Concept visualisation of a fine-pitch LED wall integrated into a contemporary Dubai lobby
Solution 08 / 10

AV systems integration · Dubai & the UAE

LED & LCD video walls

A bigger picture, planned down to the pixel.

Build a readable display surface around the content and viewing distance.

  • Consultation
  • Design
  • Integration
  • Support
From the brief
to a working system
See how
it works
  • A readable picture

    Match pixels to content and viewing distance.

  • The right sources

    Choose one picture or composed windows.

  • Every cabinet mapped

    Keep data routes and pixel origins clear.

  • Access for service

    Coordinate the frame, power and maintenance.

01 · Choose a starting point

What does your team need to do?

Typical configurations, not fixed packages or completed projects. Each needs validation against your users, sources, operating conditions and site.

02 · Your selected option · VW-01

Compact LED wall

One content PC presents a prepared welcome film, brand image or presentation on a compact indoor wall.

Change option ↑

Reference design; receiver compatibility and power data pending. Read the full design notes →

How it works · VW-01

One source. One continuous picture.

2.56 × 1.44 m 1376 × 774 px

Wall layout & signal flow

12 cabinets · front elevationData enters at the top ↓

← 2.56 m →Height 1.44 m

One full-surface source. No automatic backup. LED data bypasses the control LAN.

Control & power

Setup & supported status

Verify feedback with the supplied cabinet assembly.

Separate electrical supply

Power circuits are independent of the 4 data columns. Cabinet power, circuit count, receiver compatibility and supported feedback still require confirmation.

Port, cabinet & service schedule Engineering details

Reference design · not a tested system. Cabinets are logical receiver groups. Physical receiving-card model, count, scan and configuration revision remain TBD; the supplier must confirm them.

All active output rectangles start at y = 0. The selected mode is 60 Hz, 8 bit, 2D normal. Each port carries 266,256 pixels against a 650,000-pixel limit. P5 and P6 are unused, not backup outputs. There is no return cable or automatic backup in the baseline.

P1 · Column 1

Origin 0, 0 · 344 × 774 px
Load 266,256 / 650,000 px

  1. C01-01Origin 0, 0 · 344 × 258 px
    Next: C02-01
  2. C02-01Origin 0, 258 · 344 × 258 px
    Next: C03-01
  3. C03-01Origin 0, 516 · 344 × 258 px
    Next: END

P2 · Column 2

Origin 344, 0 · 344 × 774 px
Load 266,256 / 650,000 px

  1. C01-02Origin 344, 0 · 344 × 258 px
    Next: C02-02
  2. C02-02Origin 344, 258 · 344 × 258 px
    Next: C03-02
  3. C03-02Origin 344, 516 · 344 × 258 px
    Next: END

P3 · Column 3

Origin 688, 0 · 344 × 774 px
Load 266,256 / 650,000 px

  1. C01-03Origin 688, 0 · 344 × 258 px
    Next: C02-03
  2. C02-03Origin 688, 258 · 344 × 258 px
    Next: C03-03
  3. C03-03Origin 688, 516 · 344 × 258 px
    Next: END

P4 · Column 4

Origin 1032, 0 · 344 × 774 px
Load 266,256 / 650,000 px

  1. C01-04Origin 1032, 0 · 344 × 258 px
    Next: C02-04
  2. C02-04Origin 1032, 258 · 344 × 258 px
    Next: C03-04
  3. C03-04Origin 1032, 516 · 344 × 258 px
    Next: END

