The role of control system integrators is becoming more and more important.

They not only play an important role in the implementation and maintenance of system implementation projects, but also shoulder the important task of protecting user data, privacy and security and allowing the system to be used in a safe and reliable manner.

They need to adopt industry standards and adopt security policies based on customer needs to protect data and transmission security.

If you have questions about the project, please feel free to contact us and tell us your needs.

What is a control system integrator?

Refers to a company or individual that integrates various software, hardware, technologies and services to form a comprehensive solution that can meet specific customer needs.

Integrators exist in various industries, among which IT integrators are one of the more common types.

The main business of IT integrators is to provide customers with comprehensive IT solutions, including the integration and optimization of hardware, software, network, security and other aspects, in order to provide more integrated and systematic services.

The general form of IT integrators in the market is to use different equipment manufacturers and system integration solutions to provide customers with more comprehensive and reliable technical solutions and services, thereby gaining market share.

The role of system integrator

Systems integrators are professionals often hired by companies when planning and building business systems.

They are responsible for bringing together various hardware, software and services to meet the business needs of the enterprise.

System integrators can not only provide comprehensive technical support, but also help enterprises optimize business processes and improve work efficiency.

How to choose the best system integrator

Technical capabilities:

Choose a system integrator with rich experience and professional knowledge who can provide you with the latest technical solutions.

Business experience:

Choose a system integrator that has been successful in your industry and can provide you with solutions that meet the characteristics of the industry.

Service quality:

Choose a system integrator that can provide a full range of services, including consulting, design, implementation and after-sales support.

Partnership:

Choose a system integrator that has established good partnerships with major manufacturers to provide you with more choices and discounts.

Cost-effectiveness: Choosing a system integrator that can provide the most cost-effective solutions can help you save costs and increase profits.

How to become an excellent integrator?

Deep understanding of customer needs: A good integrator should be able to deeply understand customer needs and be able to provide solutions that meet these needs.

Strong technical capabilities: Integrators need to have strong technical capabilities, including an in-depth understanding of various products and technologies, and the ability to integrate these products and technologies together to provide complete solutions.

Good service attitude: An excellent integrator should have a good service attitude, be able to respond to customer needs in a timely manner, and provide high-quality services.

Continuous learning and improvement: Technology and market demands are always changing, and excellent integrators should have a sense of continuous learning and improvement to adapt to these changes.

Good reputation: The reputation of an integrator is very important. An excellent integrator should have a good social reputation, abide by laws and regulations, and have no illegal or untrustworthy behavior.

Why are integrators important in every sector?

Control integrators are inseparable from every field. Just as technology is evolving, technology can improve our work efficiency. Without an effective control system, our efficiency in doing things will be greatly reduced.

In order to improve team collaboration and productivity, the most effective way is to use a control system to help us achieve this condition. Among them, for industries such as transportation, air traffic control, command operations, and even large-scale conferences, we need to find professional system integrators to help us formulate plans, so system integrators are crucial.

Final thought

We want you to gain a better understanding of control system integrators and connect with key professionals to optimize your AV setup. Check out the rest of iSEMC new, where we publish content on all things AV technology to help you get the most out of your control system for your project. And browse our product range to see if iSEMC’s products can better help you create the video wall in your project!

Large-screen visualization can make users feel more direct, and the amount of information stored is very large.

Enterprises can integrate all information and display it on a large screen, the image will be clearer, and the image effect will be presented through the data, making it easier for users to intuitively observe the data and discover Data correlation and hidden information.

So what kind of equipment is needed to achieve this effect?

Follow this article to learn more about this, and if you have more questions, please feel free to contact us and tell us about your project.

What is an electronic visual display?

The visual display is a data visualization design that displays some key indicators of the business on one or more large LED screens or LCD screens in a visual way, with the large screen as the main display carrier.

In other words, key data content is displayed throughout the entire extra-large screen.

