Control & Command Centres

Screens watched for a whole shift, from two to four metres, that have to still be running in five years.

A control-room wall is judged on two things: whether an operator can read it for eight hours without eye strain, and whether a failed module can be swapped without taking the wall down. Both are decided by the pitch and the service access, not by the headline brightness.

How to choose for this site

That points to fine pitch (P1.25 – P1.953 for close positions), high grayscale at low brightness, seamless cabinet splicing and front maintenance so the wall can sit flat against the structure with no rear service corridor.

We supply the redundancy that matters here: dual power, dual signal and hot-backup receiving cards, so a single failure does not black out the wall.

Worked examples

What a screen for this site actually looks like

How to read this page. The photographs illustrate the type of installation — they are visualisations, not photographs of delivered projects, and we do not attach a client name or a location to them. Everything numeric below is calculated from our published product datasheets: the pitch from the stated viewing distance, the cabinet layout from the real cabinet dimensions, the power from the datasheet W/m². Your own quotation confirms the final layout.

Reference configuration 01

Security operations centre

Operators sit 2–3 m from the wall reading dense map and table data all shift. Pitch has to resolve small type at that distance, and the wall sits flat against the structure with no rear corridor — so maintenance has to come from the front.

SeriesVS500 Series Indoor SMD Fine-Pitch LED Display

Pixel pitchP1.953 closest viewer 2.5 m · pixels blend beyond 7 m

Screen6.00 × 2.50 m12 × 5 = 60 cabinets

Resolution3072 × 1280 px3.9 megapixel

Average power2.9 kW190 W/m² from the datasheet

Quote this configuration → View VS500 Series

Reference configuration 02

Traffic management centre

Runs 24 hours a day with live camera feeds. The surface gets touched during commissioning and cleaning, so a sealed COB face survives better than exposed SMD solder joints. Low-brightness greyscale matters more than peak nits.

SeriesV500 Series Indoor COB Fine-Pitch LED Display

Pixel pitchP1.5625 closest viewer 1.6 m · pixels blend beyond 5 m

Screen5.00 × 3.00 m10 × 6 = 60 cabinets

Resolution3200 × 1920 px6.1 megapixel

Average power2.4 kW160 W/m² from the datasheet

Quote this configuration → View V500 Series

Reference configuration 03

Power grid dispatch hall

A wide single-line diagram has to stay legible from the back of the room as well as from the console. That pushes the wall wider rather than taller, and makes cabinet-to-cabinet flatness the thing that shows if it is wrong.

SeriesVS500 Series Indoor SMD Fine-Pitch LED Display

Pixel pitchP2.604 closest viewer 2.7 m · pixels blend beyond 9 m

Screen7.50 × 2.50 m15 × 5 = 75 cabinets

Resolution2880 × 960 px2.8 megapixel

Average power3.6 kW190 W/m² from the datasheet

Quote this configuration → View VS500 Series

Reference configuration 04

Emergency command room

A smaller room where the nearest seat is barely a metre from the screen. At that distance anything coarser than P1.25 shows the lamp grid, and a 16:9 cabinet geometry avoids scaling artefacts on standard video sources.

SeriesVC Series 16:9 COB Micro-Pitch LED Display

Pixel pitchP0.9375 closest viewer 1.2 m · pixels blend beyond 3 m

Screen3.60 × 2.02 m6 × 6 = 36 cabinets

Resolution3840 × 2160 px8.3 megapixel

Average power0.9 kW120 W/m² from the datasheet

Quote this configuration → View VC Series

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