NovaStar VX1000 Pro Controller: Features, Price and Manuals

The NovaStar VX1000 Pro is positioned as an all-in-one LED display controller. It combines video processing, sending card functions, and fiber conversion in a single device. On paper, that sounds simple. In real projects, the value depends on how these functions work together and how easy they are to use on site.

This article is written for users who want a clear and practical understanding of the VX1000 Pro.

1. What Is the NovaStar VX1000 Pro?

The VX1000 Pro is an all-in-one LED display controller developed by NovaStar. It is designed to sit between video sources and LED receiving cards, handling signal input, processing, and output within one hardware unit.

Unlike traditional setups that require a separate video processor, sending card, and fiber converter, the VX1000 Pro integrates these functions into a single chassis. In practical terms, this reduces system complexity, wiring, and configuration time, especially for rental, stage, and medium-to-large fixed installations.

From a system perspective, the VX1000 Pro can work in different roles depending on how it is configured:

As a video controller, processing incoming signals and directly driving LED screens
As a fiber converter, extending signal transmission over optical fiber
In Bypass mode, passing signals with minimal processing and lower latency

2. What the VX1000 Pro Is Designed to Handle

The VX1000 Pro is designed for LED projects that go beyond basic screen setups. It targets larger resolutions, higher input quality, and more demanding operating conditions.

2.1 Screen Capacity and Resolution

At its core, the VX1000 Pro is built to handle large pixel loads:

Maximum loading capacity: up to 6.5 million pixels
Maximum width: up to 10240 pixels
Maximum height: up to 8192 pixels

This makes it suitable for wide stage backdrops, tall LED walls, and fine-pitch displays that require high resolution without splitting the screen across multiple controllers.

2.2 Input Signal Requirements

The VX1000 Pro NovaStar is designed to work with modern video sources used in professional environments:

Supports 4K input at 60Hz
Suitable for media servers, video switchers, and professional playback systems
Reduces the need for external scaling or signal conversion

For projects where image quality and smooth playback matter, this input capability simplifies system design.

2.3 Project Scale and Usage Intensity

The VX1000 Pro is not intended for small, low-demand LED screens. It is designed for:

Medium to large LED installations
Rental and touring projects with frequent setup and teardown
Long-running displays that stay powered on for extended periods

These use cases require stable signal processing and flexible configuration, which is where this controller is positioned.

2.4 When the VX1000 Pro Makes Sense

In simple terms, the VX1000 Pro is designed for projects where:

Screen resolution is already high
Input signals are complex or professional-grade
Reliability and system flexibility are more important than minimal cost

If a project has already outgrown basic sending cards or entry-level controllers, the VX1000 Pro is built to handle that next step.

3. Input and Output Connections Explained

When choosing the VX1000 Pro, connection capability is not just about interface types. It directly affects screen layout, backup design, and overall system reliability.

3.1 Video Input Interfaces

Input Type	Key Specifications	Notes
HDMI 2.0	Up to 4096×2160 @ 60Hz	Supports custom resolutions up to 8192 pixels wide or 8188 pixels high
		Supports 8 / 10 / 12-bit color depth
		Supports RGB 4:4:4 and YCbCr formats
HDMI 1.3	Up to Full HD	Commonly used for backup or secondary sources
3G-SDI	Broadcast standard	Used for cameras and live production equipment

The HDMI 2.0 input is especially useful for wide-format LED screens. By using custom resolutions, the VX1000 Pro can directly process ultra-wide signals such as 8192×1080 @ 60Hz, reducing the need for external scaling devices.

When 3D is enabled using Side-by-Side or Top-and-Bottom signal formats, the controller’s output capacity is reduced by half. This limitation must be considered during screen planning.

3.2 LED Output Interfaces

Output Type	Quantity	Engineering Details
Gigabit Ethernet	10 ports	Each port supports up to 650,000 pixels (at 8-bit output)
10G Optical Fiber (OPT 1 & OPT 2)	2 ports	Support output, copy, and loop modes
10G Optical Fiber (OPT 1 & OPT 2)	2 ports	OPT 1 is a self-adaptive port and can function as a video input or sending card output

The Ethernet ports serve as the primary data transmission path to LED receiving cards and are used for screen partitioning and load distribution. Pixel allocation per port is a key step in system design.

