The Pixel You Can't See —
Moire-Free LED Video Walls

OLED-Level Quality LED Durability Moire < 5%

NovaVista rewrites LED display physics with a dual-layer optical architecture. A continuous emissive surface, no visible pixel grid — the future of professional display, at a fraction of the cost.

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The Problem

Four Flaws Every Fine-Pitch
LED Display Shares

Every fine-pitch LED display shares the same four flaws. You've probably learned to live with them. You shouldn't have to.

Screen Door Effect on Fine-Pitch LED

That faint grid of darkness between pixels. You see it. Your camera sees it. Your clients see it.

Fill factor < 40%

Moire Patterns Under Camera

Wavy interference fringes that appear the moment a camera points at the screen. Post-production nightmare.

Kills live production

Washed-Out Blacks

Dark scenes look gray. The display reflects ambient light back at you. "Black" is anything but.

Reflectance > 8%

Glare & Ambient Reflection

Studio lights, lobby windows, showroom spots — they all bounce off the screen. The image fights the room.

Unusable in bright spaces
Close-up comparison of a standard fine-pitch LED pixel grid and a NovaVista continuous emissive surface

Left: Traditional LED with visible pixel grid. Right: NovaVista continuous emissive surface.

The Numbers That Matter

The Proof: 85%+ Fill Factor,
~2% Reflectance, 10,000:1 Contrast

Measured on the Grating Series — not spec-sheet filler. Each number represents a problem we solved at the optical level.

119.63%
DCI-P3 Color Gamut
119.63% volume, 95.5% DCI-P3 coverage. Cinema-grade color.
85%+
Pixel Fill Factor
Up from 30-40% in standard LED. The grid is gone. The surface is continuous.
~2%
Surface Reflectance
Down from 8-12% in conventional panels. Black stays black under any light.
10,000:1
Contrast Ratio
At low brightness where most panels collapse, detail stays intact.
The Solution

Two Optical Layers That
Remove the Pixel Grid

NovaVista doesn't process the image. It reconstructs the light — at the physical level, before the signal reaches your eyes. Two optical layers solve the four problems above.

01
Solves: Screen Door + Moire

Dual-Axis Grating — No Pixel Grid, No Moire

Phase and amplitude modulation reshape each point of light into a uniform square. Fill factor jumps from 40% to 85%+. The pixel grid vanishes. With the spatial frequency conflict removed, visible moire turned up in under 5% of the shooting conditions we tested.

02
Solves: Washed Blacks + Glare

AR/AG Surface — ~2% Reflectance, No Glare

An anti-reflective top layer drops surface reflectance to ~2%. Ambient light bounces away instead of washing out the image. Blacks stay deep. Glare disappears. The surface reads as a polished dark panel — not a screen.

How It Works in Detail →
Two Series, One Optical Philosophy

Grating Series or
Deep Black Series

One optical philosophy, two implementations. The Grating Series runs the full dual-layer stack. The Deep Black Series applies the surface layer to a standard chip display. One solves everything. One solves the core problems — at a price that makes sense.

NovaVista Grating Series LED panel with a continuous emissive surface for broadcast and virtual production
Grating Series — Flagship

Grating Series — Broadcast & Virtual Production

The complete optical reconstruction platform — dual-axis grating at full capacity, AR surface calibrated for broadcast-grade accuracy. For environments where image integrity is non-negotiable and the camera is always watching.

  • Broadcast studios & virtual production
  • Command & control centers
  • High-end film & TV production
NovaVista Deep Black Series LED panel, 2.0% surface reflectance and ink-black in standby
Deep Black — Professional Value

Deep Black — 2.0% Reflectance, Ink-Black Standby

Suppresses ambient light reflection through optical structure — reflectance as low as 2.0% (SCI mode), over 60% reduction versus standard display glass. In standby, presents a pure "ink black" with rich dark-field detail and distinct layering. Eliminates dark-field graying and ambient glare at a professional price point. Not a stripped-down version — a purpose-built one.

