Video Processor: RGBlink, VDWALL, And Magnimage
1. What Is A Video Wall Processor?
A video processor sometimes called an image converter or video controller is an electronic device used in any LED video wall installation.
It is a vital component of any LED display. It makes sure that you will have a cohesive image displayed on your screen. Unlike your LED screens, the LED Video Processors do lots of jobs “behind the scene.”
A video processor is a high-performance image/video processing device that supports a full-color LED display. It makes sure that all elements of your content will appear on the right screen where they should be at the right time.
Besides, it receives and processes a variety of video signals and forms a large, unified image. It will then show parts of this image to individual screens of your LED display, which will create one cohesive image.
The LED video processor is also responsible for making it possible for you to have a single image that appears and moves across several LED screens seamlessly. Without video processors, your LED screens can only display different images on each screen.
This device utilizes video image and HD signal processing technology. You can manage your screen resolution format and the RGB chromaticity of your LED display using this device.
2. What Does A Video Processor Do?
The video processor is a crucial element of any large-scale LED video wall display. The main functions of an LED Video Processors are as follows:
On many occasions, you will need to have your LED screen display multiple images. A video processor is a device that has the function of processing multi-screens. It allows you to manage your large LED screen easily. The video processor is the one that receives various inputs and puts them all together.
The video image signals need to be scaled to match the screen resolution of your LED display. The role of a video processor is to scale your video images both vertically and horizontally. This scaling will help you achieve excellent picture quality by the pixel resolution of your content and LED screen. A video processor is also capable of converting low pixel resolution into higher resolution using its HDMI output.
Video Image Quality Improvement.
The video processor can enhance the quality of your image by deinterlacing your interlaced signal. It will help you avoid degrading effects such as combing and jaggies. In a word, a video processor can make a significant improvement in the overall picture quality of your video images.
Chroma/Color Signal Correction.
Quality video processor detects and removes incorrect chroma signals that may cause streaks lines in a highly saturated image. By eliminating this error, you can achieve a more life-like and clearer display image.
Multiple Outputs Control.
The video wall processor supports digital signals and analog signals of video sources. It makes any display play at its optimum resolution. Additionally, most video processors are now compatible with all HD displays. It is compatible with several input signals nowadays, including S-video, VGA, DVI, HDMI, USB, DVI, Wi-Fi, etc.
3. What Are The Key Features Of An LED Video Processor?
A video processor is equally important as the LED screen itself. Here, we cover some of the most known features of video wall processors used in LED displays.
A video processor does a lot of processing tasks. It can perform all or combine some of these functions: 1. up-converting video signals, 2. deinterlacing video file, 3. converting frame rate, 4. reducing noise, 5. removing error artifacts, 6. synchronizing A/V sources, and 7. enhancing image edges.
Video Sources Scaling.
Video source signals vary in quality, resolution, and format. The video processor detects and quickly configures these signals into ideal quality. It is the one that maintains image quality by upscaling or downscaling its quality. Video processor makes sure that large images appear at high resolution. Poor scaling of images may result in low-quality image integrity, which will make it ineffective for its application.
Multiple Output Resolutions.
Many video processors are capable of simultaneously displaying video signals with different formats.
The LED video processor is easy to use and operate. It works with several control options such as through computer software, remote control, or WIFI connection. You can choose an option that best fits your style and preference.
Frame Synchronous Technology.
With a video processor, you can achieve a multi-screen display without misalignment of images or delays in displaying images in adjacent LED screens.
Most LED video processors that you can find in the market have flexible switching functions. It allows you to manage multiple video signals when you have several signal connections.
More Input and Output Interfaces.
Typically, a quality video processor has a total of eight (8) interface connections. It has six (6) video inputs and two (2) video outputs compatible with almost all video and camera interfaces.
4. How Does A Video Processor Work?
The LED Video Processors are one of the reasons why we have full-color LED displays today. It allows users like you to have LED video displays for various applications. The video processor used in your LED display receives and processes video signals and then displays them on your LED screen for everyone to see.
Below points is how a video processor work:
- First, the video processor will convert the resolution specification of your video signal. Generally, the video image sources you will connect to the video processor already have a set signal resolution. The role of your LED video processor is to convert the fixed signal of your video source. The processor will match the image to the actual pixel resolution of your LED display.