The 10G optical fiber ports are not only used for long-distance transmission. They also play a critical role in device cascading, signal backup, and building high-reliability LED systems.

3.3 How These Interfaces Are Used in Real Projects

In practical applications, the VX1000 Pro NovaStar allows engineers to configure redundancy directly through the device menu or software:

Input sources can be set with automatic backup, switching to a secondary signal if the main input is lost
Ethernet ports can be configured for port-level redundancy
Device-level backup can be tested without physically reconnecting cables

These functions are part of the VX1000 Pro’s end-to-end backup design, which is especially important for live events, rental stages, and long-running displays where signal interruption is not acceptable

4. How VX1000 Pro Works in Real Projects

In real LED projects, the VX1000 Pro is usually used as the central control device. It sits between video sources and LED receiving cards, handling signal processing, screen mapping, and system stability in one unit.

Instead of treating it as a list of features, it is more useful to understand how the VX1000 Pro behaves during setup and live operation.

4.1 Working Modes and Signal Flow

The VX1000 Pro supports multiple working modes. The selected mode directly affects signal processing behavior and available functions.

This is the most common working mode. The VX1000 Pro processes the input signal and sends data directly to LED receiving cards. Most image processing and screen management functions are available in this mode.

In this mode, the device focuses on optical signal transmission. It is typically used in large venues or projects where long-distance signal delivery is required.

The input signal passes through the device with minimal processing. This mode is often chosen when lower latency is required. Some image processing functions are limited in this state.

Selecting the correct working mode at the beginning of a project, as changing modes later may affect screen configuration and signal routing.

4.2 Layer Management and Image Processing Logic

The VX1000 Pro supports up to six layers, which are used to manage how different input signals appear on the LED screen.

In practical projects, layers are commonly used for:

Main background video
Picture-in-picture content
Overlay graphics such as logos or labels
Temporary content switching during live events

Each layer can be positioned, scaled, and cropped. A single 4K input can also be used as a layer source, which helps simplify system design when working with high-resolution content.

The controller also supports OSD (On-Screen Display) functions. Text and image elements can be generated directly by the device, which is useful for simple overlays without relying on external graphics sources.

4.3 Control Methods During Setup and Operation

The VX1000 Pro provides multiple control methods to match different working environments:

Commonly used for quick screen setup, signal selection, and basic adjustments on site.

Used for detailed configuration, screen topology design, and system backup setup.

Useful for basic control and monitoring when a computer is not convenient.

Often used for simple operations such as screen on and off.

This layered control design allows engineers to choose the most efficient method depending on whether they are in setup, testing, or live operation.

4.4 Backup, Redundancy, and System Stability

System reliability is a core design focus of the VX1000 Pro. According to the user manual, the controller supports end-to-end backup across multiple levels:

Automatically switches to a backup signal if the primary input is lost.

Provides redundancy at the data transmission level between the controller and LED receiving cards.

Allows a secondary controller to take over if the primary device encounters a failure.

These backup functions can be configured and tested through the device menu or control software, without physically reconnecting cables. This is especially important for rental stages and live events.

4.5 Typical On-Site Operation Logic

In real projects, engineers usually follow a simple working order when using the VX1000 Pro:

Choose the appropriate working mode based on latency and processing needs.
Confirm the input signal resolution and format, especially when using custom or ultra-wide signals.
Assign Ethernet port loads according to the pixel capacity of each port.
Configure and test backup settings before live operation begins.

This approach helps reduce setup time and avoids last-minute adjustments during events.

4.6 Power-Off Memory and Recovery

The VX1000 Pro supports power-off memory. If the device loses power unexpectedly, it can restore the previous configuration after power is recovered.

For projects where quick recovery is required, this behavior helps minimize downtime and avoids repeating the entire configuration process.

4.7 Practical Setup Notes

Custom input resolutions should be confirmed before screen mapping to avoid scaling issues.
When using 3D input formats, output capacity planning should be adjusted in advance.
Backup functions should be tested during setup, not after the event starts.
Saving the configuration after setup helps speed up recovery if power is interrupted.

5. NovaStar VX1000 Pro Price

In practice, the NovaStar VX1000 Pro is positioned as a mid-to-high level all-in-one LED controller, and pricing is typically project-based.

