Choosing the wrong LED controller can mean dropped frames, mismatched ports, or a screen that simply can’t handle your resolution. The Novastar VX1000 is built to rule that out.
In this guide, we’ll walk you through the VX1000 — its price, features, functions, and typical applications.
The VX1000 is built for large LED screens that need high-quality 4K output. Thanks to its strong loading capacity and full feature set, it’s become one of the go-to controllers for stage, rental, and fine-pitch LED projects.
Table of Contents
1. Introduction
The Novastar VX1000 is an all-in-one LED controller. It combines video processing and video control in a single box — no need to run separate devices for each job.
It comes with 10 Ethernet output ports and switches between three working modes: Video Controller, Bypass, and Fiber Converter. One unit can drive up to 6.5 million pixels, with a maximum output of 10,240 × 8,192 pixels. That’s enough headroom for most ultra-wide or ultra-high LED walls.
On the input side, the VX1000 accepts a range of video signals and processes 4K×1K@60Hz images. It also supports stepless output scaling, low latency, 3D, and pixel-level brightness and chroma calibration — so the image stays sharp and consistent across the whole screen.
For day-to-day control, the VX1000 works with NovaStar’s NovaLCT and V-Can software. From there, you can handle screen configuration, Ethernet port backup, layer management, presets, and firmware updates — all without touching the front panel.
Thanks to this combination of processing power and flexibility, the VX1000 is a popular choice for medium to high-end rental screens, stage control systems, and fine-pitch LED walls.
2. Novastar VX1000 Key Features
So what makes the VX1000 stand out from a standard LED controller? Here are the 9 features that matter most for real-world projects:
(1) Three Working Modes: including video controller, bypass mode, and fiber converter;
(2) Stable and Safe Redundant System: redundant input source, system configuration, ethernet ports, and devices are all supported;
(3) 3-Layer Images: 3 x 4K layers, free scaling for each layer;
(4) 4K High-Definition Visual Performance: 4K x 1K@60Hz high resolution input, 4K x 1K point-to-point display;
(5) Large Loading Capacity: 10 Ethernet output ports supporting up to 6.5 million pixels of loading capacity;
(6) Strong Video Processing:
- a. With a single click, full-screen display can be achieved;
- b. Utilizing the advanced image quality processing technology of SuperView III, it enables seamless output scaling without steps;
- c. It allows for flexible input cropping, giving you the freedom to crop the input as desired.
(7) Mosaic Input Source: Novastar VX1000 supports a mosaic source composed of several input connectors of the same type — useful when one connector’s resolution isn’t enough and you need to combine multiple feeds into a single wider image.
(8) Easy Preset Saving and Loading:
- a. Up to 10 user-defined presets supported;
- b. Load a preset by simply pressing one button.
(9) Super Low Latency Working with Bypass Mode: the delay can be reduced to 20 lines when working in bypass mode with the low latency function.
3. Novastar VX1000 Appearance
Before you order, check whether the VX1000’s ports match your setup. How many Ethernet ports do you need? What video sources are you connecting? Do you need fiber for long-distance runs? The panel layout below answers all of that.
Area | Function |
LCD Screen | Shows device status, menus, and messages |
Knob | Rotate to select a menu item or adjust a value; press to confirm |
ESC Button | Exits the current menu or cancels an operation |
Control Area | Opens/closes the main layer and PIP layers, with LED status indicators; includes the SCALE shortcut button for full-screen display |
Input Source Buttons | Show input source status and let you switch a layer’s input source directly |
Shortcut Function Buttons | PRESET (preset menu), TEST (test pattern), FREEZE (freeze output image), FN (customizable) |
Tip: Hold the knob and ESC button together for 3+ seconds to lock or unlock the front panel — useful for preventing accidental input during a live show.
