Video Library
Every MARZIANI InMERSION SYSTEMS™ video in one place — platform overviews, conference coverage, the fourteen-part Deep Dive series, and every Short — each with a summary of what it covers.
The main overview.
MARZIANI InMERSION SYSTEMS™ — Overview
The flagship introduction — what Planar Matryxx™ technology is, why point-source speakers can’t deliver true immersion, and how a coordinated planar wavefront covers every seat with the same clean, comfortable sound. This is the same film featured on our home page.
Company Overview — Version 2
A second cut of the company overview with an alternate structure and pacing — the same core Planar Matryxx™ story, told for viewers who prefer a different entry point.
Overview of the System Types
A guided tour of the hardware ecosystem — from the flagship Planar Magnetic Matryxx™ arrays to the cost-effective Planar Dynamic Matryxx™ line, and across the Avvolgente, Campo, and Nucleo field systems — showing how each configuration maps to venues from ride vehicles to main stages.
The J4 Logic Field Processor — Long Form
The full-length briefing on the Marziani Labs™ × J4.AI Logic Field Processor: why generative-AI infrastructure is hitting physical limits, how J4 Stochastic Learning changes the energy equation, and what the LFP silicon program is designed to prove.
On the road: Ai4 and NAB 2026.
Ai4 2026 — Press Room Interview
Jos Daniel’s on-camera interview from the press room at Ai4 2026 at The Venetian in Las Vegas — North America’s largest applied-AI conference — covering MARZIANI InMERSION SYSTEMS™ and the Marziani Labs™ × J4.AI program.
NAB 2026 — Las Vegas
From the show floor at NAB 2026 in Las Vegas, where Marziani Labs™ debuted Planar Dynamic Matryxx™ technology at Booth CL3 — walking through the modular, panel-by-panel approach that lets the same building blocks scale from a single show scene up to a large venue.
NAB 2026 — More From the Show
Companion coverage from Marziani Labs™ at NAB 2026 — including the CarbonBlack technology partnership and how Planar Matryxx™ arrays integrate with modern projection and screen systems for a complete audio-visual install.
Fourteen parts. One story.
A serialized walkthrough of the MARZIANI InMERSION SYSTEMS™ story in Shorts form — covering the physics of the platform, from extremely low moving mass and thin-film diaphragms to how a coordinated wavefront behaves in a real room. Watch in order or drop in anywhere.
Deep Dive 1: One Wavefront, Every Seat
Ordinary speakers throw sound from a point and hope. Discover how Planar Matryxx™ changes the physics to deliver one unified wavefront so every seat hears the exact same show.
Deep Dive 2: Planar Magnetic Matryxx™
Explore our flagship transducer: a micro-thin aerospace film suspended between N56 neodymium magnets, delivering near-zero distortion from 100 Hz to 40 kHz.
Deep Dive 3: Planar Dynamic Matryxx™
Full-range power without subwoofers. Learn how precisely arrayed dynamic drivers behave as a single planar surface with controlled ±30° dispersion.
Deep Dive 4: Point-Source vs. Coherent Wavefront
See real-world air pressure visualization comparing chaotic point-source interference patterns to the stable, uniform wavefront of Planar Matryxx™.
Deep Dive 5: The Physics of Distortion
Why cone speakers flex, break up, and distort under load — and how edge-to-edge distributed magnetic force eliminates driver breakup entirely.
Deep Dive 6: Very Low Structural Vibration
With a moving mass of just 300 mg against a 3 kg structure (a 10,000:1 ratio), reaction forces cannot excite walls or vehicle shells to rattle.
Deep Dive 7: Three Trade-Offs, One Matrix
Deep bass, precise imaging, and ultra-fast transients usually compete. Discover how distributed matrix engineering delivers all three without compromise.
Deep Dive 8: Amplifier Efficiency — The Worked Example
At 105 dB/1W efficiency and only 5 dB loss at 10 meters, see why Planar Matryxx™ hits 110 dB across the venue using just 10 watts instead of thousands.
Deep Dive 9: Our Target, Not a Spec-Sheet Number
Why chasing dangerous 150 dB peak figures destroys audio quality, and why 110–115 dB of clean, sustained coverage protects ears and preserves fidelity.
Deep Dive 10: Measured, Not Modeled
Most directivity data is mathematically guessed from two slices. Learn why Marziani measures full 3D directivity balloons in 5-degree increments.