Due to its large area and the ability to display a large amount of information, it displays data on key business indicators visually, making it more intuitive and convenient for decision-makers to discuss and make decisions on shared key information, thus greatly improving corporate management and decision-making capabilities.

Large-screen visualization usually uses

LCD video wall

LCD splicing screen is a splicing of multiple LCD screens to form a large-sized display screen.

With its high-definition display advantages, it is often used in large-screen data visualization displays. Its advantages mainly include high definition and brightness suitable for human eye length.

Time viewing, rich colors, stable and durable, etc.

The high-definition display is because it uses LCD technology, the single-screen resolution is 1920*1080, and it can achieve 4K and point-to-point display;

High contrast ensures its color display effect, uniform picture, and bright colors;

The panel of the LCD splicing screen is an industrial-grade LCD screen, which is stable and reliable.

It supports continuous power-on when used to display data, and has very little after-sales service.

Therefore, it is also a very commonly used large-screen display system solution for data visualization.

LED video wall

The LED display screen is a large-screen display system that is currently widely used.

It mainly displays signals on the computer.

By putting the big data pre-stored on the computer on the LED display screen in real-time, visual and networked display effects can be achieved.

To ensure the display effect of a large screen, when it is usually used to display data, LED displays mostly use small-pitch products with relatively high resolution, preferably below P2, to improve the clarity of the screen.

When LED is used as a large-screen display for data visualization, its main advantage is that it has a good full-screen effect, no splicing traces, and no visual impact.

It is more suitable for use in large-scale scenes and long-distance data display platforms.

Application scenarios

1. Exhibition Hall

The use of big data visualization in corporate product exhibition halls can display product information.

When customers visit, they can learn about the product through the objective data on the large data visualization screen, thereby deepening customers' impression of the company and improving customer experience. Trust in the enterprise.

2. Monitoring

Generally, many lenses need to be managed in surveillance, especially in shopping malls, where the flow of people is relatively large.

In the surveillance center, surveillance cameras are combined with big data visualization screens, which can not only display the picture of each lens but also conduct the number of people.

Statistics and other methods to provide users with more convenient services.

3. Meeting

In corporate meetings, each department will display the data of that department, and the data displayed on the large screen using big data visualization can be displayed more objectively and comprehensively, which can not only speed up the progress of the meeting but also enrich the user's visual experience. Presents more comprehensive content.

4. Exhibition

The use of big data visualization on large screens in exhibitions can instantly attract users' attention.

At the same time, when users visit, they can be convinced by the data, thereby prompting users to deeply explore the company's products, development, and other information, and expand the company's target customers.

iSEMC has many years of experience in visual solution, including video wall controller, LCD display, LED display. If u interested us, just Click here.

The main advantages of large-screen visual display systems are as follows:

High definition:

The large-screen visual display system uses a high-definition display screen, which can display various contents, allowing the audience to better understand and grasp the displayed information.

High brightness:

The large-screen visual display system uses a high-brightness display screen, which can display the content under various light conditions, allowing the audience to better view the display content.

High contrast: The large-screen visual display system uses a high-contrast display screen, which can make the display content more vivid and vivid, thereby better attracting the audience's attention.

Various display methods:

The large-screen visual display system can display various data, information, images, videos, and other contents, and can be displayed in a variety of ways, such as split screen, carousel, scrolling, etc., to make the display content more colorful.

Easy to operate:

The large-screen visual display system adopts advanced operating systems and software, which can achieve various display effects through simple operations, making the operation more convenient and faster.

Stable and reliable operating efficiency:

The 24*7 uninterrupted work of the large visual screen ensures the sustainability and reliability of data and achieves efficient dissemination and management of information.

 Final thought

The large-screen visual display system is a high-end display system that can display various contents on the large screen in the form of high definition, high brightness, and high contrast so that the audience can better understand and grasp the displayed information. Ideal for display on various occasions.

LED display screen is an emerging information dissemination medium, which is widely used in indoor and outdoor advertising exhibitions, sports venues and other occasions.

It has the advantages of high brightness, bright colors, good clarity and high reliability.