Devices & connections

source
Content PC × 1 HDMI 1920 × 1080p60 Prepared wall canvas
controller
Combined LED controller × 1 Scaler + sender; one selected source 4 loaded outputs; 60 Hz / 8 bit No automatic backup in baseline
wall
LED surface × 12 cabinets 4 × 3 · 2.56 × 1.44 m 1376 × 774 canvas 4 logical column chains 12 included receiver / PSU sets Physical card model / count TBD
service
Support laptop × 1 Setup and supported status Local authorised access
network
Control LAN switch × 1 INF: shared infrastructure LED DATA bypasses this switch
power
Power distribution × 1 set Protected supply: display + rack Cabinet power / circuits TBD
  1. L01 · Content PC × 1 → Combined LED controller × 1HDMI
  2. L02 · Combined LED controller × 1 → LED surface × 12 cabinetsLED DATA × 4
  3. L03 · LED surface × 12 cabinets → Combined LED controller × 1Supported receiver status; verify supplied assembly
  4. L04 · Support laptop × 1 ↔ Control LAN switch × 1IP
  5. L05 · Control LAN switch × 1 ↔ Combined LED controller × 1Control / status
  6. L06 · Power distribution × 1 set → LED surface × 12 cabinetsDisplay mains
  7. L07 · Power distribution × 1 set → Combined LED controller × 1Rack mains

Service & structure

Front removal paths, tools and clearance must be drawn for the chosen mounting system. Structural loads include the cabinets, frame, cabling and service loads. Power circuits are independent of the data columns. Cabinet power and circuit count depend on the supplied specification.

Open printable cabinet map ↗

03 · Scope & limits

What is included. What needs agreement.

System composition

Twelve LED cabinets with their receiving electronics and power supplies, one combined scaler/sending controller, one content PC and one support laptop. Four data home runs feed the four columns; eight inter-cabinet links continue those chains. A mounting assembly, site installation infrastructure and a matched-spares plan complete the example.

Equipment schedule · 9 groups

Example quantities, not an approved procurement schedule. Catalogue links provide component specifications; they do not confirm system compatibility or availability.

LED cabinets, including receivers and power supplies
12

LED displays and controllers

LED displays and controllers →
Combined LED scaler/sending controller
1

LED displays and controllers

LED displays and controllers →
Content PC supplied / client source PCs
1 / 0

Agree source ownership and HDMI format

Support laptop or control workstation
1

LED setup or LCD layout client

LED data home runs / inter-cabinet links
4 / 8

Cabinet-specific connections and cable lengths

HDMI input / output cable assemblies
1 / 0

Validate the full cable route at the selected timing

Surface support assembly
1

Structural and service-access design

Shared installation infrastructure
1 allocation

Control switch, rack, power distribution and installation cabling, counted once per selected wall

Planned service spares
Matched LED parts; quantities agreed

Confirm supply revision and storage arrangements

Browse equipment specifications →

What we need to demonstrate

Correct image orientation and crop on every cabinet; supported receiver status; approved brightness, gradients and real content; access to a service part. Structure and electrical sign-off by the responsible trades; thermal operation at agreed conditions; restart and settings restoration..

Handover evidence: Cabinet/port map, saved settings, visual and measurement records, replacement procedure. Approved drawings, sign-offs, test report and open-item register..

These are planned project checks. The reference configuration has not passed physical system acceptance.

Discuss this option · VW-01

02 · Your selected option · VW-02

Large LED wall

A larger indoor brand or presentation surface switches between a content PC and a client presentation device.

Change option ↑

Reference design; receiver compatibility and power data pending. Read the full design notes →

How it works · VW-02

One source at a time.

5.12 × 2.88 m 2752 × 1548 px

Wall layout & signal flow

48 cabinets · front elevationData enters at the top ↓

← 5.12 m →Row · columnHeight 2.88 m

One full-surface source at a time. No automatic backup. LED data bypasses the control LAN.

Control & power

Setup & supported status

Verify feedback with the supplied cabinet assembly.

Separate electrical supply

Power circuits are independent of the 8 data columns. Cabinet power, circuit count, receiver compatibility and supported feedback still require confirmation.

Port, cabinet & service schedule Engineering details

Reference design · not a tested system. Cabinets are logical receiver groups. Physical receiving-card model, count, scan and configuration revision remain TBD; the supplier must confirm them.

