Name: | T3Pro-Indoor LED Display-SEO |
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Pixel pitch: | P1.25/P1.5/P1.9/P2.5/P2.9/P3.9 |
Panel size(mm): | 1000X500X33 |
Module Size: | 250X250mm |
Panel material: | Aluminum |
Refresh rate: | 3840HZ |
Color Tem: | 3200-9300(K) |
Grey scale(bit): | 14/16 Optional |
Viewing angle: | 160°/160°(V/H) |
Contrast: | 10000:1 |
Consumption: | Max 350(w/m²) |
Consumption: | Avg 100-200(w/m²) |
Power input: | AC90-264V 47-63Hz |
Detailed Description
An Indoor Fixed LED Display refers to a type of LED screen that is specifically designed for permanent or semi-permanent installations in indoor environments. Unlike rental LED displays (which are modular and typically used for temporary setups), indoor fixed LED displays are built for long-term use, offering high-quality visuals and reliable performance in indoor display applications.choosing the right indoor fixed LED display for your space or event
Indoor Fixed LED Displays are designed for long-term, high-quality visual performance in indoor environments such as malls, offices, control rooms, and retail stores. Below are the key features that make them ideal for permanent indoor installations:
Indoor fixed LED displays are used in a variety of applications due to their high brightness, clarity, and energy efficiency. Here are some common applications:
1. Advertising & Digital Signage:
Retail Stores: To promote products, special offers, or events.
Shopping Malls: Digital advertising boards or interactive information displays.
Airports, Train Stations, and Bus Terminals: For wayfinding, advertisements, and public service announcements.
2. Corporate & Conference Rooms:
Meeting Rooms and Conference Halls: For presentations, videos, and live content displays.
Control Rooms: Used for monitoring systems, data visualization, or security surveillance in industries like energy, transportation, and government.
3. Entertainment & Sports Venues:
Stadiums or Arenas: Used for game score displays, live event broadcasting, and fan engagement.
Concert Venues: Large-scale displays for live event visuals, stage backdrops, and audience interaction.
4. Public and Commercial Spaces:
Museums, Exhibitions, and Galleries: For dynamic exhibitions and interactive displays.
Hotels and Lobbies: Digital signage for information, promotions, and events.
5. Education and Universities:
Classrooms and Auditoriums: For displaying educational content, lectures, or live feeds.
Campus Information Boards: For announcements, schedules, and event details.
6. Transport & Traffic Management:
Subways and Train Stations: Display train schedules, travel advisories, and advertisements.
Airports: Real-time flight updates and advertising.
7. Broadcasting Studios:
Television Studios: Used as a backdrop for shows, live events, or to display content during broadcasts.
Self-service Displays: For ticketing, product selection, or wayfinding in public spaces.
9. Hospitality Industry:
Restaurants or Bars: To display menus, promotions, or entertainment options.
Casinos: For gaming displays, announcements, and live event broadcasting.
Indoor LED displays are highly customizable, so they can be tailored for a variety of specific needs depending on the space and purpose. The ability to update content remotely makes them a popular choice in dynamic environments that require frequent changes.
The size of a LED cabinet for an indoor fixed LED display typically depends on the pixel pitch and the manufacturer, but common dimensions for these LED display cabinets are usually around 500mm x 500mm (19.7 inches x 19.7 inches) or 500mm x 1000mm (19.7 inches x 39.4 inches). Some LED displays may come in other sizes depending on the specific requirements of the project.
The LED cabinet size determines the modularity of the display, with smaller cabinets allowing for more flexibility in creating different screen sizes and aspect ratios. These sizes are common because they fit well into standard configurations for indoor environments and can be easily combined for larger LED screens.
The weight of an indoor fixed LED display cabinet can vary depending on factors like the size, materials used, and the type of LED module inside. However, as a general guideline:
500mm x 500mm cabinet (19.7 x 19.7 inches): These typically weigh around 8 to 12 kg (17.6 to 26.4 lbs) per cabinet.
500mm x 1000mm cabinet (19.7 x 39.4 inches): These larger LED cabinets might weigh between 15 to 25 kg (33 to 55 lbs), depending on the thickness and features.
Lighter LED cabinets are often designed using materials like aluminum, while heavier ones may use more durable or protective materials, which can increase weight.
Pre-installation and maintenance of indoor fixed LED cabinets are crucial to ensure that the display functions properly over time and lasts as long as possible.When dealing with front-installation and maintenance of indoor fixed LED display cabinets, there are a few additional factors to consider compared to traditional installation, as front-accessible cabinets allow for easier serviceability without having to remove the cabinet from the mounting structure. This design is often used in areas with limited space behind the display (e.g., walls with no rear access).Here’s a detailed guide for both front-installation and maintenance:
LED display gray refers to the level of brightness or intensity of the pixels that represent the color gray on an LED display, particularly in the context of grayscale performance. In LED displays, the gray scale is a range of shades between black and white, and it’s critical for displaying smooth transitions between colors and details in images, videos, and other content.The refresh rate of an LED display refers to how many times per second the image on the screen is updated. It’s measured in hertz (Hz), where one hertz equals one cycle per second. The refresh rate plays a crucial role in the display’s ability to render motion smoothly, especially for dynamic content like videos, animations, or live feeds.Why high refresh rate (high brush) is important for indoor LED walls?
The module design of indoor LED displays plays a critical role in achieving high-quality, efficient, and easy-to-maintain systems. As technology advances, manufacturers are constantly pushing the boundaries with innovative designs to improve installation, maintenance, and the overall viewing experience. Here are some of the key innovations in LED module design for indoor displays>>>
LED Display Free splicing refers to the ability to connect multiple LED modules or cabinets without visible seams or gaps, allowing users to create custom-sized, irregularly shaped, or large-scale LED video walls with a smooth and continuous display.
The concept of creative splicing and infinite imagination in indoor LED displays is revolutionizing the way businesses, artists, designers, and engineers approach display technology. With traditional, rigid display systems, you're often constrained by rectangular, uniform grids. However, with creative splicing and limitless customization, these restrictions are broken, allowing you to create unconventional, interactive, and immersive visual experiences.
For indoor fixed LED displays, the installation modes can vary depending on the environment, size, and type of display. Here are the most common installation modes>>>
Indoor fixed LED displays have a wide range of applications across various industries due to their flexibility, high-quality image output, and adaptability. Here’s a look at some of the key areas where they are commonly used >>>
When choosing an indoor fixed LED display, several key parameters need to be considered to ensure that the display meets your specific requirements for performance, installation, and long-term usage. Here are the most important factors to consider > > >