- Second, the video processor will do color space conversion. The LED display has a broad color gamut capability, but most image input has relatively small color space. The video processor will enhance the color space of your image signal to attain high-quality image effects.
- Third, the gray level is improved. Most video processors have 12-bit gray-level processing technology. In most cases, an input signal only has 8 bits, while LED displays now have 16-17 bits. The video processor bridges this gap.
- Fourth, the processor does image zooming. During the resolution conversion, the processor also scales the images to display them on the LED screen fully.
- Fifth, the image is enhanced. The video processors utilize digital image processing and enhancement technology. It automatically improves the visual effects of the displayed pictures on your LED screens.
5. What Other Accessories Are Needed For A Video Wall Processor?
When you purchase an LED processor, you will receive other accessories that you will need to use the processor hardware.
Here are some of the accessories that you will need for your video card processor:
- Power Cable. All video wall processors come with an AC power cable. This cable is connected to the power connector port in your device and plugs it into the wall socket to power your video processor. The typical voltage for this device is 100 – 240 volts.
- DVI Cable. This cable is responsible for connecting your video source signal to your LED video processor.
- (Optional) Sending Card. There is an option to connect an LED sending card to your LED video processor. You may screw it to your device.
- (Optional) SDI Module. Another optional accessory is the SDI module that can convert HDMI signal into SDI. This accessory adds the convenience of SDI connectivity.
- User Manual. With no further explanation, a user manual is necessary for a new user. It will guide you on how you may use the device you purchase. It serves as your reference for using and navigating the functions of your video processor.
- Warranty Card. When you purchase a video processor, make sure you keep the warranty card provided so you could enjoy the after-services within the given period. The warranty card is an assurance that you will make the most of your newly purchased processor device.
6. What Is The Difference Between A 4k Video Processor And An 8k Video Processor?
The main difference between the 4k video processors and the 8k video processors is the pixel resolution of the input signals they support.
4k video processors support video source signals with a resolution of up to 3840 x 2160. On the other hand, the 8k video processors are compatible with input signals with up to 7680 x 4320-pixel resolution. An 8k display offers more pixels over a screen panel than 4k by four times.
4k and 8k displays are the newest and highest resolutions available for an LED screen display today. They offer better screen resolution than the widely used 1080p displays. That means whether you choose to have a 4k or 8k video wall processor, you will be assured that you can produce a high-definition visual display.
Other than the resolution that they support, both 4k and 8k video processors function the same. They both have ultra-fast processing speed and adopt high-end FPGA technology. They are supportive of both wired and wireless network connections for easy operation.
Both video wall processors support large-scale video display requirements to ensure that you can achieve your LED display goals.
The 4k and 8k video processors are usually used in UHD LED displays, multi-screen surveillance screens, large-scale advertising LED screen displays, multi-channel projections, etc.
7. What Is VDWALL? What Video Processor Products Do They Have?
The VDWALL is one of the first domestic high-tech business companies that develop quality video processing devices for LED displays.
VDWALL has been developing equipment for video processing since 2006. With more than a decade of being a provider of LED processing solutions, they now have clients from all over the world.
They are known for developing LED Video Processors, video switchers, video splicers, and video synchronizers. VDWALL professional processing electronic devices are used in LED rentals, exhibition and show LED displays, stage decoration LED screen, public security application, fire prevention, telecommunications, and many more.
VDWALL offers products like LED video processors, multi-media servers, LED video splicers, HD monitors, one of the best 4k video processors in the market, and other auxiliary devices for LED displays.
Here are the products offered by the VDWALL company.
Multi-Media Server: Polaris Server 01
Auxiliary Devices: SC-4 Sending Card Box, SC-12 Sending Card Box, DS2-4 DVI Splitter and Sending Card Box, DS4-8 DVI Splitter, and MP905 Media Player.
8. What Is RGBlink? What Video Processor Products Do They Offer?
RGBlink is another company that designs and produces video processing equipment for any scale.
They manufacture quality video processing products used in a variety of professional applications. One goal is to make high-quality and highly advanced LED videos accessible to a broader visual market.
RGBlink started in the business in 2009. Since its foundation over ten (10) years ago, the RGBlink is now known as one of Asia’s leading professional video solutions providers. They offer a wide range of hardware-based video processing solutions paired with innovative apps and video wall processor software.
Some of the products they offer include universal processors, video wall controllers, presentation processors, signal distributors, mixers, scalers, and other video tools.
