NovaStar MX30 — Performance, Price and Manual Download

NovaStar MX30 not just another sending card — the MX30 represents a new generation of all-in-one LED controllers that combine video processing, sending, and control in one compact unit.

It gives users a simple way to manage complex LED systems without adding more equipment. Many LED engineers see it as the perfect balance between the entry-level MX20 and the flagship MX40 Pro.

1. What Is the NovaStar MX30?

The MX30 NovaStar LED display controller is part of the company’s advanced NovaStar COEX series.

Traditionally, LED setups required a separate video processor and sending card. The MX30 eliminates that split. It handles both video input conversion and data transmission to LED receiving cards, reducing cabling and setup time.

Inside, it delivers a total load capacity of 6.5 million pixels, supports 4K@60Hz input, and provides multiple professional interfaces, including HDMI 2.0, HDMI 1.4, DisplayPort 1.1, and 3G-SDI. This flexibility makes it compatible with everything from laptops to professional broadcast systems.

2. Specifications and Performance

The NovaStar MX30 combines strong processing power with practical design. Below is a detailed look at its key technical specifications and how they perform in real use.

Item	Details
Maximum Load Capacity	6.5 million pixels
Ethernet Outputs	10 × Gigabit Ethernet ports
Optical Outputs	2 × 10G optical ports
Maximum Input Resolution	4096 × 2160 @ 60Hz (HDMI 2.0)
Video Inputs	1 × HDMI 2.0, 2 × HDMI 1.4, 1 × DP 1.1, 2 × 3G-SDI
Video Outputs	1 × HDMI preview, 1 × HDMI loop
Color Depth	8-bit / 10-bit HDR10, HLG
Video Layers	Up to 3 adjustable layers
Frame Rate Support	23.98Hz – 480Hz (adaptive)
Power Supply	100-240V AC, 50/60Hz
Power Consumption	55W max
Operating Temperature	−20°C to +45°C
Dimensions (W×H×D)	482.6 × 94.2 × 466.7 mm
Weight	Approx. 5.5 kg

3. Core Features of the MX30 NovaStar

The MX30 NovaStar continues the design philosophy of the MX Series — combining strong performance with simple operation. Here are the core functions that define how the MX30 performs in real projects.

The MX30 merges video processing, sending, and control into one 1U device. It replaces the traditional setup of a processor plus sending card, reducing hardware and wiring.

You can switch inputs, scale signals, and send data to receiving cards all from the same unit. This integration saves space and speeds up installation — a major advantage in rental and touring jobs.

Through its HDMI 2.0 input, the MX30 supports HDR10 and HLG for wider dynamic range and richer color. The 10-bit input keeps smooth brightness transitions and avoids visible banding in gradients.

When paired with NovaStar A10s Pro or A8s Pro receiving cards, the controller enables pixel-level grayscale and color calibration, keeping every cabinet perfectly consistent.

(HDR functions are available only on the HDMI 2.0 input.)

The MX30 supports three independent layers — one background and two PIP (picture-in-picture) layers. Each layer’s position, size, and Z-order can be adjusted freely. That means you can overlay logos, text, and video feeds on the same LED wall without using an external video mixer.

In sending-card mode, the MX30 can reduce delay to less than one frame from input to output. That’s fast enough for live broadcasts, concerts, and XR stages where screen feedback must stay in sync with cameras or performers.

The MX30 automatically adapts to input frame rates between 23.98 Hz and 480 Hz, handling both film and high-refresh content. It also keeps screen brightness stable when switching frame rates.

The built-in Genlock input lets the MX30 lock its refresh timing with other video systems. Multiple controllers or cameras can stay frame-accurate, producing flicker-free visuals even across large synchronized walls.

(Genlock and Low-Latency Mode cannot be enabled at the same time — this is by design to maintain stability.)

The controller stores up to 128 presets that hold brightness, color, and layout settings. Operators can recall any saved scene instantly during a show or presentation.

The MX30 is built in a full-metal housing with efficient cooling and industrial-grade components. It maintains stable operation in temperature ranges from −20 °C to +45 °C.

Low power consumption (≤ 55 W) and solid heat control make it reliable for long-term use.

4. Setup Made Simple

The Nova MX30 may look like a professional device, but its setup process is actually quite direct once you understand the workflow.

Almost everything you need — from screen mapping to input switching — can be done either from the front panel or through the VMP software.

