| Product | Outdoor LED Poster |
|---|---|
| Pixel Pitch | 2.5 mm |
| Quantity | 3 Units |
| Screen Size | 640 × 1920 mm per unit |
| Project Location | United States |
| Completion Date | August 2023 |
| Application | Outdoor Disney Event |
Client Requirements
The project required five matching portrait displays for one outdoor event deployment. Treating them as a set helped maintain a consistent physical format around the stage. The supporting preparation image is conceptual; no factory test duration, packing method, or delivery schedule was supplied.
Portrait screens can support visual communication along approach paths and audience circulation areas. The confirmed 640 × 1920 mm format provided a tall display surface without creating a wide obstruction. Exact viewing distance, audience count, and measured visibility were not documented.
The real project image shows displays working alongside a stage, lighting trusses, loudspeakers, and temporary event equipment. Each placement therefore needed to consider pedestrian clearance, stage access, power routing, and the existing production layout. Detailed site measurements were not provided.
Five displays used within one event environment require content and signal checks before guests arrive. The concept image illustrates that preparation step. The controller brand, software, synchronization method, media format, network, and upload workflow were not included in the submitted project data.
The tall displays complemented the horizontal central stage screen and vertical stage architecture. This gave the event team additional portrait-format surfaces around the performance zone. The project record does not state whether all five units showed identical or independently scheduled content.
Why This Project Worked
The delivered posters used a confirmed 2.5 mm pixel pitch. This configuration supported detailed portrait content in an event environment where guests could approach the stage area. No numerical viewing-distance recommendation or measured image-quality claim is added because those results were not supplied.
The supplied product reference shows a slim cabinet supported by an open rectangular black floor frame. This freestanding structure avoids reliance on a permanent wall. Final placement must still account for level ground, stability, public access, wind, and local event safety rules.
Five individual displays gave the production team multiple portrait positions rather than one fixed surface. Units could be allocated around stage approaches or information zones according to the event plan. The exact positions of every unit cannot be confirmed from the single submitted photograph.
The floor-supported format fits temporary production workflows where equipment is installed for an event and removed afterward. The concept image depicts wet pavement only as a planning scenario; it does not prove a weather rating or document conditions at the customer event.
A portrait screen can carry event artwork, wayfinding, schedules, or sponsor content. The queue-direction image is conceptual and contains generic graphics. The supplied project material confirms event use but does not identify the customer content-management workflow or changeover frequency.
LED Display Solution Provided
NSELED supplied five outdoor LED posters with a 2.5 mm pixel pitch and a confirmed 640 × 1920 mm size per unit. The product uses a slim portrait cabinet with an open rectangular floor frame, matching the structure reference provided for this case.
The configuration created five independent event display points around the outdoor production area. Brightness, resolution, refresh rate, controller hardware, IP rating, and wind specification remain unconfirmed and must be selected or verified for any future site.
Installation and On-Site Performance
The submitted photograph shows the stage operating outdoors with portrait LED displays visible near both sides of the performance area. The units worked within a larger system that included a central LED screen, lighting trusses, audio equipment, and guest circulation space.
The site image documents active use, but it does not establish installation duration, anchoring, cable route, commissioning method, weather exposure, or measured display performance. The rear-view image is a conceptual product reference rather than customer-site evidence.
A Five-Unit Outdoor Event Configuration
Completed in August 2023, this US project demonstrates how five 640 × 1920 mm P2.5 outdoor LED posters supported a branded event stage without becoming a permanent installation. The verified evidence is limited to the supplied project facts and on-site photograph.
No customer quotation or quantified commercial result was provided. Buyers planning a similar event should confirm wind conditions, ground level, public access, power and signal routes, weather protection, viewing distance, content format, and venue safety requirements with NSELED before final specification.
The project used five outdoor LED poster displays. Each unit had a confirmed 2.5 mm pixel pitch and a 640 × 1920 mm screen size. The event took place in the United States and was completed in August 2023.
The confirmed P2.5 configuration supported portrait event content in an area where guests could approach the stage. The project information does not include a measured viewing distance, brightness, resolution, refresh rate, or performance comparison, so those values are not inferred.
The supplied product reference shows a slim black portrait cabinet mounted on an open rectangular floor frame. It is a freestanding format rather than a wall installation. Ground level, stability, anchoring, wind exposure, cable protection, and public clearance must be assessed at each venue.
The site photograph confirms active event playback, but the controller brand, software, signal distribution, synchronization method, network, and media upload process were not supplied. These items should be defined during technical planning for a comparable multi-display event.
A similar five-unit layout can be evaluated for stages, entrances, guest routes, information points, and sponsor content. Final suitability depends on weather rating, wind conditions, ground structure, viewing distance, power, cable routing, content needs, and applicable venue safety rules.