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Sports Venue · Outdoor LED · Broadcast Engineering

Stadium LED Display Guide: Brightness, Refresh Rate, IP Rating and Venue Zones

A stadium LED display should not be specified as one generic screen. Pitch-side perimeter boards, main video screens, fascia ribbons and indoor arena displays operate at different viewing distances, sunlight exposure, camera angles and weather conditions. The correct specification begins with the venue zone.

MAP THE VENUE ZONES Explore GM Series

What Specifications Matter Most for a Stadium LED Display?

For an exposed pitch-side perimeter LED display, three headline requirements are daylight visibility, camera-facing refresh performance and outdoor protection. Pixel pitch, mechanical safety, service access, structure and power then complete the system specification.

These requirements should not be converted into one universal stadium specification. A perimeter display beside the playing field faces different risks and viewing geometry from a main scoreboard mounted high above the seating bowl.

Current Uniview LED GM Series data provides a useful perimeter reference: GM6.67 and GM10 are published at 6000–7000 cd/m² brightness and at least 7680 Hz refresh rate. Those figures belong to the GM pitch-side platform and should not be treated as automatic minimum values for every stadium screen.

01 · DAYLIGHT

Brightness

Match operating luminance to field orientation, ambient light and camera exposure.

02 · BROADCAST

Refresh Rate

Treat refresh as part of a camera workflow, not an isolated datasheet number.

03 · ENVIRONMENT

Protection

Combine enclosure rating with drainage, cable sealing and mounting orientation.

Start With the Stadium Zone—Not With the Product

One stadium can contain several LED display systems. Their engineering priorities overlap, but they should not share one specification by default.

Perimeter / Touchline
Main Video Board
Ribbon / Fascia
Broadcast Camera Zone
01

Perimeter / Touchline

Low-mounted advertising boards operate close to the field, frequently appear on broadcast, and need coordinated player-side protection, emergency access and outdoor performance.

GM Series reference zone
02

Main Video Board

A large elevated screen may serve long-distance spectators with scores, replays and live video. Structural load, screen area and sightline become major design inputs.

Scale + visibility
03

Ribbon / Fascia

Long narrow LED runs around seating tiers have unusual aspect ratios and often carry sponsor, score and event messaging.

Geometry + continuity
04

Indoor Arena

Covered environments reduce direct weather exposure and change the brightness balance, so outdoor perimeter specifications should not automatically be copied indoors.

Indoor environment
VENUE REQUIREMENT MATRIX

The Importance of Each Parameter Changes by Screen Position

Use this matrix as a briefing tool, not as a substitute for the final engineering specification.

Requirement
Perimeter
Main Board
Ribbon
Indoor Arena
Daylight Output
High priority
Position-dependent
Position-dependent
Lower outdoor exposure
Broadcast Camera
Frequent
Frequent
Possible
Event-dependent
Player Contact
Critical
Usually remote
Usually remote
Application-dependent
Weather Exposure
High
Mounting-dependent
Mounting-dependent
Low
Main Selection Driver
Camera + safety + daylight
Scale + sightline
Geometry + content
Viewing + interior use
01

Field Orientation

Record when direct sunlight reaches the display face and whether surrounding stands create predictable shade.

02

Audience Contrast

The objective is readable sponsor and event content against the actual ambient background, not simply the highest possible output.

03

Camera Exposure

Excessive screen luminance can create camera-exposure problems even when it looks bright and clear to spectators.

04

Commissioned Output

Freeze the real operating level during commissioning with representative content, ambient light and production-camera settings.

Refresh Rate Is Part of a Broadcast Chain

A high refresh specification gives useful headroom, but clean capture depends on the display, processor and camera working together.

01

LED Cabinet

Scan architecture and LED driving behavior form the starting point.

02

Processor

Output timing, mapping and grayscale processing affect the complete screen.

03

Operating Brightness

Camera behavior should be tested at the brightness level intended for the real match.

04

Camera

Frame rate and shutter settings influence whether scan artifacts become visible.

05

Verification

Test representative broadcast and replay cameras before final acceptance.

Parameter
GM6.67
GM10
Pixel Pitch
6.67 mm
10 mm
Brightness
6000–7000 cd/m²
6000–7000 cd/m²
Refresh Rate
≥7680 Hz
≥7680 Hz
Cabinet Size
1600 × 900 × 80.5 mm
1600 × 900 × 80.5 mm
Cabinet Weight
47.87 kg
47.87 kg
Power Consumption
900 / 300 W/m²
1000 / 330 W/m²
Module
400 × 300 mm
400 × 300 mm

Perimeter LED Is Also a Match-Day Safety System

Image quality cannot be separated from player-side conditions, emergency access and venue operations.

