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Transparent and Direct-View LED

Select the right LED architecture for the glass, environment, viewing distance, service path and acceptance plan.

VITREVIA configures direct-view and transparent LED systems around the required image size, viewing distance, ambient light, camera use, structure and service path. The agreed system can include modules or cabinets, processing, receiving hardware, power distribution, mounting, calibration, content testing and acceptance documentation.

Start a ProjectChoose an Architecture
Application viewCurved corner LED facade integrated into a shopping-center exterior

Start with the site condition

Choose the construction route first. Pitch, brightness and product family follow from the installation reality.

Flexible holographic transparent LED mesh module from the reviewed supplier catalogue Existing glassCompare adhesive film and frameless mesh for a retrofit with a controlled display-off appearance.Review retrofit routes Laminated transparent LED glass display from the reviewed supplier catalogue New glazingEvaluate laminated LED glass when the display must be engineered into the architectural glass build.Review integrated routes
Outdoor facadeTransparent cabinet or grilleFine-pitch wallCOG, COB or indoor SMDCreative or XRCurves, corners and camera-facing LED

VITREVIA Transparent LED Product Range

Compare three project-ready starting configurations for glass, architectural façades and large outdoor surfaces. Each is adapted to the required size, viewing distance, environment and service plan.

Holographic transparent LED panel showing its fine open pixel structure and active content area
Indoor transparent filmVIT-TLED-HOLO

Holographic Transparent LED

Ultra-thin transparent LED for glass, curved features and lightweight creative installations where the display-off view remains important.

Pixel pitch
P2.5 / P3.91 / P6.25 / P7.82 / P10.4 / P15.6 / P20
Transparency
70 to 98%
Luminance
Up to 5,000 cd/m²
Refresh
3,840 Hz
Protection
IP43
Environment
Indoor
Installation
Glass-applied, suspended or custom-shaped modular installation
Applications
Retail windows, museums, exhibitions, stages and curved features
Request This LED Configuration
Modular transparent LED cabinet shown in active and display-off configurations
Indoor / outdoor transparent cabinetVIT-TLED-CAB

Transparent LED Cabinet System

Maintainable modular transparent LED for glass façades, retail elevations and architectural structures requiring higher brightness and defined service access.

Pixel pitch
P2.6 / P2.8 / P3.91 / P10.4
Transparency
Above 80%
Luminance
600 to 8,000 cd/m²
Refresh
3,840 Hz
Protection
IP45 indoor / IP65 outdoor
Environment
Indoor or outdoor configuration
Power
From 150 W/m²
Rated life
Up to 100,000 hours
Energy efficiency
Over 30% lower than traditional LED screens
Installation
Fixed or suspended modular cabinet; curved configurations available
Applications
Glass façades, shopping malls, retail, showrooms and rooftop displays
Request This LED Configuration
Outdoor LED mesh modules showing the open structural grid and active image area
Outdoor architectural meshVIT-TLED-MESH

Outdoor LED Mesh System

Open-grid LED architecture for large exterior surfaces where daylight, ventilation, reduced wind load and long-distance visibility lead the design.

Pixel pitch
P8.33 to P50
Transparency
Above 85%
Luminance
Up to 8,000 cd/m²
Refresh
3,840 Hz
Protection
IP65
Environment
Outdoor
Power
From 150 W/m²
Rated life
Up to 100,000 hours
Energy efficiency
Over 30% lower than traditional LED screens
Installation
Fixed or suspended modular mesh with integrated control structure
Applications
High-rise façades, media buildings, rooftops and large architectural surfaces
Request This LED Configuration

VITREVIA model codes identify project configurations. The quotation fixes the selected pitch, brightness, protection level, structure, controller package and acceptance evidence.

Choose the Transparent LED Architecture

VITREVIA compares glass-applied films, transparent cabinets, outdoor grille systems, laminated LED glass and creative cabinet formats. We select by construction and acceptance path, not by marketing label.

Flexible holographic transparent LED mesh module from the reviewed supplier catalogue

The product name is not the architecture

“Holographic”, “film”, “crystal”, “transparent” and “glass” are often used as overlapping sales labels. The RFQ should identify how the pixels, glass, power, structure and service route are actually built.

Existing or new glass
Retrofit film and laminated LED glass follow different approval and replacement paths.
Display-off requirement
Review real transmittance, haze, wiring, rails and seams, not the percentage alone.
Indoor or outdoor duty
Brightness, IP evidence, UV, drainage, corrosion, wind and fire requirements change the route.
Service strategy
Define whether the replaceable unit is a film strip, bar, module, cabinet or complete glass unit.

