LED video processor is already widely applied.
With the development of technology, there are various types of video processors on the market.
And each video processor has many functions and features so people do not know how to choose the right one.
This article is a brief introduction to the types of LED video processors, as well as to help you select the right product.
At the end of the article, we will recommend three top-rated products for your consideration.
Part One What is a LED video processor
1.what is a video wall?
A led wall is a special form of led display.
Multiple led displays are assembled together to create a larger screen, which called led wall,aiming to amplify the pictures or videos you need to play.
Industries that use video walls include corporations, hospitals, retailers, government offices, churches, schools, casinos, hotel receptions, etc.
2.What is a LED video processor?
(1)what is a LED video processor?
In short, the LED video processor is a dedicated processor for LED walls.
The task it needs to accomplish, in simple terms, is to convert the image signal from external (e.g. Blu-ray DVD, computer, HD player box, etc.) into a signal that can be accepted by the LED display.
(2)What can a processor do for you?
A. Image interception
Intercept a small area of the complete image and enlarge it to display it on the whole LED wall.
B.Image Magnification
Enlarge the image and the maximum magnification is 10 times.
C. Image Overlay & Keying Composition
Overlay another signal on the screen to complete the function of adding subtitles, keying synthesis, etc.
D.Fade in and fade out
Fade-in and fade-out switching between two signal sources in 0 to 5 seconds.
E. Continuous switching
a. Switching between multiple signal sources can be realized.
b. It can realize fast switching between multiple application scenes.
F. Multi-camera connection
Synchronous tracking technology ensures the multi-screen picture and sound are complete and synchronized.
G. Synchronous tracking
Synchronous tracking technology ensures the multi-screen picture and sound are complete and synchronized.
（3）Where you can use a LED vide processor?
A.Exhibition
When the LED display is used indoors, people can see the content on the LED display in a close distance.
Like some museums display of cultural relics, airports, hotel lobbies and other information on public signs, which requires LED display screen brightness can not be too high.
The video processor is supposed to adjust the image to ensure that the LED display can softly output in the indoor light environment, achieve clear and layered effect, and accurately convey the broadcast content.
B.Business & Education
When you are in a confined space, such as in a classroom or conference room.
The size of LED displays is often not too large, and images need to be compressed first before play.
This is where a video processor is needed to process the picture details for you while compressing the picture, increasing the output capability and displaying the picture in as high a definition as possible.
C.Traditional Applications
When the LED display is used as a display screen for monitoring and control, this requires a large screen with high definition and many input signals.
And it can carry real-time images, as well as can be flexibly manipulated and managed.
That’s where the video processor comes to help.
Part Two How to choose the right LED video processor?
1. What kind of LED video processor is there?
(1)Kinds of video processor
This type of video processor has existed for the longest time.
They consist of multiple video processing chips with a single function.
Normally operated by remote control.
This type of video processor has the latest technology and can be operated and controlled by PC and Wi-Fi.
As a result, they are rich in features and their usability is greatly improved.
(2)Pros&Cons
a.Advantages
Hardware-based processors are generally more reliable.
The one-use application can bring almost zero failure rate.
b.Disadvantages
Hardware-based processors are more expensive.
In addition, it is somewhat inflexible in the present situation where the requirements for LED walls are diverse.
a.Advantages
more features, and there are many brands to choose from on the market.
b.Disadvantages
Most software-based processors cannot handle more displays or have high video input performance.
What’s more, you may be exposed to Windows virus risks, system crashes and blue screen crashes.
Software-based processors also require a certain level of expertise in programming and installation.
2.How to choose the right LED video processor？
1. Principle of choosing video processor
✓Stability
Dropped frames and freezing are issues that need to be avoided as much as possible.
A video processor that is unstable will distract the user and affect the playback of the content.
✓Accuracy
Accuracy is a basic requirement.
If the picture distortion occurs, it will not only seriously affect the viewing experience, but also may convey misleading information.
