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What mainly determines the price of indoor LED display?
What is the spacing of LED displays for indoor applications?
6 aspects that affect the price of indoor LED displays
Approximate price of indoor LED display
Professional questions and answers about indoor LED screens
Our indoor LED display - Reta
With the development of science and technology, indoor LED displays will be installed in many places, such as conference rooms, corporate exhibition halls, hotel banquet halls, government monitoring center command centers, media studios, etc.
The price of indoor LED display screen is mainly determined by the accessories used by the screen, such as IC, LED lamp beads, control cards, frame structures, etc. However, due to the influence of various factors recently, the price of IC has been rising continuously, with the phenomenon of one price a day; Prices of raw materials and accessories of different brands will also vary greatly. Secondly, the price of LED display is related to the specification parameters of the display, such as the clarity, brightness, waterproof performance, refresh rate, etc.
LED displays for indoor applications are generally P5 and lower, including P5, P4.81, P4, P3.91, P3, P2, P1.875, P1.667, P1.583, etc. With the rapid development of the domestic new media industry, there is a growing demand for indoor LED displays in the market. Many advertising companies frequently receive requests for video advertising from customers, and a large number of them have made new media video advertising their core business. It is evident that LED indoor displays are in high demand in the market.
The model of indoor LED display screen is usually indicated by pixel pitch (P). The smaller the pixel pitch, the higher the general price. Nowadays, there are many specifications and models of p4 and p3 available for indoor LED display screens.
The number of computers, receiving cards, and sending cards that need to be controlled. The quantity needs to be determined based on the size of the conference room LED screen and then calculate the cost.
Includes distribution cabinets, computers, audio amplifiers, air conditioning, control cards, lightning arresters, LED video processors, etc. Choose according to requirements, and customers can also purchase them on their own.
Includes computer system software, LED video playback software, etc., which are generally free.
Includes the cost of manual installation. Generally speaking, the cost of steel frame and column structure is higher than that of wall-mounted structure. Customers can also request the LED display screen manufacturer to provide design drawings of the steel frame structure, and they can find local manufacturers to make it.
The cost of logistics transportation will be borne by the customer.
After the goods arrive at the site, the technical engineers from the LED display screen manufacturer will come to the site to assist with installation and debugging.
Many customers who want to install indoor LED display screens will inquire about the price for the first time. The price of indoor LED display screens is related to many factors such as the model of the LED display screen, screen area, LED light materials, etc. You can also learn about the cost of outdoor LED display screens.
Without considering any price influencing factors, the approximate price of indoor LED display is as follows:
The price of LED indoor display P5 is about 800 $/m ²,
The price of LED indoor display P4.81 is about $900/m ²,
The price of LED indoor display P4 is about $950/m ²,
The price of LED indoor display P3 is about $1100/m ²,
The price of LED indoor display P2.5 is about $1600 /m ²,
The price of LED indoor display P2 is about $2480 /m ²,
The price of LED indoor display P1.587 is about $2750 /m ²,
The price of LED indoor display P1.667 is about $4800 /m ²,
The price of LED indoor display P1.583 is about $5000 /m ².
The above is just a preliminary quotation, which is meant to provide you with a basic understanding of the LED display.
Experienced LED display practitioners know that, in order to determine the specific price of the display screen, they need to first communicate their project's specific requirements to the display screen manufacturer. The manufacturer will then provide multiple solutions, from which the buyer can choose the most suitable option according to their project requirements and budget. Would you like to know the difference between indoor and outdoor LED displays?
Now, let's introduce our company's indoor LED screen product - Reta:
Reta is an indoor LED screen with a plug-and-play media player. It supports Novastar's synchronous and asynchronous control system integration, seamless splicing technology, and can achieve a brightness of up to 1200nits, providing users with an excellent advertising display experience.
In addition to its outstanding performance, Reta also offers dual-mode functionality, allowing for brightness adjustment in different scenarios. With smart cluster management and internet connectivity, remote monitoring and content management have never been easier.
Reta's design features seamless installation using die-cast aluminum panels, ensuring both stability and aesthetics. These characteristics not only simplify end-user maintenance but also provide higher advertising value, offering a more compelling solution for your digital advertising needs.
spacing (mm) | 1.875 | 2 | 2.5 |
---|---|---|---|
LED | SMD1515 | SMD2121 | SMD2121 |
density (dots/sqm) | 284444 | 250000 | 160000 |
Module resolution(dots) | 14564 | 12800 | 8192 |
Module width (mm) | 320 | 320 | 320 |
Module height (mm) | 160 | 160 | 160 |
Cabinet width (mm) | (640/960) | (640/960) | (640/960) |
Cabinet height (mm) | 480 | 480 | 480 |
Cabinet thickness | 40 | 40 | 40 |
resolution(dots) | (87381/131072) | (76800/115200) | (49152/73728) |
Width (kg) | (6/9) | (6/9) | 6 |
Material | aluminium | aluminium | aluminium |
maintain | Front | Front | Front |
waterproof level | IP43 | IP43 | IP43 |
maximum brightness (cd/sqm) | 800 | 800 | 800 |
color temperature (k) | 6500 | 6500 | 6500 |
angle of view | 140/140 | 140/140 | 140/140 |
Contrast | 5000:1 | 5000:1 | 5000:1 |
Maximum power consumption (w) | (90/160) | (110/170) | (120/180) |
average power consumption (w) | (50/80) | (60/80) | (65/85) |
voltage type | AC | AC | AC |
Voltage (v) | 110-220 | 110-220 | 110-220 |
Drive mode | 1/32 | 1/40 | 1/32 |
Screen FPS (hz) | 60 | 60 | 60 |
Answer 1: The choice of resolution should depend on your specific needs and audience distance. Higher resolutions are suitable for situations where viewers are close together, such as conference rooms or retail stores, while lower resolutions can be used in larger venues, such as stadiums, where viewers are at a greater distance.
Answer 2: Most indoor LED screens have adjustable brightness settings. You can adjust the brightness based on ambient light levels and content needs. Typically, higher brightness is required during the day, and reduced brightness can be used to save energy at night or in low-light conditions.
Answer 3: Indoor LED screens usually use a control card or interface to receive and process video signals. These control cards can be interfaced with computers, media players, or other devices to display desired content. Some LED screens also support multi-screen simultaneous display to create a larger display wall.
Answer 4: The cost structure of an LED screen includes hardware cost (LED module, control system, housing, etc.), installation cost, maintenance cost, and energy cost. Before making any purchasing decisions, the overall cost should be carefully estimated and the budget considered.
Answer 5: The lifespan of an indoor LED screen usually depends on the life of the LED module, generally up to tens of thousands of operating hours. Maintenance and proper use can prolong the life of LED screens, while regular replacement of aging or defective LED modules can also maintain display quality.
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