All active output rectangles start at y = 0. The selected mode is 60 Hz, 8 bit, 2D normal. Each port carries 532,512 pixels against a 650,000-pixel limit. P9 and P10 are unused, not backup outputs. There is no return cable or automatic backup in the baseline.

P1 · Column 1

Origin 0, 0 · 344 × 1548 px
Load 532,512 / 650,000 px

  1. C01-01Origin 0, 0 · 344 × 258 px
    Next: C02-01
  2. C02-01Origin 0, 258 · 344 × 258 px
    Next: C03-01
  3. C03-01Origin 0, 516 · 344 × 258 px
    Next: C04-01
  4. C04-01Origin 0, 774 · 344 × 258 px
    Next: C05-01
  5. C05-01Origin 0, 1032 · 344 × 258 px
    Next: C06-01
  6. C06-01Origin 0, 1290 · 344 × 258 px
    Next: END

P2 · Column 2

Origin 344, 0 · 344 × 1548 px
Load 532,512 / 650,000 px

  1. C01-02Origin 344, 0 · 344 × 258 px
    Next: C02-02
  2. C02-02Origin 344, 258 · 344 × 258 px
    Next: C03-02
  3. C03-02Origin 344, 516 · 344 × 258 px
    Next: C04-02
  4. C04-02Origin 344, 774 · 344 × 258 px
    Next: C05-02
  5. C05-02Origin 344, 1032 · 344 × 258 px
    Next: C06-02
  6. C06-02Origin 344, 1290 · 344 × 258 px
    Next: END

P3 · Column 3

Origin 688, 0 · 344 × 1548 px
Load 532,512 / 650,000 px

  1. C01-03Origin 688, 0 · 344 × 258 px
    Next: C02-03
  2. C02-03Origin 688, 258 · 344 × 258 px
    Next: C03-03
  3. C03-03Origin 688, 516 · 344 × 258 px
    Next: C04-03
  4. C04-03Origin 688, 774 · 344 × 258 px
    Next: C05-03
  5. C05-03Origin 688, 1032 · 344 × 258 px
    Next: C06-03
  6. C06-03Origin 688, 1290 · 344 × 258 px
    Next: END

P4 · Column 4

Origin 1032, 0 · 344 × 1548 px
Load 532,512 / 650,000 px

  1. C01-04Origin 1032, 0 · 344 × 258 px
    Next: C02-04
  2. C02-04Origin 1032, 258 · 344 × 258 px
    Next: C03-04
  3. C03-04Origin 1032, 516 · 344 × 258 px
    Next: C04-04
  4. C04-04Origin 1032, 774 · 344 × 258 px
    Next: C05-04
  5. C05-04Origin 1032, 1032 · 344 × 258 px
    Next: C06-04
  6. C06-04Origin 1032, 1290 · 344 × 258 px
    Next: END

P5 · Column 5

Origin 1376, 0 · 344 × 1548 px
Load 532,512 / 650,000 px

  1. C01-05Origin 1376, 0 · 344 × 258 px
    Next: C02-05
  2. C02-05Origin 1376, 258 · 344 × 258 px
    Next: C03-05
  3. C03-05Origin 1376, 516 · 344 × 258 px
    Next: C04-05
  4. C04-05Origin 1376, 774 · 344 × 258 px
    Next: C05-05
  5. C05-05Origin 1376, 1032 · 344 × 258 px
    Next: C06-05
  6. C06-05Origin 1376, 1290 · 344 × 258 px
    Next: END

P6 · Column 6

Origin 1720, 0 · 344 × 1548 px
Load 532,512 / 650,000 px

  1. C01-06Origin 1720, 0 · 344 × 258 px
    Next: C02-06
  2. C02-06Origin 1720, 258 · 344 × 258 px
    Next: C03-06
  3. C03-06Origin 1720, 516 · 344 × 258 px
    Next: C04-06
  4. C04-06Origin 1720, 774 · 344 × 258 px
    Next: C05-06
  5. C05-06Origin 1720, 1032 · 344 × 258 px
    Next: C06-06
  6. C06-06Origin 1720, 1290 · 344 × 258 px
    Next: END