4.1 Getting Started

Before powering on, connect the input source and the LED screen’s receiving cards to the output ports. (The MX30 supports 10 Ethernet ports and 2 optical ports, so even large screens can be connected directly.)

Once powered, the device runs a quick self-check and shows its status on the front-panel screen.

You can then choose between two ways to configure the screen:

Quick setup via the front panel (best for small or single screens)
Full configuration in VMP software (recommended for complex layouts or multi-screen systems)

4.2 Quick Configuration from the Front Panel

The MX30’s front panel includes a display screen, navigation keys, and a control knob. You can complete a full setup without a computer. Here’s how it works:

🗸 Step 1 – Enter the Menu
Press the knob to open the main menu.
Navigate to Screen Configuration > Quick Configuration.

🗸 Step 2 – Set Screen Parameters
Input the number of cabinets in each row and column, select the data flow direction (left-to-right, right-to-left, etc.), and define the starting port.

🗸 Step 3 – Assign Output Ports
Each port can load a certain number of cabinets — the MX30 automatically calculates capacity, but you can fine-tune it manually if needed.

🗸 Step 4 – Save Configuration
Once you confirm the layout, select “Save to Receiving Card.”
This writes the configuration to each receiving card, allowing the screen to remember it even after reboot.

🗸 Step 5 – Verify with Test Pattern
Go to Display Control > Test Pattern and choose from built-in options like grid or color bars to check if the mapping is correct.

👉 Tip:
If the screen lights up with mismatched or flipped sections, go back to the data flow setting — that’s where most beginners make mistakes.

4.3 Advanced Setup Using VMP Software

For bigger screens or irregular cabinet layouts, NovaStar’s Vision Management Platform (VMP) is the preferred method. It gives you a visual “canvas” for mapping and managing multiple devices.

4.3.1 Connection

Connect the MX30 to your PC via an Ethernet control port.
Launch VMP, and it will automatically detect the controller on the network.

4.3.2 Configuration Steps

Create a new project in VMP.
Click Scan to detect connected receiving cards.
Use the on-screen grid to arrange cabinets according to the physical installation.
Assign input sources (HDMI, DP, or SDI) to each layer.
Adjust brightness, gamma, and color temperature if needed.
Save the project and push the configuration to the MX30.

VMP also offers access to seam correction, monitoring, and firmware update tools, all within the same interface.

4.4 Input Source Management

To switch video sources directly on the controller:

Press the Input button on the front panel.
Scroll through available inputs — HDMI 2.0, HDMI 1.4, DP, or SDI.
Confirm with the knob to switch instantly.

The active source appears on the display screen, and the MX30 remembers the last used input after restart.

👉 Pro tip:
Use HDMI 2.0 when possible — it’s the only port that supports 4K@60Hz and HDR10/HLG.

4.5 Layer and Scene Control

From the front panel or VMP, you can enable up to three layers — one background and two PIP layers. Each layer can be resized, repositioned, or hidden in real time.

For example:

Layer 1: Main video or camera feed
Layer 2: Logo or static overlay
Layer 3: Sponsor or live graphic

Once arranged, save the layout as a preset under Scene Management. You can store up to 128 presets, which lets you switch entire screen setups in seconds.

4.6 Real Setup Experience

Technicians appreciate how quickly the MX30 goes from unboxed to operational. You can do a simple mapping in minutes, and more advanced calibration later through VMP. Unlike older systems, there’s no need to chain multiple processors — the MX30 already handles it all in one step.

In daily use, that translates to fewer points of failure, shorter setup times, and a workflow that’s clear even for non-specialists.

5. Compatibility and Integration Tips

The NovaStar MX30 fits into a wide ecosystem of NovaStar hardware and software.

While it works as a standalone controller, its real power appears when paired with the right receiving cards, software, and synchronization systems.

5.1 Supported Receiving Cards

The MX30 works best with NovaStar’s A10s Pro, A8s Pro, A7s Plus, and A5s Plus cards.

All of them handle normal display control, but the A10s Pro and A8s Pro unlock extra features like:

HDR10 / HLG display when using the HDMI 2.0 input
Low latency and color calibration
Smart module data reading for easier maintenance

Older cards still function but may not support HDR or advanced calibration. If you’re building a new system, go with the A10s Pro — it gives the most complete feature set.