✓Multiple input signal processing capability
There are usually many types of input signal sources, and the video processor must have a strong compatibility capability.
Different input signals, flexible layout to the led display to adapt to the requirements of different occasions.
✓ Forward-looking
When buying LED video processors, in addition to clarifying the current needs, but also to predict the potential future demand.
The higher the technology content of the product, the longer it tends to be used, the better it works.
✓Maintenance and installation
Maintenance and installation are costs that cannot be ignored.
If you do not know much about LED displays or video processors themselves, then it is recommended to buy those products that are easy to operate, convenient, and practical.
Besides, it is best to buy from a business with a high pre-sales and after-sales service attitude, to avoid subsequent problems in installation and maintenance, no one can help you solve in time.
2.Factors affecting choosing video processor
A.Loading capacity
The maximum output resolution of LED video processors is divided into three main levels, which can be selected according to your actual needs.
general: 1024X768,1280X1024,1440X900
HD: 1920X1080,2048X1152
Ultra-clear: 3840X1080,4096X1152,3840X2160,7680X1080
B. Format support
Common video signal formats include CVBS, DVI, VGA, YPbPr, S-Video, HDMI, SDI.
C. Image enhancement
Image enhancement function can be said to be the main function of the video processor and plays an important role in practical applications.
When selecting a processor, you should pay special attention to whether the video processor’s image capabilities are above the market average.
If there are special requirements, be sure to seek the help of a professional.
You can contact our online customer service for help, as we have a professional team for customers.
With the increased demand in the market, both LED displays and video processors are facing great opportunities and challenges.
D. Switching speed
A good video processor will not allow black screens to appear.
The current video processor signal switching mainly takes two ways, direct switching, fade in and fade out.
Some video processing supports multiple switching methods and is therefore more expensive.
Generally speaking the direct switching method is used more frequently and can be prioritized when purchasing.
E. Multi-screen mode
Currently, common video processors support dual-screen mode.
However, some scenarios require the use of three images, four images, or even more.
If you need to support more screens, the corresponding price will be more.
F.Brands
Choosing an established brand is definitely a wise choice.
Within the LED video processor industry, Novastar is definitely the best!
With high brand awareness and strict product quality control, you’ll be satisfied with it!
Part Three LED video processor products recommendation
1.Novastar VX1000
The VX1000 is NovaStar’s new all-in-one controller that integrates video processing and video control into one box.
VX1000 can be widely used in applications such as medium and high-end rental, stage control systems and fine-pitch applications.
- The VX1000 is NovaStar’s new all-in-one controller that integrates video processing and video control into one box.
- VX1000 can be widely used in applications such as medium and high-end rental, stage control systems, and fine-pitch applications.
- 10 Ethernet ports of output provide 6.5 million pixels of loading capacity
- A single unit can output a maximum width of 10,240 pixels, with a maximum height of 8,192 pixels
- 4K x 1K@60Hz high resolution input, 4K x 1K point to point display
- 3 x 4K layers, free scaling for each layer
- Video Controller, ByPass, Fiber Converter, free switching between three modes
- Support for the redundant input source, system configuration, ethernet ports, and devices Providing total security from start to finish
| Control and Programming | |
| Display | LCD |
| Maximum Loading Capacity | 6500000 px |
| Maximum Input Resolution | 3840 x 1080, Width and Height can be defined by users |
| Controlling Mode | Ethernet, USB |
| Electrical Specifications and Connections | |
| Power Supply | 100-240 VAC 50-60 Hz |
| Power Consumption | 28 W |
| Power Connector in | IEC |
| Data Connector in | RJ45, USB |
| Data Connector out | RJ45, USB |
| Mechanical Specifications | |
| Width (including handles) | 483 mm |
| Width (without handles) | 440 mm |
| Height (without handles) | 50 mm |
| Depth (including handles) | 351 mm |
| Depth (without handles) | 321 mm |
| Weight | 4.05 kg |
| Rack Units | 1 U |
| IP Rating | IP20 (indoor use only) |
| Colour | Black |
2.Novastar VX600
The Novastar VX-600 is an all-in-one video processor suitable for small to medium size LED screen installations.
