NovaStar VX1000, with its high-performance integrated control capability, has become the preferred choice for professional display solutions. It integrates video processing, signal transmission and multi-screen control, and can be adapted to various large stages, commercial advertisements and fixed installation scenarios.
This article will comprehensively analyze the main functions, technical specifications, application scenarios and price information of VX1000 controller, providing you with valuable references in model selection and project implementation.
1. What is NovaStar VX1000?
1.1 Introduction
NovaStar VX1000 is a high-performance integrated LED display controller, specifically designed for large stages, event performances, commercial displays and fixed installation scenarios.
The VX1000 not only features high resolution, multi-layer image overlay and color calibration capabilities, but also supports redundant backup and stable and reliable signal transmission, providing users with smooth and accurate display effects.
With its flexible connection methods and powerful scalability, NovaStar VX1000 can meet the professional application requirements ranging from concerts and sports venues to commercial advertising, LED video walls, and control centers, and is an indispensable core device for professional LED display projects.
1.2 Appearance
① Front Panel
The front panel design of NovaStar VX1000 is simple and intuitive, equipped with high-brightness LED indicator lights and a clear key layout, which can display the device status, signal input and operating status in real time.
The panel usually includes a power switch, status indicator lights and basic control buttons, which facilitate users to operate and monitor the equipment’s running status quickly on site. At the same time, it provides a simple local debugging function to enhance the overall user experience.
② Rear Panel
The rear panel is the main connection area of the VX1000, featuring a rich array of input and output interfaces, including HDMI, DVI, 3G-SDI inputs, as well as 10 Gigabit Ethernet ports and dual fiber output ports.
The rear panel also supports audio transmission interfaces, USB control interfaces and the layout of cooling fans, ensuring stable heat dissipation and reliable signal output under high-intensity operation, making the entire machine perform well in large-scale LED display projects.
2. Key Features of VX1000 Controller
As an integrated LED video controller, NovaStar VX1000 features a number of outstanding core functions, ensuring stable and high-definition display effects in various scenarios:
① Integrated design
Integrating video processing and control functions, it avoids the complexity of external devices and significantly improves the efficiency of installation and debugging.
② High-resolution support
It can handle 4K input signals and support multiple resolution formats, ensuring a fine and clear picture, meeting the needs of large stages and ultra-wide screens.
③ Multi-interface compatibility
Equipped with HDMI, DVI, 3G-SDI and optical fiber input/output interfaces, and featuring 10 gigabit network ports, it can easily drive ultra-large-scale LED displays.
④ Multi-layer picture processing
Supports multi-screen overlay and zooming, achieving flexible screen partitioning and content switching, suitable for complex stage scenes and multimedia displays.
⑤ Stability and redundancy functions
The built-in signal backup mechanism and efficient heat dissipation system ensure stable operation even in high-load environments, guaranteeing the smooth progress of performances and events.
⑥ Multiple working modes
The VX1000 offers three working modes that can be flexibly switched to meet the display and processing requirements in different scenarios.
3. Technical Specifications
After an in-depth understanding of the product functions, the technical specifications of the NovaStar VX1000 Controller will be specifically introduced below to have a more intuitive understanding of its performance and advantages.
3.1 Input Specifications
Multi-interface support: Equipped with mainstream interfaces such as HDMI 2.0, DVI, 3G-SDI, etc., to meet the input requirements of multiple signal sources.
High-resolution compatibility: Supports up to 4K-level input to ensure a fine and clear picture.
Flexible signal switching: It can quickly switch between multiple inputs to ensure smooth use in different scenarios.
3.2 Output Specifications
Multi-network port output: 10 Gigabit network ports, which can easily drive large-area LED screens.
Optical fiber output capability: Supports ultra-long-distance transmission, suitable for large-scale scenarios such as stadiums and concerts.
Stable transmission performance: High-speed bandwidth design ensures no delay and no frame loss in data transmission.
3.3 Additional Functions
Video processing integration: Built-in zooming and splicing functions, reducing reliance on external devices.
Multi-working modes: Supports standard mode, splicing mode, and backup mode, flexibly responding to different applications.
User-friendly design: It works in conjunction with the software platform to achieve remote control and debugging, with simple and efficient operation.
