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USB Type-C, also known as USB-C, is a universal serial bus (USB) hardware interface form. the largest in appearance is that the upper and lower ends are completely consistent, and the USB is no longer distinguished compared to Micro-USB. The USB Type-C specification 1.0 was published by the USB Developer Forum (USB-IF) and completed in August 2014. It is basically the same as the USB 3.1 specification. But USB-C is just a port that doesn't necessarily support USB 3.x or power transfer (many phone types -C still use USB 2.0). Since the release of the USB-C specification in 2014, many new Android mobile devices, laptops, desktops and even 3C devices, such as game consoles, please start using this connection port. Windows 10 itself supports USB Type C. The USB-C port is 8.3× 2.5mm in size, which is smaller than the current USB port on PCs, but slightly larger than the 6.85× 1.8mm microUSB port, which is 6.85× 1.8mm in size. As for the power transmission specification, the wire standard is 5V, 5A, and the connector is 3A. The additional design of the device required Type-C due to incompatibility with any existing Type. The world's first source of USB 3.1 main control terminals and device terminals was presented by ASMedia at the Annual Conference in 2014. In an interview, Brad Saunders, chairman of the USB 3.0 Enablers Group, said, "While USB technology is the most popular for connecting devices and charging devices, we still recognize that we need to develop a new joint to meet the evolving trend. For example, progression size and availability. The new USB-C connector will meet the needs of the market and lay the foundation for future USB versions. " USB-C is designed as the ultimate universal connection. Its size allows it to be used on computers and mobile devices. The design also allows you to use not only the USB 3.1 protocol but also Thunderbolt 3 and DisplayPort. This means that you can do all the content of USB-C via USB-A and USB-B, but you can also connect powerful peripherals (such as GPUs) and display them on USB-C ports. USB Type-C is still quite new and has not yet been incorporated into most of the devices we use on a daily basis. Right now, you'll only find USB Type-C in Apple MacBook computers, some Chromebooks and other newer laptop models, and some flash drives. It is also used on the Nintendo Switch game console. If you want to find Type c Contacts Supplier in china, please contact us.

Stadium-led display mainly displays live events, game time, scoring, sponsor advertisements, etc., which will generally be distributed inside and outside the stadium. It can make the audience at the scene feel a very shocking effect, with a different visual experience and enjoyment. Today's international and domestic sports events, such as the NBA, the Olympic Games, the European Cup, etc., led displayed and the stadium is almost a shadow. led large-screen display system, has replaced the traditional lighting and CRT display, become one of the necessary facilities of modern stadiums. Today, Shenzhen NSE Electronics Co., Ltd takes you to understand what specific requirements are needed for the stadium LED display. 1, stadium led screen security stability performance to be high In public places, safety is paramount, sports games and large events to watch the crowd. Any point of failure and error will cause a great impact, and thus the quality of stable engineering is the objective requirement of users. For example, the use of fiber optic transmission will avoid signal attenuation, not so much as to delay the live or rebroadcast screen. Some protective pads and other measures can also be used to prevent safety accidents. Can use a dual power supply, in a one-way power failure, the other way can automatically access, does not affect the led big screen normal display, etc. 2, stadium led screen needs to support a diversified input interface Stadium led screen not only by the camera for real-time live broadcast, but also can rebroadcast TV and satellite TV programs, play VCD, DVD, LD and a variety of homemade video signal programs, support PAL, NTSC, and other systems, display content can also be a variety of computer graphics video information, etc., but also need to be able to connect the referee system, timing and scoring system, the LED screen can play real-time Match time and score. 3, stadium-led electronic display flame retardant level and protection level and heat dissipation performance to be good, especially outdoor sports events, need to take into account the changing climate environment. Such as China's southern focus on moisture resistance, highland areas are resistant to cold, while the desert areas need to consider the heat dissipation problem. 4, the outdoor stadium LED Display needs a wider perspective and a higher refresh rate to ensure the clarity of the video display. Especially in the introduction of athlete information, scores, slow-motion replay, exciting scenes, slow-motion replay, close-ups and other life, consider whether the audience can see clearly to see. 5, stadium full-color LED display according to the audience's viewing distance to choose the appropriate pixel pitch. Large outdoor stadiums usually use larger pixel interval displays. In outdoor stadiums, P6 and P8 are two very common positions. For indoor audiences, the density is high and the viewing distance is close; more suitable for P4 and P5. After reading this article, did you solve your problem? Have you learned something? If you think this article is well written, welcome to pay attention to our website, we will regularly update some new knowledge on the website for you to browse and read. Thank you for reading this article.

Sphere LED Display screen is a creative LED display with a ball shape. It's a new type of media tool mainly used in museums, science and technology conferences, corporate showrooms, exhibition halls, commercial shopping malls, hotel lobby, and so on. 1. Round Shape design, providing a 360°viewing angle NSE Spherical LED Display is seamlessly connected to form a round shape display and give your audience an eye-catching view from a 360-degree angle. Compared to traditional advertising media displays, the round led sign gives more scope, eminence, and a better reputation for your brand, business, and advertising. 2. Amazing visual effect Our sphere LED screens uses an advanced PCB design that allows you to display high-quality and stunning video and picture displays without distortion or anything. You can plan all kinds of text messages, images, audio-visual displays in your 3D LED Display globe whenever you desire. 3. Multi-installation methods, support various applications NSE globe LED display is compatible with synchronous & asynchronous mode, supports WIFI & USB smart control, can easily upload any pictures of videos to the screen at any time. It's perfect for all kinds of events, shopping mall, front desk, company decoration and etc. As well as, club and stage's lighting effect with sphere led screen. Moreover, our LED Display global not only supports hanging installation, floor-standing installation, and ground-mounted installation, etc. 4. Front service device A front access system is required for an LED Screen, especially for permanent installation or a solid wall. Another advantage of our LED Ball Display is the front and rear maintenance system. It has door-like openings that can be opened like a lid to access the LED part inside, which allows you to easily carry out maintenance without affecting the visual appeal of your LED display, greatly saving time and costs for repairs. As a professional LED display manufacturer, NSE offers reliable products, comprehensive services, and creative solutions. Since establishment, our team has been continuously innovating. If you need any help, warmly welcome to consult us!

