Understanding Layering

Understanding Layering in dvLED Screens & Content Management

Layering in dvLED screens allows multiple content sources to be displayed simultaneously on a single screen by stacking or overlaying different elements. This feature is essential for command centers, broadcast studios, sports venues, and digital signage networks, where dynamic content presentation and multi-source integration are required.

How Layering Works in dvLED Screens

1. Single Layer (Full-Screen Content)

• A single content source (e.g., video feed, presentation, or image) fills the entire screen.
• No additional overlays or Picture-in-Picture (PiP).

2. Multiple Layers (Split-Screen & PiP)

• Split-Screen Layouts: The screen is divided into multiple sections, each displaying a different input source.
• Picture-in-Picture (PiP): A secondary content source is shown in a smaller overlay window.

3. Layered Overlays (Data & Graphics Integration)

• Text Overlays: News tickers, real-time statistics, or branding elements over live content.
• Graphics & Logos: Semi-transparent graphics over video content without obstruction.
• Interactive Layering: Dynamic overlays for real-time updates.

4. Advanced Layering (4K Processing & Multi-Source Integration)

• Multiple Video Feeds: A sports bar or control center may need to show live games, analytics, and social media feeds concurrently.
• Custom Canvas Layouts: Predefined layouts allow users to assign specific inputs to different sections of the screen.
• Transparent & Animated Layers: High-end LED processing supports smooth transitions, animated overlays, and interactive elements.

Key Considerations for Layering on dvLED Screens

1. Processor Capability

• The number of layers a dvLED screen can handle depends on the LED processor and video controller in use.
• Example: A NovaStar H5 processor can enable 4 layers of 4K content simultaneously, while lower-end models may allow only one or two layers.

2. Input Source Bandwidth

• 4K video layers require more processing power and bandwidth than lower-resolution sources.
• If multiple high-resolution inputs are needed, additional input cards or controllers may be required.

3. Scaling & Pixel Mapping

• Proper scaling and pixel mapping ensures smooth transitions and correct aspect ratios.
• Incorrect scaling can cause distortion, lag, or resolution loss.

4. Software & Preset Management

• dvLED control software allows users to predefine layouts and switch between different layering presets in real time.
• Some systems offer automation & remote scheduling for preset changes.

Practical Applications of Layering in dvLED Screens

✔ Sports Bars & Entertainment Venues – Multiple live games, betting odds, and social media feeds displayed simultaneously.
✔ Corporate Command Centers – Real-time data, surveillance feeds, and alerts layered on a single screen.
✔ Retail & Digital Signage – Promotional content layered with live product information.
✔ Event & Broadcast Studios – Live interviews, graphics, and audience interaction displayed simultaneously.

Recommended NovaStar Processors for dvLED Layering Needs

When selecting a NovaStar processor for dvLED layering, it’s important to consider:
1️⃣ The number of input sources
2️⃣ Resolution requirements (e.g., 4K)
3️⃣ The complexity of layering

Below are the best NovaStar processors for different use cases:

1. NovaStar H Series (Best for High-End Multi-Layer Processing)

✅ Recommended Models: H5 or H9
✔ Supports 4K/8K processing
✔ Handles multiple layers (up to 4 simultaneous 4K layers per output card)
✔ Scales, switches, and maps multiple sources
✔ Supports up to 10 input cards (HDMI 2.0, DP 1.2, 12G-SDI, etc.)

💡 Best For:

• Control rooms, sports venues, entertainment centers
• Complex layouts with multiple content layers
• Live events & command centers requiring real-time seamless switching

Choosing the Right NovaStar Processor for You

Final Recommendation

If you need full 4K layering with complex presets, choose NovaStar H5 or H9 for maximum flexibility and performance.