🎚️ Nois Audio NA-ME3.3 – 3-Way Electronic Crossover with Line Driver

The Nois Audio NA-ME3.3 is a high-performance 3-way electronic crossover designed to give you complete control over your sound system. With independent outputs for highs, mids, and subwoofer, built-in line driver, and precise frequency controls, this crossover ensures clean signal routing, stronger output, and perfectly balanced audio across every zone.

Ideal for multi-amplifier setups, voceteo builds, and high-performance car audio systems.

⭐ Product Description

The NA-ME3.3 allows you to split and fine-tune your audio signal into three dedicated bands—subwoofer, midrange, and high frequencies—delivering cleaner, louder, and more accurate sound.

Its built-in high-voltage line driver strengthens the audio signal before it reaches your amplifiers, ensuring maximum clarity and reduced noise. Each channel includes precise crossover frequency adjustments, giving you full control over your system’s tuning and performance.

If your goal is louder, cleaner, and more organized sound, the Nois Audio NA-ME3.3 is an essential upgrade for any serious car audio setup.

📌 Key Specifications

• 3-Way Active Electronic Crossover

• Independent Outputs: Subwoofer / Midrange / Highs

• Built-in High-Voltage Line Driver

• Adjustable Crossover Points for Each Band

• Dedicated Subwoofer Level Control

• Clean and strong audio routing for multi-amp systems

• Reduces distortion and improves signal accuracy

• Compact design for easy installation

(If you want to add exact Hz ranges, send them and I’ll insert them.)

💥 Main Features

• Full control over highs, mids, and bass

• Cleaner and more powerful signal thanks to built-in line driver

• Perfect for voceteo, pro audio, and high-output builds

• Improves amplifier performance and sound clarity

• Eliminates signal overlap and distortion

• Designed for multi-amplifier sound systems

• Professional-grade tuning capabilities

🛠️ Recommended For

• Voceteo and pro-audio car systems

• Multi-amplifier installations

• Systems with separate sub, mid, and high drivers

• Users wanting precise frequency control and maximum efficiency

• High-output daily or competition builds