Company News

Home： —News —Company News

Company News

Cultural Activity

FAQ

Date of issue：2026.07.30 Company News

5 Outdoor Mesh Screen Manufacturers to Watch in 2026

Landmark Media · Glass Curtain Walls · Extreme Climates — Who's Leading the New Wave of Outdoor Display? In 2026, the global LED mesh screen market is projected to exceed $60 billion, with a compound annual growth rate of over 7.8%. As landmark mediaization and glass curtain wall commercialization accelerate, outdoor mesh screens—with their high transparency, lightweight design, and strong wind resistance—are becoming the preferred choice for urban visual renewal. Here are 5 manufacturers worth paying close attention to. 1. Kingaurora — B Pro Series: Built for Harsh Outdoor Environments KingauroraB Pro SeriesDIP Packaging · Extreme Environment Verified Brightness 8000nit Cabinet Weight 18.7kg Thickness 85mm Refresh Rate 3840Hz Protection IP65+ Operating Temp. -40℃ ~ 60℃ Lifespan 8-10 years Core Tech DIP570 3-in-1 LED Kingaurora is one of the few manufacturers committed to DIP packaging technology. Its B Pro Series features the self-developed DIP570 3-in-1 lamp beads, designed specifically for extreme outdoor conditions. With 8000nit brightness, aluminum frame construction, and 3840Hz refresh rate, it has been deployed in Russia, the Middle East, and other extreme climate regions, offering an 8-10 year stable operational lifespan that forms a unique technological moat. 2. Absen — C Series: The Benchmark for Lightweight Transparency AbsenC SeriesSMD Tech · Ultra-Lightweight Cabinet Weight 12kg/㎡ Transparency 67% Brightness 8000nit Refresh Rate 10000Hz Protection IP65 Material Aluminum Profile As a global leader in LED display technology, Absen's C Series is positioned around "lightweight transparency, safety and stability, low carbon and power saving." With a 12kg/㎡ ultra-light cabinet and 67% transparency, it performs reliably in major landmark projects. 3. ROE Visual — Vanish V8T: The Lightweight Champion for Rental Scenarios ROE VisualVanish V8TCurved Design · Quick Setup Cabinet Weight 18kg/㎡ Transparency 50% Protection GOB Coating Curved Support Yes Size 1m×1m Standard ROE Visual's Vanish V8T is a benchmark product for outdoor rental and temporary events. Its 18kg/㎡ lightweight design and 1m×1m standard size dramatically reduce setup time. With 50% transparency and curved bending capability, it was used to build a 60m×6m curved LED wall at the 2024 Australian Open Finals Festival. GOB protection enhances UV and impact resistance, making it the top choice for major rental companies in the Middle East. 4. Leyard — Zebra Series: Dual SMD/DIP Technology Routes LeyardZebra SeriesSMD/DIP Dual · Wide Temperature Range Transparency Up to 75% Cabinet Weight 10-23kg/㎡ Operating Temp. -40℃ ~ 50℃ Protection IP65 Pitch Range P6.25 ~ P50 Technology SMD + DIP Leyard's Vteam-launched Zebra Series offers both SMD and DIP technology options, covering pitches from P6.25 to P50. With up to 75% transparency and wide-temperature operation, it's suitable for building facades, rooftop advertising, and landmark landscapes. The 572㎡ Guangzhou Huaguoshan TV Tower project is a representative case. 5. Ledman — S Series: The Professional Choice for Large Outdoor Fixed Installations LedmanS SeriesLarge Fixed · Ultra-Large Area Typical Project 1150㎡ (Hong Kong) Applications Stadiums · Landmarks · Urban Media Overseas Russia · Turkey etc. Ledman's S Series focuses on large outdoor fixed installations, with a flagship 1150㎡ project in Hong Kong using the S16-33 model. The product has accumulated rich experience in stadiums, commercial landmarks, and urban media, including projects in Russia and Turkey. Summary: How to Choose the Right Mesh Screen Manufacturer? Selection should be based on core technology, environmental adaptability, and project type: Manufacturer CoreTech KeyAdvantages BestFor Kingaurora DIP570 LED 8000nit, -40℃~60℃, 8-10yr lifespan Extreme climates, super-tall landmarks Absen High-refresh SMD 12kg/㎡, 67% transparency, high refresh Global landmarks, energy-saving outdoor screens ROE Visual Curved SMD 18kg/㎡, 50% transparency, quick setup Large event rentals, temporary outdoor Leyard SMD/DIP dual Multiple pitches, up to 75% transparency Facades, rooftop ads, landmark landscapes Ledman Custom SMD Ultra-large area fixed capability Stadiums, urban media, large commercial landmarks Selection Recommendations ✅ For extreme climate zones with ultra-long lifespan requirements, Kingaurora B Pro Series offers differentiated advantages; ✅ For ultra-lightweight and high transparency, Absen C Series is a strong choice; ✅ For large event rental needs, ROE Visual V8T is worth prioritizing.
Date of issue：2026.07.29 Company News

Why Choose DIP570 for Outdoor Mesh Screens?

