Как спланировать и создать иммерсивный сферический светодиодный экран

Define the viewing experience and project inputs

An outward-facing sphere presents an object that visitors can walk around. An inward-facing hemisphere presents a concave image that visitors look into. Choose the form from the viewing route before specifying diameter, pixel pitch or a content format.

LED sphere product is the configuration starting point. A site photograph and approximate size can begin the discussion; the detailed layout follows the selected design.

Agree the geometry, module layout and interfaces

The display frame, curved LED modules and pixel map must describe the same physical surface. Confirm the diameter, opening, orientation, seams and any areas that will not display an image. Record which side the audience sees and how the structure connects to the site.

Keep the supporting structure and electrical interfaces on the approved project drawings. The site installer needs the actual assembly loads, connection locations and access requirements. Screen diameter or an example photograph cannot establish a lifting method, cable rating or permitted support load.

For size selection and transport checks, use the sphere diameter guide. Exact native pixel count, controller capacity and electrical demand are confirmed for the selected hardware rather than taken from a generic sphere specification.

Prepare the content against the approved pixel map

DOIT VISION sphere configurations use Mooncell control. The controller, receiving hardware, playback source and input connections are selected for the proposed display and workflow. Identify whether the operator needs to load prepared files, receive a live signal or integrate with a show-control system.

Give the content producer the approved canvas dimensions, orientation and seam or pole locations. A conventional video can be a source asset, but its framing and mapping must suit the built surface. Place important text and logos in the intended viewing zones, then check a representative frame and short motion sample.

• Check that the top, bottom and main viewing direction match the installation.
• Inspect image continuity around module boundaries and the seam.
• Review small details and motion from the planned audience positions.
• Agree the file format and export settings for the selected playback equipment.

Mooncell’s sphere and hemisphere solutions provide control-system context. The final hardware list and supplied system manual govern the project’s actual setup.

Review the assembled display before packing

Agree the factory review plan with the buyer before the build is completed. Useful checks include the assembled geometry, visible alignment, uniform test fields, dark and low-brightness content, representative motion and the intended input source. Define the operating conditions and acceptance criteria for the project rather than relying on an unspecified demonstration video.

Record the approved configuration and the sample content used. Keep photographs or video, a list of issues and their resolution, and the agreed settings needed after shipment. Testing and documentation deliverables should be identified in the formal quotation and handover plan.

Plan packing, site assembly and commissioning

Compare the proposed package dimensions and weights with the complete delivery route. Whole-unit and sectional shipping are project choices; a single diameter limit does not determine which one will work. For a sectional build, agree component identification, packing records and the drawings needed to reconstruct the approved geometry.

Before site work, identify who provides support preparation, lifting equipment, electrical connection, assembly and commissioning. The installation team uses the approved instructions and local site arrangements. Avoid assigning a fixed crew size or duration until that scope and access are known.

After assembly, verify the orientation and module mapping against the factory record. Test the actual playback source and project content, check the visible seams and viewing zones, and record the final configuration before the operator takes over.

Define the handover package

• Approved geometry, component identification and relevant installation drawings.
• Control and playback equipment list, settings and operating instructions.
• Agreed pixel map, content files, access permissions and backups.
• Test records, issue closure and the agreed spare-parts list.
• Maintenance access, support contacts and service responsibilities.

The complete display includes the control system. Other equipment, accessories and services are determined by the project configuration and formal quotation. When you request an LED sphere proposal, identify the work your team will perform and the deliverables you need from the supplier.

Тема

How to plan and build an immersive sphere LED display

Маршрут продукта

Полносферические и полусферические светодиодные дисплеи DOIT VISION.

Управление

Mooncell; подробности об оборудовании и воспроизведении приведены в конфигурации проекта.

Исходные данные для планирования

An immersive sphere LED project starts with the viewing direction, geometry and content. Agree the module layout and pixel map, verify representative content, and define the factory review, shipping and site work before production. Each step should produce a document or test result the next team can use.

Объем предложения

Полный комплект дисплея включает в себя систему управления. Прочее оборудование, принадлежности и услуги предоставляются в соответствии с проектной конфигурацией и официальным предложением.