Category | Connector | Qty | Key Notes |
Input | 3G-SDI | 1 | Max. input 1920×1080@60Hz; supports loop output |
Input | HDMI 1.4 | 2 | Max. input 3840×1080@60Hz or 3840×2160@30Hz; HDCP 1.4 compliant |
Input | DVI (HDMI 1.4) | 2 | Same resolution range as HDMI 1.4; supports mosaic of two inputs |
Output | Ethernet ports | 10 | Drives up to 6.5 million pixels; max. output 10,240×8192 pixels; ports 1–2 also support audio output |
Output | HDMI 1.3 | 1 | For monitoring or video output; output resolution adjustable |
Fiber | OPT ports | 2 | Self-adaptive OPT 1 (input or output); OPT 2 for output, copy, or backup |
Control | Ethernet | 1 | Connects to control PC or router |
Control | USB | 2 | PC connection and device cascading |
Control | Genlock IN-LOOP | 1 | Accepts external sync signal (bi-level/tri-level) |
Control | Light Sensor | 1 | Enables automatic brightness adjustment based on ambient light |
Status LEDs on the Ethernet and control ports show connection and communication status at a glance — handy for on-site troubleshooting without a laptop.
4. Novastar VX1000 Full Specifications
Want to know if the VX1000 fits your project before you order? Check power draw, operating temperature, weight, and noise level below — everything you need for planning shipping, installation, and site setup.
Electrical & Environmental
Parameter | Value |
Power connector | 100–240V~, 1.5A, 50/60Hz |
Rated power consumption | 35 W |
Operating temperature | 0°C to 45°C |
Operating humidity | 20% RH to 90% RH, non-condensing |
Storage temperature | −20°C to +70°C |
Storage humidity | 10% RH to 95% RH, non-condensing |
Noise level (typical at 25°C/77°F) | 45 dB(A) |
Physical
Parameter | Value |
Dimensions | 483.6 mm × 351.2 mm × 50.1 mm |
Net weight | 4 kg |
Packing size (flight case) | 521.0 mm × 517.0 mm × 102.0 mm |
Packing size (carton) | 565.0 mm × 175.0 mm × 450.0 mm |
Gross weight (flight case) | 10.4 kg |
Gross weight (carton) | 6.8 kg |
What’s Included in the Package
Both packing options come with a power cord, HDMI-to-DVI cable, USB cable, Ethernet cable, HDMI cable, and Quick Start Guide. The flight case version adds a DAC cable, while the carton version adds a Safety Manual and Customer Letter.
5. VX1000 Applications & Working Modes
The VX1000 switches between three working modes, depending on what your setup needs. Here’s how each one works.
5.1 Video Controller Mode
In this mode, the VX1000 processes and controls video at the same time. You can run a main layer plus two PIP layers, pulling from sources like SDI, HDMI, DVI, or a video processor over optical fiber. The HDMI output connector is used for monitoring, with a fixed resolution of 1920×1080@60Hz.
Note: Don’t manually set the HDMI 1.3 output resolution through Advanced Settings > HDMI Output. Doing so can affect the LED screen display.
5.2 Bypass Mode
In Bypass mode, the VX1000 acts as an independent LED display controller. The output image skips processing and displays pixel-to-pixel. Only the main layer works in this mode — the two PIP layers aren’t available.
5.3 Fiber Converter Mode
Use this mode for long-distance transmission. The VX1000 connects to a fiber converter, which then connects to a video controller and on to the LED screen.
Note: For long-distance transmission, you can use either OPT 1 or OPT 2. If you use OPT 2, switch its working mode to Copy.
6. VX1000 vs VX600 vs VX400 vs VX1000 Pro
All four controllers share the same core setup. Each combines video processing and video control in one box. Each supports three working modes and NovaStar’s SuperView III image processing.
The real difference comes down to three things: how many pixels you need to drive, how many layers you need, and what signal you’re feeding in. The table below breaks it down using NovaStar’s official specs.
VX1000 | VX600 | VX400 | VX1000 Pro | |
Loading Capacity | 6.5 million pixels | 3.9 million pixels | 2.6 million pixels | 6.5 million pixels |
Max Width (pixels) | 10240 | 10240 | 10240 | 10240 |
Max Height (pixels) | 8192 | 8192 | 8192 | 8192 |
Layers | 1×MAIN+2×PIP | 1×MAIN+2×PIP | 1×MAIN+1×PIP | Up to 6 layers (4K×2K / 4K×1K / 2K×1K configurable) |
Input Connectors | 1×3G-SDI | 1×3G-SDI | 1×3G-SDI | 1×3G-SDI |
Output Connectors | 10×Ethernet Ports | 6×Ethernet Ports | 4×Ethernet Ports | 10×Ethernet Ports |
Presets | 10 | 10 | 10 | 256 |
How to choose:
VX400 — smaller screens: conference rooms, retail displays, compact rental setups.