Follow this article and let us learn more about how the receiving card works.

If you have any questions, please feel free to contact us.

What is a receiving card?

In electronic equipment, a receiving card refers to a device that receives external signals and decodes them.

Receiving cards are usually used in LED displays, digital radio and television systems, electronic signboards.

To receive external signals and convert them into the format required by the display or device.

Working principle of receiving card

The working principle of the receiving card can be summarized into two steps: decoding and driving display.

Decoding is to convert external signals into a format that can be recognized by the computer, and driving display is to convert the signals output by the computer into the signals required by the LED display.

Specifically, the receiving card converts the signal into a format suitable for the television or display screen by receiving serial data or parallel data.

During the decoding process, the receiving card will process contrast, brightness, chroma and other aspects to convert the original signal into an image that is more in line with human vision.

Another key function of the receiving card is to drive the display.

By converting the digital signal output by the computer into an analog signal that matches the display screen, the receiving card can convert the digital signal into the electrical signal required by the display screen, thereby realizing the normal operation of the display screen.

Application of receiving card on LED display

Receiving cards are widely used in LED displays. Generally speaking, LED displays are divided into many modules, and each module requires a receiving card to receive, decode signals and control the display.

These receiving cards need to be connected to the control card of the LED display through data lines.

In the application of LED display screens, the performance of the receiving card has an important impact on the display effect.

High-performance receiving cards can achieve faster signal conversion and more precise drive control, thereby achieving higher-quality image display effects.

Application of receiving cards in radio and television systems

Similar to LED displays, equipment in broadcast and television systems also need to receive input signals and decode them.

The application of receiving cards in radio and television systems is to convert input signals into identifiable digital signals, then encode and encrypt the digital signals, and finally convert the digital signals into analog signals for playback.

How to choose a good receiving card?

The resolution of the receiving card

The resolution of the receiving card refers to the maximum number of display pixels it can support, usually expressed in terms of the number of horizontal pixels and the number of vertical pixels.

The resolution determines the display effect of the LED display. A higher resolution can present clearer and more delicate images.

Brightness adjustment range of the receiving card

The brightness adjustment range of the LED receiving card determines the height adjustment ability of the LED display screen in different environments.

The larger height adjustment range allows the LED display to display a clear and bright picture in a sunny outdoor environment, while in a dark environment it can be adjusted to a lower brightness to avoid dazzling light.

Color processing capabilities of the receiving card

Color processing capability refers to the expressiveness and restoration of color by the LED receiving card.

Better color processing capabilities allow the display to present more realistic and vivid colors, making images more realistic.

Refresh frequency of receiving card

The refresh frequency refers to the number of times the LED display screen is refreshed per second, expressed in Hertz (HZ).

A higher refresh frequency can make the image smoother, reduce flickering and smearing, and improve the display effect.

iSEMC's LED video wall has receiving cards suitable for each different model type, which can better display images and maintain stability.

Grayscale of receiving card

The gray level refers to the gray level that the LED receiving card can display.

The higher the gray level, the richer the color levels of the displayed image and the smoother the color transition.

Common grayscale levels include 8-bit, 12-bit, 14-bit, etc. Among them, the 12-bit grayscale can display 4096 levels of grayscale, and the color transition is more delicate.

Final thought

LED sending cards and receiving cards play a vital role in LED display systems.

Through the LED sending card, we can convert display content such as images and text into signals that the display screen can understand;

While the LED receiving card is responsible for receiving data signals and controlling the brightness and color of the LED lamp beads.

The collaborative work of these two components allows the LED display to present high-quality, uniform images and animation effects.

LED sending card and receiving card are essential and important parts to master the working principle of LED display.

In practical applications, it is necessary to select the appropriate sending card and receiving card according to specific needs to ensure the normal operation of the LED display.

With the continuous development of information technology, the application prospects of distributed KVM systems are becoming more and more broad.

The distributed KVM system is a remote control system based on network technology that can realize real-time communication and control between multiple computers in different locations.