It can drive up to 3,900,000 pixels in total, at up to 10,240 pixels wide or up to 8,192 pixels in height, which is ideal for ultra-wide and ultra-high LED screen applications.
The VX-600 offers a variety of video inputs and it allows you to switch seamlessly between several input sources.
Furthermore, it supports up to three layers (1x main / 2x PIP), scaling function, low latency and Gen-Lock function.
Inputs:
- 2x HDMI 1.3 (HDMI-In & Loopmax.1920×1200@60Hz), Custom EDID’s possible
- 1x DVI (1920×1200@60Hz, Custom EDID’s possible
- 1x 3G-SDI (max. 1920×1080@60Hz)
Outputs：
- 6x LED-Out (RJ45)
- 1x HDMI 1.3 Out (fixed resolution of 1920×1080@60Hz when the output is used as monitoring)
- 2x OPT-Out (10G)
Further features:
- V-Can Support
- Genlock
- Supports up to 3x layers
- Memory for 10 presets
- Cascading via USB is possible
- Display configuration without computer possible
- Control via USB or LAN
| Mechanical Specifications | |
| Width (including handles) | 484 mm |
| Width (without handles) | 440 mm |
| Height (including handles) | 45 mm |
| Depth (including handles) | 351 mm |
| Depth (without handles) | 321 mm |
| Weight | 4 kg |
| Rack Units | 1 U |
| IP Rating | IP20 (indoor use only) |
| Colour | Black |
| Thermal Specifications | |
| Maximum Ambient Temperature | 60 °C |
| Minimum Ambient Temperature | -10 °C |
| Operating Humidity | 20-90 %RH |
3.NovaStar VX400S
The VX400S is a NovaStar professional LED display video controller, featuring excellent display control and powerful front-end video processing capabilities.
With outstanding image quality and flexible image control functions, the VX400s can greatly satisfy user needs in the media industry.
Please note that VX400S only works with Novastar receiving cards.
- Inputs include CVBS×2, VGA×2, DVI×1, HDMI×1 , DP×1 and SDI×1.
- HDMI/external audio input
- Loading capacity: 2.3 million pixel
- Input resolution up to 1920×1200@60Hz;
- 10bit/8bit HD video source;
- Nova G4 engine
- Intuitive LCD display interface, and clear button light.
- Seamless high-speed switch and fade-in/ fade-out effect
- The location and size of PIP can both be adjusted;
- White balance calibration and color gamut mapping
- Support multiple controller montage for loading screens;
- Support Nova’s point-by-point correction technology
| specification | ||
| Electrical Specification | Power Interface | 100-240VAC~，50/60Hz，O.7A |
| Power Consumption | 25w | |
| Operating Condition | Operating temperature | -20C~+60°C |
| perating humidity | 0%RH～ 95%RH.Non-condensing | |
| Physical Specifications | Size | 482.6mm x 250.0mm x 50.1mm |
| Weight | 2.55 kg | |
| Gross Weight | 6 kg | |
| Packaging | Carton | 550mm : 124mm x 380mm |
| Accessory | 1× power cable,1×USB cable,1×DVI cable,1×HDMl cablz 2×ENC-RCA connectar | |
| outer Carton | 555mm 405mm 180mm | |
| Noise Leval (25℃/77F) | 38dB (A) | |
Part Four Conclusion
After reading this article, I believe you have a certain understanding of how to select an LED video processor.
If you think the product I recommend for you is not bad, you can consult our online customer service about discounts, or ask how to place an order directly.
If you still want to know more models of LED video processors, you can Click Here： LED Video Processor to jump to the category page of processors.
We look forward to hearing from you and thank you for your interest and support.