P7 · Column 7

Origin 2064, 0 · 344 × 1548 px
Load 532,512 / 650,000 px

  1. C01-07Origin 2064, 0 · 344 × 258 px
    Next: C02-07
  2. C02-07Origin 2064, 258 · 344 × 258 px
    Next: C03-07
  3. C03-07Origin 2064, 516 · 344 × 258 px
    Next: C04-07
  4. C04-07Origin 2064, 774 · 344 × 258 px
    Next: C05-07
  5. C05-07Origin 2064, 1032 · 344 × 258 px
    Next: C06-07
  6. C06-07Origin 2064, 1290 · 344 × 258 px
    Next: END

P8 · Column 8

Origin 2408, 0 · 344 × 1548 px
Load 532,512 / 650,000 px

  1. C01-08Origin 2408, 0 · 344 × 258 px
    Next: C02-08
  2. C02-08Origin 2408, 258 · 344 × 258 px
    Next: C03-08
  3. C03-08Origin 2408, 516 · 344 × 258 px
    Next: C04-08
  4. C04-08Origin 2408, 774 · 344 × 258 px
    Next: C05-08
  5. C05-08Origin 2408, 1032 · 344 × 258 px
    Next: C06-08
  6. C06-08Origin 2408, 1290 · 344 × 258 px
    Next: END

Devices & connections

source
Content PC × 1 HDMI 3840 × 2160p60 Prepared wall canvas
client
Client source × 1 HDMI 1920 × 1080p60
controller
Combined LED controller × 1 Scaler + sender; one selected source 8 loaded outputs; 60 Hz / 8 bit No automatic backup in baseline
wall
LED surface × 48 cabinets 8 × 6 · 5.12 × 2.88 m 2752 × 1548 canvas 8 logical column chains 48 included receiver / PSU sets Physical card model / count TBD
service
Support laptop × 1 Setup and supported status Local authorised access
network
Control LAN switch × 1 INF: shared infrastructure LED DATA bypasses this switch
power
Power distribution × 1 set Protected supply: display + rack Cabinet power / circuits TBD
  1. L01 · Content PC × 1 → Combined LED controller × 1HDMI
  2. L02 · Client source × 1 → Combined LED controller × 1HDMI
  3. L03 · Combined LED controller × 1 → LED surface × 48 cabinetsLED DATA × 8
  4. L04 · LED surface × 48 cabinets → Combined LED controller × 1Supported receiver status; verify supplied assembly
  5. L05 · Support laptop × 1 ↔ Control LAN switch × 1IP
  6. L06 · Control LAN switch × 1 ↔ Combined LED controller × 1Control / status
  7. L07 · Power distribution × 1 set → LED surface × 48 cabinetsDisplay mains
  8. L08 · Power distribution × 1 set → Combined LED controller × 1Rack mains

Service & structure

Front removal paths, tools and clearance must be drawn for the chosen mounting system. Structural loads include the cabinets, frame, cabling and service loads. Power circuits are independent of the data columns. Cabinet power and circuit count depend on the supplied specification.

Open printable cabinet map ↗

03 · Scope & limits

What is included. What needs agreement.

System composition

Forty-eight LED cabinets with receiving electronics and power supplies, one combined scaler/sending controller, one content PC, one client source and one support laptop. Eight data home runs feed eight cabinet columns, with forty inter-cabinet links. Mounting, site infrastructure and a matched-spares plan follow the larger load and service area.

Equipment schedule · 9 groups

Example quantities, not an approved procurement schedule. Catalogue links provide component specifications; they do not confirm system compatibility or availability.

