September 2026

Why The Broad View Matters
It reveals what the market still seeks, values, and desires.
Editorial By J. Martins

  audioXpress covers a deliberately broad scope of topics in the audio world, from technology and applications to the developer and product-design side of the industry. That breadth is the reason the publication has become useful as a reference across many adjacent markets.

Audio is often reported in narrow verticals, but real product development rarely fits neatly inside those boundaries. A technology may fail in one market and succeed in another simply because the use case, business model, or customer expectations are different. That is why audioXpress writes for developers, manufacturers, designers, and the wider supply chain rather than for a single segment alone.

The publication's DIY roots still matter, too. The same curiosity that drives people to build, test, and sometimes break things is what keeps the editorial voice connected to innovation and experimentation.

A wide editorial scope also makes it possible to track emerging ideas before they become mainstream categories. audioXpress covered voice recognition before smart speakers, wireless audio before it was widely associated with anything beyond telephony, and adaptive signal processing before hearables became a major topic. That kind of early coverage creates a more complete view of how the industry evolves.

This is also why the publication stays close to niche segments that may later grow into major markets. The point is not just to report the present, but to identify the next turning point.

"Immersive audio" is one of the clearest examples of a trend that means different things in different parts of the industry. In film and television, it grew naturally from multichannel production by adding height and more precise object placement. Dolby Atmos, announced in 2012, became the most visible expression of that shift in cinema.

Live sound then adopted its own version of immersion through distributed arrays and object-based workflows. L-Acoustics' L-ISA helped make that approach commercially compelling, especially for coverage, intelligibility, and localization in large venues and touring environments.

Music has been more complicated. Stereo remains the dominant creative reference, and most artists do not think in terms of playback formats. That leaves immersive music to be shaped largely by engineers and production teams, which helps explain why consensus is still limited.

Headphone playback through binaural rendering has also become a central workaround, but it is only an approximation of multichannel sound. It can preserve width and spatial cues, yet it rarely matches the impact of speaker-based reproduction, and results can be controversial when mixes stray too far from familiar stereo expectations.

The automotive sector shows that immersive listening does not have to depend on headphones or a fixed multichannel layout. Car audio is increasingly using acoustic optimization, spatial modeling, and variable speaker counts to serve multiple listeners in the same cabin. That approach is especially relevant as vehicles become quieter, more software-defined, and more acoustically controlled.

Those lessons will likely matter in home audio as well. If the room is understood well enough, speaker placement becomes less of a constraint and more of a parameter that can be interpreted and optimized for any format. I have no doubt that the lessons learned from the automotive industry will soon benefit home audio entertainment in a very positive way. Expanding speaker-based home audio with spatial modeling through adaptive acoustic optimization, independent of the number of channels and physical speaker positions. When we fully understand the room, it becomes easier to interpret the physical placement of speakers to handle any format.

In fact, I'm convinced that only after we fully explore that approach and find the best way to enable Dolby Atmos sources—or even music that can even be upmixed from Stereo—will we be able to understand what's missing in today's binaural rendering solutions for headphones, because immersive formats require a sense of space. And yet, I also believe that conventional left/right, in-your-head experience will remain extremely relevant, particularly for certain genres of music that are already culturally established and optimized for precisely that.

Immersive audio is not a single solution. It is a family of approaches that work differently in cinema, live sound, music, gaming, automotive, and home playback.

Again, a wide perspective from multiple applications, product implementations (even experimental), and market segments is vital to gain the necessary clarity of what's at play here.

That is exactly why a broad editorial perspective is valuable: it reveals what each segment gains, what it sacrifices, and where the market still lacks agreement.

J. Martins
Editor-in-Chief

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