatible with LGA 2066, 2011, 1366, 115X, 1200, and 1700. For AMD users, it supports FM1, FM2, AM2, AM3, AM4, and the latest AM5 sockets. This wide compatibility ensures you can upgrade your system without worrying about cooler limitations.

Long Lifespan and Reliable Performance:

Built to withstand continuous operation, the Symphony 240 A-RGB is rated for up to 40,000 hours of lifespan under standard conditions. Its high-quality construction, efficient pump, and durable tubing ensure that it remains a reliable cooling solution over time. Whether you use your PC for gaming, video editing, or professional workloads, this cooler is designed to keep your CPU running at peak performance.

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