LED cabinets, including receivers and power supplies
48

LED displays and controllers

LED displays and controllers →
Combined LED scaler/sending controller
1, sized for the larger canvas

LED displays and controllers

LED displays and controllers →
Content PC supplied / client source PCs
1 / 1

Agree source ownership and HDMI format

Support laptop or control workstation
1

LED setup or LCD layout client

LED data home runs / inter-cabinet links
8 / 40

Cabinet-specific connections and cable lengths

HDMI input / output cable assemblies
2 / 0

Validate the full cable route at the selected timing

Surface support assembly
1

Structural and service-access design

Shared installation infrastructure
1 allocation

Control switch, rack, power distribution and installation cabling, counted once per selected wall

Planned service spares
Matched LED parts; quantities agreed

Confirm supply revision and storage arrangements

Browse equipment specifications →

What we need to demonstrate

All VW-01 checks across eight loaded outputs; both HDMI sources and their scaling; full-surface operation at the agreed mode; documented effect of a disconnected chain. Structure and electrical sign-off by the responsible trades; thermal operation at agreed conditions; restart and settings restoration..

Handover evidence: Per-port loading report, two-source test record, calibration files, power and service documentation. Approved drawings, sign-offs, test report and open-item register..

These are planned project checks. The reference configuration has not passed physical system acceptance.

Discuss this option · VW-02

02 · Your selected option · VW-03

LCD wall with source windows

Two client PCs provide information that staff place in saved layouts on a four-panel wall.

Change option ↑

Reference design; final panel and compositor build pending. Read the full design notes →

How it works · functional groups

Place two sources in saved LCD-wall layouts

Source windows

Two client PCs

Two captured FHD sources.

Compatible compositor build

Capture card, four-output graphics and layout licences.

Four LCD panels

Four independent FHD outputs form the 2 × 2 wall.

Four outputs do not imply four captured sources or IP decoding. Layout control is separate from source-PC control. KVM, remote access, alarm integration and failover are separate scope.

Devices & connections Inspect here
What these groups contain Devices and connection references

Rows explain related paths. A group can include parallel outputs; the full drawing shows individual devices, directions and conditions. Repeated IDs refer to the same equipment.

Source windows

Two client PCs

sources · Client sources × 2 · A → capture IN1 · B → capture IN2 · HDMI 1920 × 1080p60 each

Compatible compositor build

compositor · Compositor build × 1 · Chassis + capture card × 1 · Four-output graphics card × 1 · Layout licence set × 1 · Two sources in agreed layouts

Four LCD panels

d1 · D1 · OUT1 · 1920 × · 1080p60

d2 · D2 · OUT2 · 1920 × · 1080p60

d3 · D3 · OUT3 · 1920 × · 1080p60

d4 · D4 · OUT4 · 1920 × · 1080p60

Connections: L01, L02, L03, L04, L05.

Other devices, controls and supporting services

  • control · Layout workstation × 1 · Recall / adjust saved layouts · Separate from the source PCs
  • network · Control LAN switch × 1 · Client + compositor + 4 panels · Supported status; not KVM
  • power · Power distribution × 1 set · Panels + compositor + controls · MEP circuit design required

VW-03 · LCD wall with source windows

A compositor captures two sources and drives each of four panels.