5.1 What Affects the VX1000 Pro Price

The final price of a VX1000 Pro is usually influenced by several practical factors:

System configuration
Accessories and options
Project scale and complexity
Service and regional factors

5.2 How Pricing Is Usually Handled in Real Projects

For system integrators and rental companies, the VX1000 Pro is typically evaluated as part of a complete LED control solution. The controller price is considered together with screen size, signal routing, backup requirements, and on-site operation needs.

To make this process clearer, LedInCloud provides registered users with access to detailed product information, configuration references, and pricing guidance based on real project scenarios. This allows users to review pricing in context, rather than relying on outdated or incomplete listings.

Register LedInCloud helps ensure that the information you see matches current configurations and technical requirements, especially when comparing different control solutions or planning complex LED systems.

6. VX1000 Pro Manual and Specs Download

For the VX1000 Pro, using the right manual and software version helps avoid configuration issues and mismatched settings.

For VX1000 Pro, we provide dedicated download resources on this page.

For other VX series controllers or different NovaStar products, are centralized on the NovaStar Software page.

This approach makes it easier for users who work with multiple NovaStar devices to:

Find the latest versions of NovaLCT and Unico
Access manuals for different models in one place
Stay aligned with official NovaStar updates

If you are working with multiple controllers or planning to compare different NovaStar solutions, the software page provides a more complete overview.

7. VX400 Pro vs VX600 Pro vs VX1000 Pro vs VX2000 Pro

The table below highlights the practical differences between the main NovaStar VX Pro models.

Feature	VX400 Pro	VX600 Pro	VX1000 Pro	VX2000 Pro
Product Positioning	Entry-level all-in-one controller	Mid-range rental controller	High-capacity professional controller	Ultra-large system controller
Max Loading Capacity	2.6 million pixels	Higher than VX400 Pro	Large-scale LED systems	Ultra-large LED systems
Ethernet Outputs	4 × Gigabit	6 × Gigabit	10 × Gigabit	20 × Gigabit
Optical Fiber Support	Limited / basic	Supported	Supported (system-level use)	Designed for large-scale cascading
Layer & Image Processing	Supported	Supported	Advanced multi-layer control	Advanced multi-layer control
Backup & Redundancy	Basic	Enhanced	Full device, input, and output backup	Designed for multi-device redundancy
Typical Screen Size	Small to medium LED walls	Medium rental LED screens	Large stages and venues	Mega LED installations
Typical Application	Fixed installation, small events	Rental, touring, corporate events	Large rental, stage, control rooms	Broadcast, landmark displays

novastar vx1000 pro fornt panel — VX1000 Pro

✓ NovaStar VX400 Pro is usually chosen when screen size and signal routing are simple.

✓ NovaStar VX600 Pro fits most mid-size rental and touring projects.

✓ NovaStar VX1000 Pro is selected when system stability, backup, and capacity matter more than compact size.

✓ NovaStar VX2000 Pro is used for projects that exceed single-controller limits.

For a broader overview of our LED display solutions and control systems, you can visit the LedInCloud – LED Screen Cloud Platform.

8. FAQs

Q1. What is the maximum pixel capacity of the VX1000 Pro?

The VX1000 Pro supports a maximum loading capacity of 6.5 million pixels.

Q2. How many pixels can one Ethernet port handle?

Each Gigabit Ethernet output supports up to 650,000 pixels at 8-bit output depth.

Q3. Does the VX1000 Pro support 4K input?

Yes. The VX1000 Pro supports 4K video input, including standard 4096×2160@60Hz signals.

Q4. Can the VX1000 Pro be used for 3D LED display?

The VX1000 Pro supports 3D display, including different 3D signal formats.

However, when certain 3D formats are enabled, the output capacity is reduced, and this should be considered during system design.

Q5. Is backup supported, and how does it work?

Yes. The VX1000 Pro supports end-to-end backup, including:

Input source backup
Ethernet output backup
Device-level backup

These backup functions can be configured and tested through the device menu or control software, without reconnecting cables.

9. Conclusion

The NovaStar VX1000 Pro is designed for LED projects that sit between mid-scale setups and ultra-large systems. It combines video processing, signal sending, and system backup into a single unit, which helps reduce overall system complexity.

Compared with other models in the VX Pro series, it offers a balanced position. It handles demanding rental stages, fixed installations, and control-room applications while keeping operation and configuration manageable for on-site engineers.