VX600 — mid-size rental and stage screens.
VX1000 — the standard for medium to high-end rental, stage, and fine-pitch projects.
VX1000 Pro — same pixel capacity as the VX1000, built for projects needing more layers, higher-resolution input, or fast preset switching (256 vs 10) — live broadcast, control rooms, multi-source event walls.
7. Novastar VX1000 Price
VX1000 pricing depends on your region, order volume, and whether you need extras like optical modules or a flight case. There’s no single fixed number that fits every project.
The most reliable way to get an accurate quote is to tell us your project details — screen size, resolution, and working mode. Linsn LED can quote the VX1000 alongside compatible receiving cards and cabinets, so you get a complete system price instead of piecing it together yourself.
8. How to Connect & Debug Novastar VX1000 All-in-One LED Controller?
Getting the VX1000 up and running takes about 10 steps, from cabling to screen configuration in NovaLCT. Here’s the full walkthrough.
(1) Connect the VX1000 to your control PC via USB and HDMI cable, then plug in the power cable.
(2) Connect the LED display’s network cables to the VX1000’s Ethernet ports, in order.
(3) Turn on the control PC, then press the power button on the VX1000.
(4) On the home screen, set the input source to HDMI 1.
(5) Open NovaStar NovaLCT, select User Login, and enter your password. New to NovaLCT?
(6) Go to Screen Configuration to set up your screen.
(7) Load your cable connection diagram, switch your PC’s display mode to Duplicate (Win + P), send the configuration to the LED display, and save it.
(8) In Layer Settings, turn off PIP 1 and PIP 2 if you’re not using them.
(9) Press the SCALE button to fill the screen with one click.
(10) To lock the front panel, hold down the knob and ESC button together for 3 seconds or longer. Repeat the same press to unlock.
9. Download VX1000 Resources
Need the official documentation or control software for your VX1000? Everything you need is listed below — no signup required.
Latest Versions
Resource | Description | Version |
Full setup, menu operations, and troubleshooting guide | V1.5.0 | |
Complete technical specs, features, and dimensions | V1.6.0 | |
Fast-track setup for first-time installation | V1.0.0 |
Older Versions
Looking for an earlier version of the documentation? These stay available in case you’re working from an older setup or need to match a previous configuration.
10. FAQs
The core pixel capacity is the same — both drive up to 6.5 million pixels. The Pro adds more layers (up to 6 vs 3), higher input resolution (4K×2K@60Hz via HDMI 2.0 vs 4K×1K@60Hz), and far more presets (256 vs 10). If your project needs multi-source live layouts or fast show-to-show switching, the Pro is the better fit.
Yes. It works with the EMT200 3D emitter and matching 3D glasses. One thing to know: turning on 3D mode halves the device’s output capacity, so factor that into your screen planning.
Up to 4 units can be cascaded for image mosaic, letting you combine several devices to cover larger screens.
The VX1000 supports hot backup at three levels — between devices, between Ethernet ports, and between input sources. If one fails, the backup takes over without a visible interruption on screen.
When Bypass mode and the low latency function are both enabled, delay drops to as little as 20 lines — useful for live events where timing matters.
Yes. Audio input comes through the HDMI source, and audio output runs through a multifunction card connected to Ethernet port 1 or 2, with adjustable volume.
In Video Controller mode, the VX1000 processes the video and lets you run a main layer plus two PIP layers. In Bypass mode, it skips processing and displays pixel-to-pixel — only the main layer works, and the two PIP layers aren’t available.
It processes 4K×1K@60Hz images and supports a maximum output of 10,240×8192 pixels across its 10 Ethernet ports.
CE, CB, UL, CMIM, EAC, FCC, IC, RCM, UKCA, NOM, and KC. If your project needs certification for a specific country not on this list, check with us before ordering.
11. Conclusion
The Novastar VX1000 packs video processing, video control, and fiber conversion into one box — built to drive up to 6.5 million pixels for stage, rental, and fine-pitch LED projects. With 10 Ethernet ports, three working modes, and solid backup options, it’s a controller that holds up under real event conditions.
If you’re planning a project around the VX1000, Linsn LED can quote it alongside compatible receiving cards and cabinets, so you get one price for the full system instead of piecing it together yourself.
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