Signal flow

Signal flow. Devices, connections and conditions follow the drawing.Open SVG ↗
VW-03 · Signal flow Repeated device identifiers refer to the same equipment across views. Equipment illustrations are schematic; labels define quantities.{"sourceHash":"1743750c97d159c8b19b4ea5f27c66cfed401635eaeb7299aa120b9d536fbd92","view":"signal","nodes":["sources","compositor","d1","d2","d3","d4"],"edges":["L01","L02","L03","L04","L05"]}PIXEL COMMAND SOLUTIONS / VW-03 / SIGNAL FLOWSignal flowREFERENCE DESIGN · PROJECT VALIDATION REQUIREDsources → compositor: HDMI × 2HDMI × 2compositor → d1: OUT1OUT1compositor → d2: OUT2OUT2compositor → d3: OUT3OUT3compositor → d4: OUT4OUT4Client sources × 2 A → capture IN1 B → capture IN2 HDMI 1920 × 1080p60 eachsourcesClient sources × 2Compositor build × 1 Chassis + capture card × 1 Four-output graphics card × 1 Layout licence set × 1 Two sources in agreed layoutscompositorCompositor build × 1D1 · OUT1 1920 × 1080p60d1D1 · OUT1D2 · OUT2 1920 × 1080p60d2D2 · OUT2D3 · OUT3 1920 × 1080p60d3D3 · OUT3D4 · OUT4 1920 × 1080p60d4D4 · OUT4Video / LED data
Devices, connections & design conditions 5 connections
  • A compositor captures two sources and drives each of four panels.
  • Reference VW-03 flow showing two HDMI capture inputs, four HDMI panel outputs, layout control, panel status and power.
sources
Client sources × 2 A → capture IN1 B → capture IN2 HDMI 1920 × 1080p60 each
compositor
Compositor build × 1 Chassis + capture card × 1 Four-output graphics card × 1 Layout licence set × 1 Two sources in agreed layouts
d1
D1 · OUT1 1920 × 1080p60
d2
D2 · OUT2 1920 × 1080p60
d3
D3 · OUT3 1920 × 1080p60
d4
D4 · OUT4 1920 × 1080p60
  1. sources → compositorHDMI × 2
  2. compositor → d1OUT1
  3. compositor → d2OUT2
  4. compositor → d3OUT3
  5. compositor → d4OUT4

Control & power

Signal flow. Devices, connections and conditions follow the drawing.Open SVG ↗
VW-03 · Control & power Repeated device identifiers refer to the same equipment across views. Equipment illustrations are schematic; labels define quantities.{"sourceHash":"1743750c97d159c8b19b4ea5f27c66cfed401635eaeb7299aa120b9d536fbd92","view":"control","nodes":["compositor","d3","d4","control","network","power"],"edges":["L06","L07","L08","L09","L10"]}PIXEL COMMAND SOLUTIONS / VW-03 / CONTROL & POWERControl & powerREFERENCE DESIGN · PROJECT VALIDATION REQUIREDcontrol ↔ network: IPIPnetwork ↔ compositor: Layouts / statusLayouts / statusnetwork ↔ d3: Panel IP / status × 4Panel IP / status × 4power → d4: Panel mains × 4Panel mains × 4power → compositor: Rack mainsRack mainsCompositor build × 1 Chassis + capture card × 1 Four-output graphics card × 1 Layout licence set × 1 Two sources in agreed layoutscompositorCompositor build × 1D3 · OUT3 1920 × 1080p60d3D3 · OUT3D4 · OUT4 1920 × 1080p60d4D4 · OUT4Layout workstation × 1 Recall / adjust saved layouts Separate from the source PCscontrolLayout workstation × 1Control LAN switch × 1 Client + compositor + 4 panels Supported status; not KVMnetworkControl LAN switch × 1Power distribution × 1 set Panels + compositor + controls MEP circuit design requiredpowerPower distribution × 1setControl / statusPower
Devices, connections & design conditions 5 connections
  • A compositor captures two sources and drives each of four panels.
  • Reference VW-03 flow showing two HDMI capture inputs, four HDMI panel outputs, layout control, panel status and power.
compositor
Compositor build × 1 Chassis + capture card × 1 Four-output graphics card × 1 Layout licence set × 1 Two sources in agreed layouts
d3
D3 · OUT3 1920 × 1080p60
d4
D4 · OUT4 1920 × 1080p60
control
Layout workstation × 1 Recall / adjust saved layouts Separate from the source PCs
network
Control LAN switch × 1 Client + compositor + 4 panels Supported status; not KVM
power
Power distribution × 1 set Panels + compositor + controls MEP circuit design required
  1. control ↔ networkIP
  2. network ↔ compositorLayouts / status
  3. network ↔ d3Panel IP / status × 4
  4. power → d4Panel mains × 4
  5. power → compositorRack mains

Typical architecture · not a project drawing

03 · Scope & limits

What is included. What needs agreement.