Retrofit to existing glass

Start with the current glass, available edge space and the required display-off view.

Flexible holographic transparent LED mesh module from the reviewed supplier catalogue

Holographic invisible LED mesh

Pixel pitch
P2.5 to P20
Transparency
70 to 98%
Module depth
2 mm
Refresh
3840 Hz
Best fit
Retail glazing, atriums, curved glass, freestanding advertising and double-sided concepts where the off-state view matters.
RFQ validation
Exact weight, brightness, cut limits, adhesive or suspension method, curved radius, controller location and service replacement method.

Catalog slides 1-14. VITREVIA verifies the selected model data, drawings and test evidence during RFQ review.

Flexible transparent LED crystal film module from the reviewed supplier catalogue

Adhesive transparent LED film

Pixel pitch
P4×8 to P30
Transparency
55 to 88%
Weight
3.5 kg/m²
Protection
IP43
Best fit
Existing storefronts and curtain walls that cannot accept a conventional cabinet or large steel support structure.
RFQ validation
Glass preparation, adhesive life, cable route, seam visibility, breakpoint continuation, heat at the power rail and removal procedure.

Catalog slides 15-20. VITREVIA verifies the selected model data, drawings and test evidence during RFQ review.

Modular transparent surfaces

Use maintainable modules when scale, outdoor duty or service replacement leads the design.

Indoor transparent LED cabinet shown from the front and rear in the reviewed supplier catalogue

Indoor transparent LED cabinet

Pixel pitch
P2.6×5.2 to P10.4
Transparency
60 to 80%
Weight
6 kg/m²
Protection
IP45
Best fit
Large indoor curtain walls, mall atriums, retail elevations, cylinders, rings and other maintainable creative forms.
RFQ validation
Cabinet depth, visible mullions, front service clearance, suspension loads, spare modules, calibration after replacement and off-state appearance.

Catalog slides 21-27. VITREVIA verifies the selected model data, drawings and test evidence during RFQ review.

Outdoor transparent LED cabinet

Pixel pitch
P3.91×7.82 to P15.625
Transparency
70 to 80%
Weight
7.5 kg/m²
Protection
IP68
Best fit
Media facades, outdoor glazing, public venues and large-format installations that must retain partial daylight and sightlines.
RFQ validation
Tested IP assembly and protection boundaries, brightness under direct sun, drainage, corrosion, wind load, fire behavior, rear access and total power consumption.

Catalog slides 28-35. VITREVIA verifies the selected model data, drawings and test evidence during RFQ review.

Outdoor LED grille module from the reviewed supplier catalogue

Outdoor LED grille or mesh

Pixel pitch
P8.3×12.5 to P50
Openness
55 to 85%
Luminance
Up to 6000 cd/m²
Protection
IP68
Best fit
Very large facades and long viewing distances where wind permeability, lower visual mass and high brightness matter more than fine detail.
RFQ validation
Structural rail spacing, wind permeability model, bar replacement, cable exposure, local code, lightning protection and content legibility distance.

Catalog slides 36-40. VITREVIA verifies the selected model data, drawings and test evidence during RFQ review.

Integrated and creative formats

Treat the display, glass or creative structure as one controlled assembly.

Transparent LED crystal film

Pixel pitch
P5 to P20
Transparency
75 to 98%
Film depth
1 to 3 mm
Weight
4 kg/m²
Best fit
Curved glazing, interior feature walls, lightweight temporary installations and projects prioritizing minimal off-state obstruction.
RFQ validation
Difference from the adhesive film route, optical haze, color consistency, minimum bend radius, cut map, connector strategy and repairability.

Catalog slides 41-46. VITREVIA verifies the selected model data, drawings and test evidence during RFQ review.

Laminated transparent LED glass display from the reviewed supplier catalogue

Laminated LED glass

Pixel pitch
P5 to P50
Transparency
50 to 90%
Weight
35 kg/m²
Protection
IP67
Best fit
New-build glazing, curtain walls, lift enclosures and architectural projects where the display must become part of the glass assembly.
RFQ validation
Full glass make-up, safety-glass compliance, edge connections, maximum glass size, replacement strategy, facade engineering and approvals.

Catalog slides 47-51. VITREVIA verifies the selected model data, drawings and test evidence during RFQ review.

Right-angle creative LED cabinet shown in the reviewed supplier catalogue

Creative 3D LED system

Formats
Cabinet and corner
Geometry
Curved, column and ring
Surface
Rigid or soft module
Use
Indoor and outdoor
Best fit
Retail landmarks, stages, museums, themed attractions, outdoor icons and naked-eye 3D content installations.
RFQ validation
Cabinet family, corner geometry, structural tolerance, processor mapping, content master, camera and viewing positions, calibration and redundancy.

