Engineered
for Real Sound.

Reliable, powerful and built for professionals.

JB2404

Neodymium HF driver · 60 W · 8 Ω

The JB2404 is a lightweight neodymium HF compression driver rated at 60 W and 8 ohms, built for compact two-way PA cabinets, column systems, install speakers and stage monitors that need clear, efficient high frequencies.

Product Overview
Key Specifications

JB2404 Neodymium HF Compression Driver

The JB2404 is a neodymium HF driver rated at 60 W with an 8-ohm nominal impedance, designed for compact professional loudspeakers where high-frequency clarity matters more than raw size. It suits two-way portable PA cabinets, column arrays, wall-mount install speakers and stage monitors that need a light, efficient high-frequency section.

Neodymium motor keeps weight down

A neodymium magnet assembly produces a strong magnetic field from a much smaller and lighter structure than an equivalent ferrite motor. In compact and portable enclosures that difference is felt immediately: lower cabinet weight, easier handling for one person, and less mass on wall or truss brackets in fixed installations. Efficiency stays high, so modest amplifier power still produces clean, present highs.

60 W power handling at 8 ohms

Rated at 60 W with an 8-ohm nominal impedance, this driver is matched to small and medium two-way systems. The 8-ohm load works on conventional passive crossover networks and on bi-amped systems driven through a DSP processor, making it straightforward to integrate into an existing design without re-engineering the amplifier stage.

Where it fits in a system

High-frequency drivers carry vocal detail, consonant clarity and the top end of percussion. In speech reinforcement — conference rooms, houses of worship, sports halls and retail spaces — that range decides whether an announcement is understood or merely heard. The JB2404 is built for consistent, low-fatigue performance across long operating hours rather than short bursts of peak output. Compression driver fundamentals are covered well in this technical overview.

JB2404 specifications

Type Neodymium HF driver
Power handling 60 W
Nominal impedance 8 Ω
Magnet type Neodymium
Model JB2404

Typical applications

  • Compact two-way portable PA cabinets
  • Column and satellite speaker systems
  • Wall-mount and ceiling install loudspeakers
  • Stage monitors and side-fill wedges
  • Speech reinforcement in conference rooms, houses of worship and retail spaces
  • OEM loudspeaker manufacturing and service replacement

Why choose this driver

Compact systems are where weight and efficiency matter most, because the cabinet is carried, flown or bracketed rather than rolled into place. A neodymium motor delivers the sensitivity a small enclosure needs without adding mass, and a 60 W rating at 8 ohms keeps amplifier selection simple. Consistent unit-to-unit performance matters just as much for cabinet builders producing in volume, where every enclosure has to measure the same as the last.

It sits within the full range of Exxo Professional HF drivers, alongside low-frequency transducers, amplifiers, processors and enclosures in our wider pro-audio component range, so complete systems can be specified from one source.

Frequently asked questions

What power does the JB2404 handle?

It is rated at 60 W with an 8-ohm nominal impedance.

Is it a neodymium driver?

Yes. The neodymium motor keeps weight low while maintaining high sensitivity, which is why it suits compact and portable cabinets.

What systems is it suitable for?

Compact two-way PA cabinets, column and satellite systems, wall-mount install speakers, and stage monitors.

Can it be used as a replacement driver?

Often, yes — but always check throat fitment, impedance and sensitivity against the driver being replaced, and review crossover settings before installing.

For full technical data, pricing or bulk enquiries on the JB2404, contact the Exxo Professional team.

Related Products
Scroll to Top
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Etiam vel risus imperdiet, gravida justo eu.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Etiam vel risus imperdiet, gravida justo eu.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Etiam vel risus imperdiet, gravida justo eu.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Etiam vel risus imperdiet, gravida justo eu.