Hello ! I look forward to your questions, questions and problems in the field of household appliance repair! Here, to the side or to .e-mail : elektrokucko@gmail.com Varga Jano Budapest Hungary

When considering investing in a 4K video wall, there are some important factors you need to keep in mind. In this guide, we'll take a look at what a video wall is, some of the technology behind it, and the four types of video walls used for different applications ranging from basic to complex. What is a video wall? A video wall is a type of multi-display wall that displays a larger image or windows of multiple images by connecting multiple screens together. The display technology can be LCD or LED panels, tiles, cubes or projection screens. A video wall can be as simple as one image from a single source stretched across multiple screens. These types of video walls offer greater flexibility, control, scalability and creativity. Display Screens When planning your video wall, consider what type of display you want to use. You can choose from LED and LCD panels, tiles, cubes and projector systems. Not all displays have the same brightness or resolution, and these specifications are likely to be important decision criteria. The more detail and clarity you require, the higher the resolution you'll need. You also need to consider the width of the monitor's bezel. Newer monitors have ultra-narrow bezels, resulting in a perfect image. Video Wall Processors Today, the terms video wall processor and video wall controller are often used interchangeably. Their basic job is to split the video content for each display in a multi-display wall. A video wall processor is a video scaler that ensures that each source signal goes to the correct screen at the correct resolution. It acquires the image and sends it to each screen to be displayed as one large, cohesive image. The video processor is responsible for taking the various inputs and putting them together. An advanced video wall processor can take content from multiple sources and display it on multiple screens. A video wall processor is similar to a traditional video scaler, but with greater input, output and processing power. Modular Seamless Switching Videowall Processor 8x8 Video Scalers Sometimes, video wall processors can be located close to the display and can be connected directly via video cable. In other applications, video wall processors may need to be located in server rooms or IT rooms that are too far away to use standard video cables. In these cases, a video extender is required to transmit the video signal from the video wall processor to the display. For cable distances as short as 30 feet, a video extender may be required. Some IP-based systems use small receivers (one per monitor) that can be mounted on the back of the monitor. In these cases, signal extension is done over the LAN and no additional video extension is required. Advanced Video Walls Advanced video walls are screens that support a large number of different form factors (e.g., 3x2, 3x4, 6x4, etc.) and provide a canvas-style user and display interface on which many content windows can be dynamically moved or adjusted. Advanced video wall processors typically support dozens of screens and many types of video inputs. These types of video wall processors can also support local decoding of IP streams to display a large number of streams from devices such as IP-based security cameras or other remote sources. Some are also capable of encoding video sources to be shared with other sites or users. Advanced video walls are found in mission-critical control rooms that need to be up and running 24/7. When considering which type of video wall fits your unique needs, you first need to consider how you intend to use the video wall. Do you want a simple digital signage type display, a large state-of-the-art control room wall or something in between? What environment will the video wall be used in: military/tactical, security, utilities, retail, education, transportation, museums, industrial, conference rooms, etc.

A power divider is a device that divides the energy of an input signal into two or multiple outputs of equal or unequal energy, and can also combine the energy of multiple signals into one output in reverse, which can also be called a combination. router. A certain degree of isolation should be guaranteed between the output ports of a power divider. Power divider is also called overcurrent divider. It is divided into active and passive. It can evenly distribute one signal into several outputs. Generally, each branch has a few dB attenuation. The signal frequency is different, and the attenuation of the divider is also different. Different, in order to compensate for the attenuation, a passive power divider is made after adding an amplifier. The technical indicators of the power divider include frequency range, withstand power, distribution loss from main circuit to branch, insertion loss between input and output, isolation between branch ports, voltage standing wave ratio of each port, etc. 1. Frequency range. This is the working premise of various RF/microwave circuits, and the design structure of the Xinqiyuan power divider is closely related to the operating frequency. The operating frequency of the distributor must first be clarified before the following design can be carried out 2. Withstand power. In high-power Splitters, the maximum power that circuit elements can withstand is the core indicator, which determines what form of transmission line can be used to achieve the design task. Generally, the order of transmission line power from small to large is microstrip line, stripline, coaxial line, air stripline, and air coaxial line. Which line to use should be selected according to the design task. 3. Distribution loss. The distribution loss from the main circuit to the branch circuit is substantially related to the power distribution ratio of the power divider. For example, the distribution loss of the two-half power divider is 3dB, and the distribution loss of the four-half power divider is 6dB. 4. Insertion loss. The insertion loss between the input and output is due to factors such as the imperfect medium or conductor of the transmission line (such as a microstrip line), and the loss caused by the standing wave ratio at the input end is considered. 5. Isolation. The isolation between branch ports is another important indicator of the power Combiners. If the input power from each branch port can only be output from the main circuit port, and should not be output from other branches, this requires sufficient isolation between the branches. 6. Standing wave ratio. The smaller the VSWR of each port, the better. As a professional power divider manufacturer, Xinqiyuan is a technical innovation enterprise specializing in the manufacturing of RF microwave test devices such as RF power divider, RF coaxial cable components, precision RF connectors, precision RF loads etc.