Learn more about the specifications:
| Electrical Parameters | Power connector | 100-240V~, 1.5A, 50/60Hz | |
| Rated power consumption | 35 W | ||
| Operating Environment | Temperature | 0 °C to 45°C | |
| Humidity | 20%RH to 90% RH, non-condensing | ||
| Storage Environment | Temperature | -20°C to +70°C | |
| Humidity | 10% RH to 95% RH, non-condensing | ||
| Physical Specifications | Dimensions | 483.6 mmx351.2mmx50.1mm | |
| Net weight | 4 kg | ||
| Packing Information | Accessories | Flight Case | Carton |
1 x Power cord 1 x HDMI to DVI cable 1 x USB cable 1 x Ethernet cable 1 x HDMI cable 1 x Quick Start Guide 1 x Certificate of Approval 1 x DAC cable | 1 x Power cord 1 x HDMI to DVI cable 1 x USB cable 1 x Ethernet cable 1 x HDMI cable 1 x Quick Start Guide 1 x Certificate of Approval 1 x Safety Manual 1 x Customer Letter | ||
| Packing size | 521.0mmx517.0mmx102.0mm | 565.0mmx175.0mmx450.0mm | |
| Gross weight | 10.4 kg | 6.8 kg | |
| Noise Level (typical at 25°C/77°F) | 45 dB (A) | ||
4. Applications of NovaStar VX1000
The NovaStar VX1000 processor, with its powerful video processing and output capabilities, can be widely applied in various LED display scenarios and meet the usage requirements of different industries.
Applications 1. Stage performances and large-scale events
At concerts, music festivals, stage plays and other occasions, VX1000 can achieve smooth playback of high-resolution videos and seamless switching of multiple signals, ensuring that the stage large screen presents a stunning visual effect.
Applications 2. Conferences and exhibitions show
The VX1000 is suitable for application in conference centers, exhibition halls or corporate display halls. Through precise video control, it ensures clear and stable presentation images and enhances the professionalism of information transmission.
Applications 3. Sports event and venue display
In sports venues, the VX1000 can drive large-area LED screens, support multi-channel input and output, and meet diverse needs such as real-time scores, live broadcasts of events, and advertisement playback.
Applications 4. Commercial advertising and outdoor media
For outdoor billboards and commercial LED displays, the VX1000 offers high-brightness and high-definition display support, ensuring that the advertising content can be clearly presented in different environments and facilitating brand promotion.
5. NovaStar VX1000 Price
The price of the NovaStar VX1000 controller, as a high-performance integrated LED display control device, varies depending on the sales region, accessory configuration and transportation cost. The general market reference price is approximately between $2,200 and $3,000.
It should be noted that the price may be affected by the following factors:
- Accessories included: such as power supply, cables or software authorization.
- Transportation and Tariffs: Cross-border transportation may involve additional charges.
- Supply channels: Quotations from different distributors or agents may vary.
For the most accurate quotation or to learn more about our products, you can contact us immediately for professional advice and to apply for a sample experience, allowing your LED display project to fully enjoy the advantages of high-performance controllers!
6. Comparing VX1000, VX600, and VX400 Controllers
When choosing an LED display controller, it is crucial to understand the functional differences among various models. NovaStar VX1000, VX600 and VX400, as common high-performance controllers in the market, have significant differences in processing capabilities, interface configurations and application scenarios.
The VX1000 emphasizes large screen high resolution and multi-screen processing capabilities. The VX600 performs stably in medium and large-sized screen applications, while the NovaStar VX400 is more suitable for small and medium-sized projects and basic display requirements.
To more intuitively demonstrate the main differences among the three controllers, a comparison table is provided below to help users make a quick choice based on project requirements:
| Device Model | VX1000 | VX600 | VX400 |
| Loading Capacity | 6.5 million pixels | 3.9 million pixels | 2.6 million pixels |
| Max Width (pixels) | 10240 | 10240 | 10240 |
| Max Height (pixels) | 8192 | 8192 | 8192 |
| Layers | 1×MAIN+2×PIP | 1×MAIN+2×PIP | 1×MAIN+1×PIP |
| Input Connectors | 1×3G-SDI 2×HDMI 1.4 2×DVI (HDMI 1.4) 1×OPT | 1×3G-SDI 2×HDMI 1.3 1×DVI 1×OPT | 1×3G-SDI 2×HDMI 1.3 1×DVI 1×OPT |
| Output Connectors | 10×Ethernet Ports 1×HDMI1.3 1×HDMI1.4 LOOP 1×DVI LOOP 1×3G-SDI LOOP 2×OPT | 6×Ethernet Ports 1×HDMI1.3 1×HDMI1.3 LOOP 1×DVI LOOP 1×3G-SDI LOOP 2×OPT | 4×Ethernet Ports 1×HDMI1.3 1×HDMI1.3 LOOP 1×DVI LOOP 1×3G-SDI LOOP 2×OPT |
| Presets | 10 | 10 | 10 |
| Control Connectors | 1×Ethernet Port 2×USB (input & output) | 1×Ethernet Port 2×USB (input & output) | 1×Ethernet Port 2×USB (input & output) |
As can be seen from the comparison table, the NovaStar VX1000 is significantly superior to the VX600 and VX400 in terms of resolution support, the number of Ethernet ports, and multi-screen processing capabilities. It is particularly suitable for large-scale performances, sports venues, and complex multi-screen splicing scenarios.
