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📚 Learn the Fundamentals of NovaStar LED Control Systems in This Comprehensive Beginner Tutorial Are you new to LED control systems or NovaStar products? This video is your complete introduction to the basic knowledge of NovaStar control systems, including how LED cabinets are structured, how sending and receiving cards interact, and how to calculate pixel resolutions and system loading capacity. This is the first course of the NovaStar NCE (NovaStar Certified Engineer) training series — designed to help LED engineers and technicians become proficient in designing, deploying, and maintaining NovaStar-based LED display systems. 📘 What You'll Learn in This Training Video: 🔹1. Introduction to NCE Training What is the NovaStar Certified Engineer (NCE) program? Structure of the NCE course (8 modules + final exam) How to earn an online certification Course goals and benefits for LED professionals 🔹2. Understanding the LED Cabinet Structure What is an LED module and how is it built? Differences between DIP and SMD module types How multiple LED modules form an LED cabinet The role of receiving cards and hub cards in each cabinet 🔹3. How to Build an LED Screen Assembling multiple LED cabinets to create a full LED screen The concept of rows and columns When and why multiple receiving cards are needed in one cabinet 🔹4. NovaStar LED Control System Architecture Complete control signal flow: Control PC → Sending Controller → Receiving Cards → Display Required cables: USB, HDMI, DVI, DP, and Ethernet System configuration with and without a video processor The need for scaling when video source resolution ≠ screen resolution 🔹5. Resolution, Bandwidth & Loading Capacity Explained Why pixel resolution, not cabinet size, determines system load Common screen resolutions from Full HD to 4K Video bandwidth limits and how they impact the control system 🔹6. Pixel & Cabinet Resolution Calculations Formula to calculate cabinet pixel resolution: Width / Pixel Pitch × Height / Pixel Pitch = Pixel Resolution How to determine how many cabinets can be loaded by one output port Example calculation using MCTRL300 with 650,000 pixel limit per port 🔹7. Effect of Frame Rate and Color Depth on Capacity Loading capacity varies with: Frame rate (e.g., 60Hz vs 50Hz) Color depth (8-bit vs 10-bit vs 12-bit) Example: At 60Hz, 8-bit RGB = 650,000 pixels At 60Hz, 10-bit = ~325,000 pixels 🔹8. Real-World Project Case Study Analyzing a client case with a 1920×1152 LED screen Issues with overload per port and how to fix it Understanding “image pixel loading capacity” — it must form a rectangular block Designing a port distribution that stays within load limits 🔹9. Key Takeaways and Summary Understand LED module/cabinet/screen hierarchy Learn complete NovaStar system architecture Know how to calculate pixel and loading capacity Design valid screen connections that meet hardware limits NovaStar LED control system, NCE training, LED cabinet structure, pixel resolution calculation, loading capacity, MCTRL300, MCTRL660, frame rate vs color depth, video bandwidth, control system design, sending and receiving cards, image pixel area, screen configuration LED display system integrators Engineers working in rental or fixed LED installations AV professionals learning NovaStar control system Technicians preparing for NovaStar NCE certification Whether you’re preparing for large-scale LED projects or training new technical staff, this video offers the essential foundational knowledge to build a reliable and optimized NovaStar LED display system. This video introduces the basic structure of NovaStar LED control systems — covering LED cabinet composition, sending/receiving card setup, resolution calculations, and how to plan your system loading capacity with real examples. Want to avoid underperforming screens or signal overloads? Start with the fundamentals — learn how to calculate your loading capacity, structure your LED system, and configure resolutions accurately using NovaStar’s hardware and software. 💬 Still have questions about screen setup or controller selection? Contact us for a professional solution. 📧 Contact us today for a quote or expert consultation: 🌐 Website: www.ledscreenparts.com ✉️ Email: [email protected] 📲 WhatsApp: +86 13316541431