Catalog slides 52-64. VITREVIA verifies the selected model data, drawings and test evidence during RFQ review.

Transparent LED Golden Sample Gate

Approve the selected pitch and construction against the real glass, light, content and service conditions before production release.

  1. Mock up the real glass

    Use the project glass, background and lighting to approve the powered and display-off appearance from the actual viewing positions.

  2. Measure the selected model

    Record brightness, transmittance or openness, refresh, power, temperature and visual uniformity on the quoted pitch and module.

  3. Approve the geometry

    Freeze the cut map, curve radius, seams, cabinet or rail layout, cable exits and visible power or control hardware.

  4. Verify service and safety

    Review access, replacement steps, glass and structural interfaces, IP evidence, fire requirements, packing and spare parts.

  5. Release the golden sample

    Keep the approved module, controller configuration, media loop, measurements and photos as the production acceptance reference.

LED Product Families

Configure a direct-view LED system by pixel pitch, module or cabinet format, brightness, maintenance access, processor, receiving hardware and structure.

Showing all 14 product families

BYH-COG
BOE BYH-COG active-matrix COG LED cabinet shown from the front and rear

Active-matrix COG fine-pitch LED

Pixel pitch
0.9375 mm
Product architecture
150 × 168.75 mm module; 600 × 337.5 × 47 mm cabinet
Typical fit
high-density indoor command centers, conference rooms and professional viewing

Active-matrix drive on a glass substrate supports a thin, flat cabinet architecture.

Official BOE source

BYH Ultra · BYH Pro · BYH V1 · BTQ COB
BOE BYH COB fine-pitch LED cabinets shown from the front and rear

COB fine-pitch indoor

Pixel pitch
0.9375, 1.25 and 1.5 mm BYH examples
Product architecture
150 × 337.5 mm or 150 × 168.75 mm modules; 600 × 337.5 mm cabinet
Typical fit
close-viewing LED walls, conference rooms and control rooms

The current COB platform includes BYH and BTQ configurations for close-viewing indoor walls.

Official BOE source

BKY-A2
BOE BKY-A2 indoor SMD LED cabinet shown at an angle

Thin indoor SMD cabinet

Pixel pitch
Model-specific BKY-A2 options
Product architecture
Thin die-cast cabinet with concealed cable routing
Typical fit
commercial spaces, public venues, data centers, exhibitions and conference rooms

A slim fixed-installation platform for clean indoor wall assemblies.

Official BOE source

BTT
BOE BTT 16 to 9 indoor SMD LED cabinet shown from the front and rear

16:9 indoor SMD cabinet

Pixel pitch
Model-specific BTT options
Product architecture
16:9 cabinet architecture with front maintenance
Typical fit
standard-ratio 2K, 4K and 8K indoor LED walls

The 16:9 format simplifies the layout of conventional video canvases and presentation walls.

Official BOE source

BTQ
BOE BTQ indoor SMD LED cabinet and module assembly

High-performance indoor SMD

Pixel pitch
Model-specific BTQ options
Product architecture
Modular indoor cabinet architecture
Typical fit
commercial spaces, public venues, data centers, exhibitions and conference rooms

BTQ combines high grayscale, high refresh and a wide viewing angle for detailed indoor content.

Official BOE source

BRY-E
Exploded view of the BOE BRY-E lightweight indoor SMD LED cabinet

Lightweight indoor SMD

Pixel pitch
Model-specific BRY-E options
Product architecture
Lightweight installation-oriented cabinet
Typical fit
fixed indoor walls where cabinet weight and handling are important

The lightweight cabinet construction supports faster installation and service handling.

Official BOE source

BTX
BOE BTX flexible LED modules arranged on a curved surface

Flexible indoor SMD modules

Pixel pitch
Model-specific BTX options
Product architecture
Flexible modules installed with a supporting structure
Typical fit
cylindrical, wave-shaped and other creative indoor surfaces

Flexible modules allow continuous curved LED surfaces around project-specific structures.

Official BOE source

BSL
BOE BSL right-angle indoor SMD LED cabinet assembly

Right-angle indoor SMD

Pixel pitch
Model-specific BSL options
Product architecture
Die-cast right-angle cabinet with front maintenance
Typical fit
corners, cubes and architectural LED forms

The right-angle format creates sharp external corners without a visible open seam.