5.2 Software Integration

The MX30 works with Vision Management Platform (NovaStar Coex VMP) — NovaStar’s latest control software.

VMP handles mapping, calibration, and monitoring in one place. You can detect devices automatically, arrange cabinets visually, and check port status in real time. It’s much faster and simpler than the older NovaLCT tool.

5.3 Signal and Input Compatibility

The controller supports almost any modern signal:

HDMI 2.0 for 4K@60Hz and HDR10/HLG
HDMI 1.4 / DP 1.1 for common HD signals
3G-SDI for broadcast or camera feeds

You can connect directly from media servers, video switchers, or broadcast decks without converters.

5.4 Sync and Control Integration

The Genlock input lets multiple MX controllers stay in sync. For remote operation, you can also use RS232 or Ethernet commands from a control system.

Just note that Genlock and Low-Latency mode can’t run at the same time.

5.5 Optical and Network Setup

Two 10G optical ports help extend transmission distance to hundreds of meters.

The 10 Ethernet outputs can be freely assigned to different screen areas for balanced load and easy maintenance.

6. MX30 vs MX20 vs MX40 Pro

All three models — NovaStar MX40 Pro and MX20, MX30 — belong to NovaStar’s COEX series of all-in-one LED controllers.

They share the same core concept but differ in performance level, input flexibility, and pixel capacity.

Here’s a full comparison to help you choose the right one.

Feature	MX20	MX30	MX40 Pro
Total Load Capacity	3.9 million pixels	6.5 million pixels	10.4 million pixels
Ethernet Outputs	8 × Gigabit	10 × Gigabit	16 × Gigabit
Optical Outputs	2 × 10G	2 × 10G	4 × 10G
Max Input Resolution	3840 × 2160 @60Hz	4096 × 2160 @60Hz	8192 × 2160 @60Hz
Video Inputs	HDMI 2.0 ×1 HDMI 1.4 ×2 DP 1.1 ×1	HDMI 2.0 ×1<br>HDMI 1.4 ×2<br>DP 1.1 ×1<br>3G-SDI ×2	HDMI 2.0 ×1<br>HDMI 1.4 ×2<br>DP 1.2 ×1<br>3G-SDI ×2
Video Layers	2	3 (1 background + 2 PIP)	4 (1 background + 3 PIP)
HDR Support	HDR10 / HLG (HDMI 2.0 only)	HDR10 / HLG (HDMI 2.0 only)	HDR10 / HLG (HDMI 2.0 only)
Low Latency Mode	<1 frame	<1 frame	<1 frame
Genlock Input	Yes	Yes	Yes
Frame-Rate Range	23.98-240Hz	23.98-480Hz	23.98-480Hz
Preset Storage	64	128	128
Control Ports	1 × RS232 1 × Ethernet	1 × RS232<br>2 × Ethernet	1 × RS232<br>2 × Ethernet
Power Supply	100-240V AC	100-240V AC	100-240V AC
Max Power Consumption	45W	55W	75W
Dimensions (W×H×D)	482.6 × 94.2 × 466.7 mm	482.6 × 94.2 × 466.7 mm	482.6 × 133 × 480 mm
Weight	5.2 kg	5.5 kg	6.5 kg

7. Nova MX30 Price

The Nova MX30 is positioned as a mid-range professional controller in the MX Series lineup — more capable than the MX20, but lighter and more affordable than the MX40 Pro.

It is priced around USD 1,700 – 1,900, depending on the supplier, shipping, and regional taxes.

You can find the NovaStar MX30 and other COEX series controllers on LedInCloud.

Register LedInCloud, you can:

Access official documentation and firmware updates
Receive exclusive pricing
Get setup guidance from LED system experts

8. NovaStar MX30 Manual and Software Download

Visit the NovaStar Software page to get the latest tools, firmware, and professional support for your LED control system. All resources on LedInCloud come directly from NovaStar’s official releases.

That means:

Safe, verified files with correct version numbers
Access to update logs and compatibility notes
Fast downloads with no redirects

9. Conclusion

The NovaStar MX30 stands out as a reliable, all-in-one LED controller. It handles 4K@60Hz, HDR10, and low-latency playback in a compact unit that’s easy to set up and maintain.

For most mid-size LED walls, the MX30 offers the best mix of power and value in the COEX lineup — more flexible than the MX20 and far more affordable than the MX40 Pro.

For more professional technical support, please contact LedInCloud.