System composition

Four identical FHD LCD panels, four service mounts, one compositor chassis with one capture card and one four-output graphics card, one layout-software licence set and one control workstation. Two HDMI input cables connect the client sources; four HDMI output cables connect the panels. Site infrastructure and one proposed matching spare panel are scheduled separately.

Equipment schedule · 9 groups

Example quantities, not an approved procurement schedule. Catalogue links provide component specifications; they do not confirm system compatibility or availability.

LCD video-wall panels / service mounts
4 / 4

Specify matching panels and mounting interfaces

Compositor chassis / capture card / four-output card
1 / 1 / 1

Video wall processors; confirm exact input, output and software functions

Video wall processors →
Layout software licence set
1

Confirm licence features and supported system build

Content PC supplied / client source PCs
0 / 2

Agree source ownership and HDMI format

Support laptop or control workstation
1

LED setup or LCD layout client

HDMI input / output cable assemblies
2 / 4

Validate the full cable route at the selected timing

Surface support assembly
1 plus four mounts

Structural and service-access design

Shared installation infrastructure
1 allocation

Control switch, rack, power distribution and installation cabling, counted once per selected wall

Planned service spares
1 matching spare panel proposed

Confirm supply revision and storage arrangements

Browse equipment specifications →

What we need to demonstrate

Both captured sources together; four unique output quadrants; saved-layout recall; seam-safe text; panel matching and single-panel replacement. Structure and electrical sign-off by the responsible trades; thermal operation at agreed conditions; restart and settings restoration..

Handover evidence: Output/capture schedule, driver and licence record, layout backup, colour checks and service demonstration. Approved drawings, sign-offs, test report and open-item register..

These are planned project checks. The reference configuration has not passed physical system acceptance.

Discuss this option · VW-03

04 · From brief to handover

Agree the workflow before choosing the hardware.

Start with the people, activities and operating conditions. Confirm the design, interfaces and acceptance plan before procurement and installation.

  1. 01

    Scope and architecture

    Viewing and content brief; LED/LCD comparison; source, operation and service boundaries.

  2. 02

    Design and approval

    Dimensioned elevation and section; pixel, port and input/output maps; structure, power and cooling requirements.

  3. 03

    Selection and supply

    Agreed equipment and licence schedule; confirmed controller/receiver or compositor build; compatible spare-parts schedule.

  4. 04

    Installation and programming

    Installed and labelled display system; configured source mapping and controls; saved calibration and operating settings.

  5. 05

    Commissioning and tests

    Real-content readability and uniformity checks; input and output tests; service demonstration and agreed recovery tests.

  6. 06

    Handover

    As-built drawings and configuration files; test records and spare inventory; operator and facilities training.

Detailed stages and deliverables →

05 · Team experience

Related work, with its own brief.

These documented projects are separate from the reference designs (VW-01, VW-02, VW-03). Each records its own scope and outcome.

Illustrative visualisation of a multi-window video wall with maps, plans and charts, not the project site
Illustrative visual
RC-05
Video walls

Planning team video wall

A video display system giving a municipal planning team a larger canvas for information.

Display
Video wall display system

Completed video wall installation.

Explore our team’s project experience →

Planning a specification?

The full technical notes retain application scenarios, detailed architecture, design parameters, interfaces, standards, available project drawings and questions to resolve.

Design requirements →IT and building interfaces →Inputs and FAQ →

Next step

Share your video wall brief.

Send wall dimensions, viewing positions, example content and your source list. Your selected configuration will be included in the enquiry.