Deep Dive 11: Tuned in the Room It Lives In
Every unit is bench-tested in Southern California and custom-calibrated on-site using transfer-function analysis for the space as built, not drawn.
Deep Dive 12: Four Worlds, One Platform
From dark rides and museums to live concert stages and immersive gaming pods — one coherent acoustic platform engineered for zero tolerance of seams.
Deep Dive 13: Four Decades, One Bench
The origin story of Dr. Dragoslav Colich’s 40-year obsession with solving planar driver failure, taking acoustic physics from the workbench to world-class venues.
Deep Dive 14: The Architecture of Immersion
How custom enclosures, hardware topologies, and bespoke commissioning files come together to create uncompromising acoustic environments.
Deep Dive 15: Nucleo — Built for Tight Spaces
Nucleo: the compact, high-output planar unit built for ride vehicles and the tight spaces other systems can’t reach.
The ideas, one Short at a time.
Your Room is Lying to You
Every seat in an ordinary room hears a different show — dead zones here, harshness there. This Short shows why the room isn’t the real problem: the point-source speaker is.
Losing Volume Over Distance
Why conventional speakers lose level with every step you take — roughly −6 dB per doubling of distance under the inverse-square law — and how a planar wavefront holds its loudness instead: on the Ondo array, 120 dB at 1 m is still an expected 115 dB at 10 m and 112 dB at 50 m.
Sound Becomes a Place
The brand-film beat: when the ears relax and conversation flows inside the field, sound stops being something you listen to — and becomes a place you are inside of.
Cervinia™
A fast introduction to Cervinia™ — the pairing of Planar Matryxx™ InMERSION systems with the Marziani Cinema™ AI production platform: the full immersion and content-creation stack.
MARZIANI CINEMA™
Marziani Cinema™ in under a minute — the AI-powered virtual film studio that carries a creative idea from first draft to finished scene, with the creator in charge at every step.
Logic Field Processor — Short
The LFP in Shorts form: why a fundamentally different learning method needs fundamentally different silicon, in under a minute.
Immersion Demo I — A Continuous Radiating Surface
The first demo cut: one continuous radiating surface, one coherent wavefront — what a planar field does to a room.
Immersion Demo II — That’s Not Luck
The second demo cut: same field, every seat, every time. Repeatable immersion is engineering, not luck.
SEA — Immersion Reel (20s)
A stage that can become any location on earth — cinematic immersion from the MARZIANI SEA collection.
SEA — Immersion Reel (21s)
An ocean in the desert — cinematic immersion from the MARZIANI SEA collection.
Loudness, explained honestly.
SPL — Sound Pressure Level
What an SPL number on a spec sheet really tells you — and what it hides. A crash course in sound pressure level, and why “loud” isn’t the same as “good.”
SPL Deep Dive — Part 1
Part one of the SPL deep dive: decibels, distance, and measurement — how sound pressure level actually works.
SPL Deep Dive — Part 2
Part two of the SPL deep dive: why Marziani specifies a sustained, low-distortion 110–115 dB rather than quoting the inflated peak figures common on spec sheets — and why sustained clean level is the number that actually describes what a room will hear.
High Decibels & Ear Health
A look at high decibel levels and listening comfort — what makes loud listening fatiguing, and why clean, low-distortion sound stays comfortable at the same measured level. Safe-listening limits still apply at any SPL, from any system.
Distortion = Fatigue
Why distorted sound makes your brain work overtime — the listening-fatigue problem — and how near-zero distortion keeps loud comfortable.
The Loudest Seat Is the Stage
For touring musicians and FOH engineers: sound exposure is level × time, and every +3 dB cuts your safe time in half. Why a coherent planar wavefront can reach the back of the venue without overdriving the stage.
Where the field goes to work.
Movie Theaters
The pitch to cinema owners: full-spectrum immersion without the amplifier racks — and a reason for audiences to come back to the theater.
Las Vegas Night Clubs
Club-level SPL that stays clean all night — full energy on the floor without the harshness, and conversation still possible inside the field.
Concerts
Live concerts on a planar wavefront — every seat gets the same mix, front row to back wall.
Theme Parks
Theme parks and attractions: sound that stays inside its scene, ride after ride, cycle after cycle.
Immersive Gaming
Planar Matryxx™ for immersive gaming — sound fields for pods, arenas, and location-based play where audio has to track the action.
New videos and Shorts, posted regularly.
Subscribe on YouTube to catch every release — or reach out and we’ll walk you through the platform in person.