AD-2408H 1″ Neodymium Compression Driver

The AD-2408N 1″ Neodymium Compression Driver is a compact and high-performance engineered for professional audio applications where clarity, efficiency, and space-saving design are essential. Whether you’re building a portable PA system, upgrading stage monitors, or designing compact line arrays, this driver delivers consistent and powerful high-frequency performance.

Power and Efficiency in a Compact Design

With an RMS power capacity of 60W and a 38mm (1.5″) ALW voice coil, the AD-2408N efficiently handles demanding audio applications. Its sensitivity of 108 ± 2dB allows for loud and clean output with minimal amplifier power. As a result, it’s ideal for portable and fixed installations where both performance and efficiency matter.

The driver covers a wide frequency response of 900Hz to 18,000Hz, delivering crisp and articulate highs. Whether you’re amplifying vocals, instruments, or ambient effects, the AD-2408N ensures precision and clarity in every use case.

Compact, Lightweight, and Easy to Integrate

The AD-2408N features a 25mm (1″) throat diameter with a screw-on mounting type, allowing it to integrate seamlessly with standard horn flares. Moreover, its overall diameter of 70mm and lightweight 0.51 kg design make it a top choice for compact enclosures and portable sound systems. Despite its small size, it delivers big performance without compromise.you’re a sound engineer, system integrator, or speaker designer, the AD-2408N offers an unbeatable mix of performance, precision, and portability—making it a valuable addition to any professional loudspeaker setup.

FAQs

1. What is the Audiotone AD-2408H Compression Driver?

The Audiotone AD-2408H is a compact 1-inch Neodymium Compression Driver designed for professional audio systems, portable PA speakers, stage monitors, and compact line array applications. It delivers clear, powerful, and efficient high-frequency performance.

2. What is the power handling capacity of the AD-2408H?

The AD-2408H Neodymium Compression Driver offers 60W RMS power handling, making it suitable for professional sound systems that require reliable and consistent high-frequency output.

3. What frequency range does the AD-2408H cover?

This High Frequency Driver provides a frequency response of 900Hz to 18,000Hz, ensuring crisp vocals, detailed instrument reproduction, and smooth high-frequency performance.

4. What is the sensitivity rating of the AD-2408H?

The Audiotone AD-2408H features a high sensitivity of 108 ± 2dB, allowing it to produce strong output with minimal amplifier power, improving overall system efficiency.

5. What type of magnet is used in the AD-2408H Neodymium Driver?

The AD-2408H uses a premium NdFeB N45 Neodymium Magnet, providing powerful magnetic strength, lightweight construction, and superior audio performance compared to traditional ferrite drivers.

6. Is the AD-2408H suitable for portable PA systems?

Yes, the AD-2408H Professional Audio Driver is ideal for portable PA speakers, compact sound systems, stage monitors, and mobile audio applications due to its lightweight 0.51 kg design.

7. What type of voice coil does the AD-2408H use?

The driver is equipped with a 38mm (1.5-inch) ALW Voice Coil, which improves heat dissipation, power handling, and long-term reliability during continuous operation.

8. What mounting type does the AD-2408H support?

The AD-2408H features a screw-on mounting design with a 1-inch throat diameter, making it compatible with a wide range of standard horns and speaker enclosures.

9. What diaphragm material is used in the AD-2408H?

The driver uses a PEN diaphragm, known for its excellent durability, lightweight properties, and accurate high-frequency sound reproduction.

10. Why should I choose the Audiotone AD-2408H Compression Driver?

The Audiotone AD-2408H Neodymium Compression Driver combines lightweight construction, high sensitivity, clear sound quality, and reliable performance, making it an excellent choice for professional PA speakers, stage monitors, and compact line array systems.