Official BOE source

BYB · BYB Pro · BYB Plus
BOE BYB outdoor LED cabinet shown from the front and rear

Outdoor fixed LED

Pixel pitch
Model-specific BYB outdoor options
Product architecture
Weather-protected fixed-installation cabinets
Typical fit
outdoor advertising, building facades, transport and public information

The current BYB platform includes Pro and Plus variants for outdoor fixed installations.

Official BOE source

BTS · BTS-AO · BTS-ME
BOE BTS outdoor LED cabinet shown from the front and rear

Outdoor high-protection LED

Pixel pitch
Model-specific BTS outdoor options
Product architecture
Weather-protected outdoor cabinet configurations
Typical fit
outdoor advertising, billboards and public information displays

The current BTS platform includes AO and ME variants for different outdoor installation formats.

Official BOE source

BTY-B
BOE BTY-B rental LED cabinet with integrated rigging hardware

Rental and curved creative LED

Pixel pitch
Model-specific BTY-B options
Product architecture
Rental cabinet with rigging, stacking and curved-layout hardware
Typical fit
rental, touring, exhibitions and temporary creative structures

BTY-B supports fast assembly and flat or curved configurations for event-led installations.

Official BOE source

BTJ · BTJ-XM · BTJ-XF · BTJ-XC
Exploded view of a BOE BTJ camera-facing XR LED cabinet

XR and camera-facing LED

Pixel pitch
Model-specific BTJ and BTJ-X options
Product architecture
Cabinet, floor and curved-volume configurations
Typical fit
virtual production, film, livestream and camera-facing environments

BTJ variants cover camera-facing walls, floors and curved volumes for virtual production.

Official BOE source

BTR
BOE BTR cinema LED cabinet shown from the front and rear

Cinema LED

Pixel pitch
Model-specific BTR cinema options
Product architecture
Cinema LED cabinet architecture
Typical fit
cinema display systems and premium screening rooms

BTR is BOE's current cinema LED family for direct-view theatrical screens.

Official BOE source

BTX-TP
BTX-TP transparent LED application across a glass retail storefront with the store interior visible through the display

Transparent LED

Pixel pitch
Model-specific BTX-TP options
Product architecture
68 mm cabinet, 8 kg design and up to 72% transmittance
Typical fit
retail windows, automotive showrooms and transparent spatial media

BTX-TP places LED content across glazing while retaining a visible view into the space behind it.

Official BOE BTX-TP release

BOE COG · BOE COB · BOE SMD · BOE global MLED platform

Ways to Work with VITREVIA Displays

Order a compatible product package, a configured LED system, a preassembly review or production delivery and handover.

LED Product Supply

Modules, cabinets, processors and receiving hardware selected as a compatible product package.

Configured LED System

Display surface, processing, power, structure, signal distribution, calibration and service topology coordinated together.

Prototype and Preassembly Review

Configuration, content, camera behavior, mechanics and maintenance access reviewed before site delivery.

Production Delivery and Handover

Approved hardware, drawings, cable schedule, configuration records, spares plan and handover documentation.

Direct-View LED Advantages

Scale the image, brightness, camera performance and service architecture around the real application.

Scalable Image Format

Build the physical dimensions and aspect ratio around the space and the intended pixel canvas.

Application-Specific Brightness

Configure indoor, camera-facing or outdoor output for the actual ambient and operating conditions.

Camera-Aligned Performance

Coordinate pitch, refresh, scan, processing, calibration and synchronization for broadcast, XR and live production.

Serviceable Architecture

Define front or rear access, module replacement, calibration, spares and controller topology around the installation.

LED Systems in Use

Large-format installations show the relationship between the display surface, architecture, viewing distance and content.

Application viewCurved LED media facade integrated into a busy retail building

Curved retail facade

A cylindrical media surface coordinated with the building envelope, surrounding glazing and close pedestrian views.

Application viewTall LED media surface integrated across the corner faces of an urban tower

Vertical media tower

A multi-face urban installation where scale, brightness, structure and long-distance viewing shape the system.

Application viewLarge outdoor LED facade showing readable full-screen public content at street viewing distance

Outdoor content readability

A real large-format facade showing message scale, contrast and legibility from the street.

Street-corner LED media facade integrated into a multi-storey retail building

Street-corner media facade

A fixed outdoor LED surface integrated into a retail elevation and viewed from street level.

LED System Specification Inputs

  • total dimensions
  • resolution
  • viewing distance
  • camera
  • brightness
  • ambient light
  • contrast
  • refresh
  • grayscale
  • service access
  • structure
  • thermal
  • redundancy
  • content
  • operating hours
Application viewLarge outdoor LED facade viewed across a city district in daylight

Pixel density and viewing distance

Pitch is reviewed together with image size, content, ambient light, service access and camera behavior.