Its rich input and output interfaces and high-bandwidth design ensure seamless display and high stability, meeting the requirements of professional-level applications.
7. How to Choose the Right Controller?
When purchasing an LED controller, it is necessary to comprehensively consider the project scale, display requirements and budget to ensure that the equipment can meet the actual application needs.
① Project scale
Large-screen or multi-screen splicing projects usually require high resolution and multi-network port support. For instance, NovaStar VX1000 is suitable for complex scenarios such as large-scale performances, stadiums, and commercial advertising screens. For medium-sized screens, the VX600 can be considered, while for small or basic display projects, the VX400 is a good choice.
② Resolution and picture processing requirements
Select the resolution processing capacity and multi-screen overlay function of the controller according to the content display requirements. For high-resolution videos or multi-layer image overlay scenes, it is recommended to choose VX1000 to ensure clear and smooth images.
③ Interface and Compatibility
Check whether the controller supports the required video input and output interfaces, such as HDMI, DVI, SDI or fiber optic interfaces, to ensure compatibility with existing devices.
④ Budget and cost performance
Under the premise of ensuring that the performance meets the requirements, choose the most suitable model in combination with the budget to avoid over configuration or insufficient performance.
8. Quick Start Guide
For standard LED screens made from cabinets of the same batch, the quick configuration tool can be used for setup.
Prerequisites
The LED screen should be a regular standard screen.
The screen unit needs to be a standard cabinet with the same resolution.
The following data flow configuration is supported. When configuring, please ensure that the physical connection direction of each port is consistent and the connection sequence is downward.
When setting the data flow, Ethernet Port 1 should be at the starting position of the actual physical connection.
Quick Configuration Steps
Step 1. Starting from the main menu, rotate the knob to enter Screen Configuration, and then select Quick Configuration to open the Quick Configuration interface.
Step 2. Input the actual number of rows and columns of the screen splicing unit to complete the Settings of Cabinet Row Qty and Cabinet Column Qty.
Step 3. Use the knob to adjust Port 1 Cabinet Qty and input the number of cabinets controlled by Ethernet port 1.
Step 4. Rotate the knob to select Data Flow (Front View), press the knob to confirm, and select the physical connection method for the screen cabinet.
During the data flow setting period, the effect can be viewed in real time on the LED screen. When the screen display is normal and there is no overlap, press the knob to complete the setting.
After the operation is completed, the controller has identified the layout of each cabinet and the connection status of each Ethernet port, thus ensuring smooth and seamless video transmission.
9. VX1000 Manual Download
10. FAQ
The VX1000 is equipped with HDMI, DVI, 3G-SDI video input interfaces, as well as multiple Ethernet ports and optical fiber output interfaces, allowing for flexible connection to different signal sources and display devices.
NovaStar VX1000 supports up to 4K input signals and can maintain a fine and smooth picture in large-screen splicing.
Yes, the VX1000 supports multi-screen overlay and zooming functions, enabling complex zone display and multi-signal switching, meeting the requirements of performances and advertising playback.
The VX1000 supports three working modes: standard mode, splicing mode and backup mode, which can be flexibly switched according to project requirements to enhance applicability.
The controller is equipped with an efficient heat dissipation system and a signal backup mechanism, ensuring stable operation even under high load conditions and guaranteeing smooth performances or commercial displays.
11. Conclusion
The NovaStar VX1000 controller, with its high-resolution support, multi-screen processing capabilities and rich input/output interfaces, can meet the demands of various application scenarios such as large-scale stage performances, sports venues, multi-screen splicing and commercial advertising screens.
Whether it’s real-time video playback, complex zone display, or multi-signal source switching, the VX1000 can offer a stable and smooth control experience, providing professional support for LED display projects.