Here are some of the available products they have:
Software and Apps: XPOSE 1.2 – supports X2, X3, X7, D6, VSP628pro, FLEX RS1, FLEX 16, and X1 Pro.
XPOSE 2.0 – supports X2, X3, X3p, X7, X14, D4, D6, GX4, S4, FLEXpro 8, FLEX 4ml, etc.
9. What Is Magnimage? What Products Do They Sell?
Magnimage is another high-tech business enterprise that focuses on developing and producing LED video processing equipment.
The company was established in 2009. Now, Magnimage owns more than 200 patents and software copyrights. They have already provided tons of video equipment to around 6000 corporates and retail stores here and abroad.
Magnimage offers a range of video equipment products and devices such as video processing equipment, video switchers, video wall controllers, and other equipment accessories.
This company takes pride in its products and equipment and has acquired several international certifications, including the CCC, FCC, CE, ROHS, and more.
Here are the products offered by this company:
Video Processors: LED-550D, LED-750H, LED-760H, LED-780H, LED-W2000, and LED-W4000.
Event Consoles: MIG-H1, MIG-H2, MIG-H6, and MIG-H8.
Video Wall Controllers: MIG-CL9000 Video Wall Controller, MIG-CL9400 Video Wall Controller, and MIG-CL9600 Video Wall Controller.
Media Software: Creator R5
LED Control System: LED-T16S, LED-S200, LED-T4S, Sapphire Series, and Mini-Series Control System
Multi-media Servers: MIG-M3K, MIG-M4K, MIG-MS200, and MIG-MS400.
LED Switcher: MIG-V4, MIG-V5, MIG-V6, MIG-V8, and MIG-680 All in one 4k Switcher.
Other Accessories: MIG-224/228 Distributor, MIG-2134 Format Converter, MIG-SC400 Sending Box, MIG-2132 Format Converter, and MIG-EXK200 Extended Keyboard,
Video Mosaic Box: MIG-F4 Series 4K Video Mosaic Box
10. What Are Some Of The Safety Precautions For Using A Processor?
When using a video processor for your LED wall screen display, please be sure that you follow these safety precautions that we have covered for you.
- The video processors are designed for indoor use. If you use it in outdoor places, make sure to take extra precautionary measures to avoid getting it damaged or broken.
- Power only the video processor with the prescribed voltage. Wrong voltage power supply may result in damage, shock, explosion, and device breakage.
- Never try to use it in places with an attitude that is more than 3048 meters.
- When there is an intrusion of water and other foreign material inside your video processor device, please do not use it immediately. Moisture and unnecessary solid materials in the device may cause damage and fire.
- Please place it in a cool, dry place. Choose a well-ventilated location. Avoid putting the device anywhere near a heat source. Otherwise, it may cause overheating and damage to your device.
- To avoid condensation that may also damage the device, do not place it in a location where the temperature suddenly changes.
- Do not put the video processor in places with high humidity or too much dust.
- Do not place your device in a location with a high risk of collisions and vibrations.
- Make sure that it is connected with a ground wire.
- When the video processor is damaged, do not dismantle it without the guidance of a professional. Contact your provider for repair or replacement.
As LED screen displays continue to be more advanced and high-tech, the technologies and equipment required have become increasingly complex and modern. However, this does not mean operating and managing an LED display becomes way more complicated than before.
We can say that we have come a long way when it comes to displaying digital content. With advanced technologies and electronic devices, we find it even easier to achieve elaborate displays that we enjoy viewing and producing for various applications.
Today’s technology allows us to deliver high-quality displays that were difficult or even impossible to achieve before. An example of that technology is the video processor. It gives us the ability to create visual effects and multi-screen displays to become more effective in our digital endeavors.
When choosing a video processor, choose the one/brand that is reliable. You may ask your LED provider to guide you to select a device that best fits your requirements and needs. This way, you will be one step closer to showcasing a LED video wall display that is powerful, captivating, and memorable.
If you know more about the video processors we utilized for our LED displays, please do not hesitate to send us a message.
Also, here are some links for more great readings.
- Emerging LED Transparent Display Market
- USA LED Display Market Continues To Venture
- Make Your Own LED Screen With Custom LED Display
- LED Screen Thailand: Display Market And Transformation
- Purchasing Guide For Outdoor Advertising LED Display
- Advantages Of LED Screen Advertising: Indoor And Outdoor Applications