LED Construction and Drive Architectures

COG, COB and SMD describe different substrate, packaging and assembly approaches. Released-product data and agreed system requirements determine the final configuration.

COG / Active Matrix

A glass-based direct-view architecture; selected products combine chip-on-glass construction with active-matrix drive. Pitch, brightness, module format and service method are product-specific.

COB

LED dies are bonded to a substrate and protected as an integrated surface. Drive method, pitch, module format, protection and service method are product-specific.

SMD

Packaged LEDs are surface-mounted on modular boards. Product ranges cover indoor, outdoor, rental and creative systems with different pitch, protection and service methods.

LED Content Planning

LED content is approved against the real pixel canvas, viewing distance, brightness, camera behavior and environment.

Design to the real pixel canvas

Create assets at the actual LED wall pixel size and aspect ratio instead of assuming a standard 16:9 video file.

Scale text by viewing distance

Typography, icon weight and message density must be checked from the nearest and farthest important viewer positions.

Separate human-viewed and camera-viewed content

Broadcast, XR and livestream use must validate refresh, scan, shutter, color pipeline and moiré behavior.

Simplify outdoor and moving-audience messages

Outdoor/public LED content needs short dwell time, high contrast, large type and fewer competing details.

Applications for Direct-View LED

Direct-view LED is shown where scale, brightness, seamless image area, camera performance or architectural media define the system.

Direct-View LED

Outdoor & Architectural LED

Modular high-brightness media surfaces for outdoor architecture and long-range public viewing.

Explore application

Plan a Direct-View LED Project

Connect the installation environment to specification and content decisions.

Display Applications

Start with the project environment and compare the available display routes.

Explore Applications

Outdoor Architectural LED

Review facade geometry, sightlines, ambient light and service access.

Explore Outdoor LED

LED System Specification

Define geometry, processing, power, structure, service and acceptance beyond pixel pitch.

Read the Specification Guide

LED Wall Content Design

Validate the pixel map, typography, motion, brightness and camera workflow.

Read the Content Guide

Direct-View LED System Architecture

This topology is specific to direct-view LED: source and playback, video processing, sending and receiving hardware, module or cabinet power, calibration, mounting and service access.

Image and control path

01 Playback / Sources Player, live input, camera feed or data source
02 Video Processing Canvas mapping, scaling, colour processing and genlock where required
03 Signal Distribution Sending hardware with copper or fibre distribution
04 Receivers and LED Surface Receiving cards drive the selected modules or cabinets
05 Power / Redundancy Distribution, protection and redundancy follow the approved configuration
06 Cabling / Service Access Cabling, calibration, commissioning, diagnostics and monitoring are planned with the system

LED Procurement and Delivery

Define inspection, calibration evidence, spares, packing, documentation and support for the selected product family and installation.

Quality and Acceptance

Define inspection, validation evidence and shipment-release criteria for the selected system.

Review Quality and Acceptance

Delivery and Support

Review supply packages, handover documents, logistics inputs, warranty boundaries and spares planning.

Review Delivery and Support

Buyer FAQ

Get direct answers about quotation inputs, quantity, samples, timing, certificates and after-delivery support.

Read the Buyer FAQ

LED Content Playback

A real large-format facade shows how content rotation, contrast and message scale behave on the installed display.

Application viewLarge outdoor LED facade cycling through high-contrast advertising content

Large-format LED content rotation

Review the content loop from the intended street viewing distance.

Request an LED Configuration

Share the application, dimensions, viewing distance, environment, content, service access and quantity for a configured proposal.

Camera-Facing Systems

Camera-facing LED requires the camera workflow, processor configuration and calibration plan to be defined before product selection.

  • refresh rate
  • scan
  • shutter interaction
  • moiré
  • color pipeline
  • calibration
  • processor
  • genlock if required
  • redundancy

Outdoor Systems

Outdoor LED adds weather, daylight, thermal, power and structural constraints to the display choice.

  • brightness
  • IP
  • UV
  • corrosion
  • heat
  • maintenance
  • wind and structure
  • power
  • ambient sensor
  • operating hours

Requirement Matrix

The requirement matrix evaluates model selection across the finished installation, including pixel pitch.

  • application
  • indoor / outdoor
  • total dimensions
  • resolution
  • viewing distance
  • camera
  • brightness
  • curvature
  • service access
  • installation
  • content inputs
  • processor
  • redundancy
  • operating hours
  • environment
  • certification
  • spare parts
  • project location
  • schedule
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