ANTEC PRIZM 120 ARGB 3+2+C 3IN1 PACK WITH FAN CONTROLLER & ARGB LED STRIPS

The Antec Prizm 120 ARGB 3+2+C 3in1 Pack is a comprehensive cooling and lighting solution for your PC. This pack includes three Prizm 120 ARGB fans, an ARGB fan controller, and ARGB LED strips, allowing you to create an immersive and customizable lighting experience.

The Prizm 120 ARGB fans are high-performance PWM fans designed to deliver efficient airflow while maintaining a quiet operation. With a maximum fan speed of 2000 RPM, these fans can provide optimal cooling performance. The hydraulic bearing ensures reliable and long-lasting operation with a lifespan of 40,000 hours. The fans have a compact size of 120x120x25mm, making them compatible with most standard PC cases.

Featuring Addressable RGB LED technology, the Prizm 120 ARGB fans can produce vibrant lighting effects. The included ARGB LED strips further enhance the illumination of your system, creating an eye-catching visual display. The LED strips have a length of 40cm, allowing you to easily install them in various parts of your PC.

To control the fans and LED lighting, the pack includes an ARGB fan controller. This controller offers multiple ports, including ARGB ports for connecting up to five devices and PWM fan ports for up to five fans. It also provides additional features such as SATA power connectivity, mode selection, external LED control, motherboard synchronization, and LED speed adjustment. With the fan controller, you can easily manage and customize the lighting effects and fan speeds to suit your preferences.

The Prizm 120 ARGB 3+2+C 3in1 Pack is backed by a 2-year warranty, ensuring reliability and customer satisfaction. The product can be identified using the UPC number 0-761345-77511-3.

Overall, the Antec Prizm 120 ARGB 3+2+C 3in1 Pack offers a complete solution for cooling and lighting your PC. With its high-performance fans, customizable RGB lighting, and convenient fan controller, this pack is ideal for PC enthusiasts looking to enhance both the functionality and aesthetics of their systems.