01

Player Side

Define exposed edges, protection requirements and any hardware that could be contacted from the field side.

02

Emergency Access

Agree which perimeter sections can open, the required passage width and who is authorized to release them.

03

Service Access

Technicians need a defined route to modules, power, receiving cards and other service components.

04

Restore the Line

After an access section is closed, alignment, signal and display continuity should be rechecked.

ENGINEERING 03

An IP Rating Does Not Waterproof the Installation

IP protection describes tested enclosure resistance to solid and water ingress. It does not describe every detail of the completed stadium installation.

GM reference material identifies IP65 for exposed stadium perimeter use. That is a useful product reference, but the project still has to address mounting orientation, joints, drainage, cable entry and electrical connections.

The correct protection level also varies by stadium zone. A fully exposed perimeter cabinet, a roof-protected fascia screen and an indoor arena display should not automatically receive the same environmental specification.

IP65 vs IP66 Guide

Four Records to Freeze Before Match-Day Release

A stadium LED project should leave engineering with more than cabinet quantity and total square meters.

01

Screen Map

Active dimensions, segmentation, cabinet count and content mapping.

02

Camera Record

Camera positions, shutter workflow, processor settings and operating brightness.

03

Safety + Access

Emergency route, player protection and venue operating responsibility.

04

Power + Service

Maximum load, circuit distribution, service route, spares and commissioning.

Stadium LED Display Specification Checklist

Use this sequence before asking suppliers to quote a stadium display.

01

Define the Venue Zone

Perimeter, main board, ribbon, indoor arena or another position.

02

Record Viewing Geometry

Spectator distance, camera distance, camera angle and expected screen sightline.

03

Map Sun Exposure

Record display orientation, direct-sun periods and shading from stadium architecture.

04

Define Broadcast Cameras

Include frame rate, representative shutter settings and camera priority zones.

05

Confirm Weather Exposure

Cabinet face, rear service area, drainage and cable-entry exposure.

06

Confirm Safety Requirements

Player-side conditions, emergency openings and public access requirements.

07

Calculate Power

Use released maximum and average W/m² values for circuit and distribution planning.

08

Freeze Service Access

Confirm technician route, module service, spare parts and match-day repair procedure.

09

Commission With Real Cameras

Test brightness, refresh behavior, grayscale and calibration with real match-day content and cameras.

THREE QUESTIONS BEFORE MODEL SELECTION

Continue the Stadium LED Specification

Move from the engineering brief into current product data and sports-display application planning.

01

GM Stadium Perimeter LED

Current GM6.67 and GM10 specifications.

→ 02

Sports LED Solutions

Continue from one product into the stadium system.

→ 03

IP65 vs IP66

Understand enclosure protection for outdoor LED.

→ 04

Viewing Distance Guide

Connect spectator and camera geometry to pixel pitch.

→
STADIUM LED FAQ

Questions to Resolve Before a Sports Venue LED Purchase

These answers separate perimeter-screen evidence from broader stadium requirements.

How bright should a stadium LED display be?

There is no single universal stadium brightness. Current GM6.67 and GM10 perimeter specifications publish 6000–7000 cd/m². Final operating brightness should be commissioned for the real field orientation, ambient light and camera exposure.

Why does refresh rate matter in a stadium?

Stadium displays are frequently captured by television, replay and mobile cameras. High refresh provides useful headroom, but the final result also depends on scan behavior, grayscale, processor settings, camera frame rate and shutter settings.

Is IP65 enough for a stadium LED display?

IP65 is used as an outdoor reference for the GM perimeter platform, but the required protection depends on screen position and exposure. IP rating does not replace correct drainage, sealing, cable entry or electrical installation.

Should a stadium choose GM6.67 or GM10?

GM6.67 provides greater pixel density and is more suitable when cameras or spectators are closer or sponsor artwork contains more detail. GM10 reduces total pixel density for longer viewing conditions. Final choice should follow real venue geometry.

Can GM Series be used as the specification for every stadium screen?

No. GM is primarily a stadium perimeter platform. Main video boards, ribbons, facade screens and indoor arena displays may require different brightness, pitch, structure, protection and service architecture.

What information is needed before requesting a stadium LED quotation?

Provide the screen position, active dimensions, spectator distances, camera positions, structure, weather exposure, power standard, service access, player-safety requirements, emergency access and project location.

Planning a Stadium or Sports Venue LED Display?

Send Uniview LED the display position, active dimensions, spectator and camera distances, sunlight exposure, structure, power standard, weather conditions and service requirements. Those inputs allow the stadium zone and product configuration to be evaluated together.

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