  • Commercial display & digital signage
  • Meeting & conference room recording
  • Exhibition halls & live streaming
The Reference Point

Same Destination.
Different Path.

The industry's reference displays have proven that continuous emissive surfaces are the future of professional display. NovaVista arrives at the same destination — through a different optical path.

A Continuous-Emissive Alternative Without the Micro-LED Premium

Reference displays use micro-LEDs to shrink the gaps. NovaVista uses optical reconstruction to fill the gaps — achieving the same continuous surface, the same invisible pixels, without the micro-LED price tag.

OLED-level image quality LED durability & brightness No micro-LED cost premium
Where NovaVista Belongs

Where Moire-Free LED Walls
Matter Most

NovaVista moire-free LED video wall in a broadcast studio
Grating Series

Broadcast Studios & Virtual Production

Where a stray reflection can ruin a live shot, NovaVista delivers a glare-free, moire-suppressed canvas that cameras love.

NovaVista LED video wall in a 24/7 command and control room
Grating Series

Command & Control Rooms — 24/7 Operation

Where missing a detail isn't an option, low-brightness high-grayscale performance ensures every data point stays visible — around the clock.

NovaVista low-reflectance LED display in a luxury retail space
Deep Black

Commercial Display & Digital Signage

Where the display fights ambient light all day, the ultra-low-reflectance surface keeps blacks deep and images sharp — at a professional price point.

NovaVista moire-free LED display used for conference room video recording
Deep Black

Meeting Rooms & Live Streaming — Moire-Free Recording

Where conference recording and live streaming need clean footage, moire-free performance and accurate color make every shot usable.

What You Get

Three Certainties: Optical,
Color and Usage

01

Optical Certainty — The Pixel Grid Is Physically Gone

The pixel grid is gone — not hidden, not processed away, removed at the optical layer. What remains is a continuous luminous surface. Across our camera tests, visible moire turned up in under 5% of shooting conditions.

02

Color Certainty — DCI-P3 119.63% Vol / 95.5% Cov, 1,024 Gray Levels at Low Brightness

DCI-P3 119.63% volume / 95.5% coverage (Grating Series), calibrated at the optical layer. Not software-tuned — physically pure. Reds are red. Skin tones are real. Low brightness holds 1,024 gray levels where competitors collapse to 128.

03

Usage Certainty — VICO ≤ 1.8, Built for Continuous Operation

VICO ≤ 1.8 — rated "Excellent" for visual comfort. Blue light filtered at the optical level. Built for continuous operation. Operators stay sharp across 12-hour shifts. The display stays invisible for years.

Trust & Credibility

Engineered to Perform.
Built for the Long Run.

Serviceable From Either Side

Whether your installation is flush against a wall or accessible from behind, NovaVista adapts. Front maintenance keeps downtime to seconds. Rear maintenance keeps things simple when access is easy.

Built to Last — Continuous 24/7 Operation

Engineered for continuous 24/7 operation in the most demanding environments.

Sealed Against the Environment

The front surface is sealed. Dust, debris, the accumulated grime of years of operation — none of it penetrates the display surface.

Resources

Product Documents —
Download Center

Datasheets and brochures, ready to download. All documents are in English.

Grating Series Datasheet

Full technical specifications — DCI-P3 119.63% volume / 95.5% coverage, 10,000:1 contrast, VICO ≤ 1.8.

Download PDF

Series Brochure

Both product lines — Grating and Deep Black — in one overview brochure.

Download PDF

All-in-One 135″ Display

Product brochure for the 135-inch all-in-one display.

Download PDF

Home Entertainment Center Display

Product brochure for the home entertainment center display.

Download PDF

See It With Your Own Eyes —
Book a Live Demo

Some things can't be described on a website. Book a live demonstration — or request the technical documentation. Either way, you'll understand why the pixel disappears.

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