Introduction
In the rapidly evolving world of visual display technology, LED screens stand as the frontrunners in both indoor and outdoor digital signage. One of the key players in this domain is NovaView LED Screen (NVS) Pvt. Ltd, known for its robust and high-performance display modules. At the heart of every NVS LED display lies a critical component—the LED lamp within the module. Understanding this component’s depth helps explain the high image clarity, efficiency, and durability that NVS products consistently deliver.
Core Structure of the LED Lamp
The LED lamp in NVS modules typically comprises three essential parts: the semiconductor die (chip), the encapsulation material, and the lead frame. NovaView uses high-quality SMD (Surface-Mounted Device) technology, which allows for compact, efficient, and bright lamps that contribute to slim-profile screen modules. These lamps are embedded directly into the PCB with precise pixel alignment, which is crucial for uniformity and color consistency across the screen
High-Efficiency Chip Technology
One of the distinguishing features of NVS’s LED modules is the use of high-lumen output chips from globally trusted suppliers. These chips offer excellent brightness while consuming less power. The chip depth plays a vital role in producing vibrant colors, especially in high-brightness outdoor models where visibility under sunlight is crucial. NovaView optimizes chip sizes and depths to balance brightness, viewing angles, and thermal performance
Encapsulation and Protection
The encapsulation around the LED lamp ensures both optical performance and durability. NovaView applies UV-resistant epoxy or silicone resins, depending on the application type—whether indoor, semi-outdoor, or fully outdoor. This coating protects the LED die from moisture, dust, and physical damage. For outdoor modules, deeper lamp encapsulations are used to provide better ingress protection (commonly rated IP65 or higher).
Brightness and Viewing Angle Balance
The depth and orientation of the LED lamps influence not only the screen’s brightness but also the viewing angles. NVS calibrates the lamp layout to provide wide horizontal and vertical viewing ranges, often exceeding 140°–160°, while ensuring color fidelity. The deeper positioning of LEDs within carefully designed reflectors minimizes glare and enhances contrast, even in ambient light environments.
Heat Dissipation and Longevity
Thermal management is another key factor governed by the design depth of the LED lamps. NovaView uses high-grade aluminum PCBs and thermally conductive adhesives to dissipate heat efficiently from the LED base. Proper thermal design enhances the lifespan of the LED lamp—often exceeding 100,000 hours—and prevents color degradation over tim