Outdoor LED Mesh Screen Lamp Bead Selection Guide With the evolution of outdoor LED display technology, the three most common lamp bead solutions for mesh screens are SMD, DIP346, and DIP570. Many buyers face the same question: Which one should I choose — SMD, DIP346, or DIP570? To answer this, we must first understand their fundamental differences. 1. DIP vs SMD — What's the Difference? DIP (Dual In-line Package) and SMD (Surface Mounted Device) are two distinct LED packaging technologies. SMD Lamp Beads 3-in-1 RGB chips integrated in a single package Pros Wider viewing angle · Richer colors · Better for fine pitch · Higher resolution Cons Weak UV resistance · Lower stability in heat · Encapsulation aging · Weaker waterproofing · Higher energy consumption at high brightness Best for P6 & below outdoor displaysIndoor displaysClose viewing DIP Lamp Beads Discrete RGB separately packaged, independent structure Pros Higher brightness · Better luminous efficacy · More energy-efficient · Stronger UV resistance · Better waterproofing · Longer lifespan Cons Slightly narrower viewing angle · Not suitable for ultra-fine pitch · Less refined image quality than SMD Best for P8+ outdoor displaysOutdoor mesh screensHigh-brightness advertisingExtreme climate zones 2. DIP346 vs DIP570 — What's the Difference? Although both are DIP-based, DIP346 and DIP570 represent two distinct generations of products. DIP346 Legacy Widely used early-generation outdoor lamp bead Pros Mature technology · Lower cost · Better outdoor stability than SMD Cons Smaller light-emitting area · Limited brightness upgrade · Lower efficacy · Higher operating cost for large projects Increasing energy demands make DIP346 less viable for large DOOH projects DIP570 Kingaurora Next-Gen Kingaurora's self-developed next-gen outdoor LED packaging Pros Larger light-emitting area · Lower power at same brightness · 8000-10000nit ultra-high brightness · Better heat dissipation · Stronger UV resistance · Longer lifespan Limitations Higher manufacturing cost than DIP346 · Mainly for P8+ products For mesh screens, these limitations are rarely a constraint 3. SMD vs DIP346 vs DIP570 — Full Comparison Parameter SMD DIP346 DIP570 Outdoor Brightness *** **** ***** Energy Efficiency *** **** ***** Waterproofing *** ***** ***** UV Resistance *** ***** ***** Heat Dissipation *** **** ***** Lifespan *** **** ***** Maintenance Cost *** **** ***** Mesh Screen Suitability *** **** **** Overall Performance Summary: SMD — Best for fine-pitch displays; DIP346 — Suitable for traditional outdoor large screens; DIP570 — The optimal choice for next-gen energy-efficient mesh screens. 4. Why DIP570 is the Better Fit for Outdoor Mesh Screens Mesh screens typically feature: high installation height, large display area, long operating hours, energy efficiency as a priority, and high transparency — all of which align perfectly with DIP570's strengths. 1Higher Brightness — DIP570 delivers 8000-10000nit output, ensuring 24/7 visibility even under direct sunlight. 2Lower Power Consumption — Higher luminous efficacy reduces energy costs significantly for large projects. 3Better for High-Temperature Environments — Superior heat dissipation ensures stable operation at 50°C+. 4Longer Lifespan — Enhanced protection and lower lumen depreciation drastically reduce high-altitude maintenance frequency. Conclusion If your project demands: High brightness Lower operating costs Strong environmental resilience Long lifespan Large-scale outdoor advertising Among SMD, DIP346, and DIP570, DIP570 is clearly the more competitive choice for today's outdoor mesh screens. For outdoor media projects that prioritize long-term stable operation, DIP570 is more than just a lamp bead — it's a comprehensive outdoor display solution that balances brightness, energy efficiency, and reliability.
Date of issue：2026.07.21 Company News

P8 Outdoor Screen: DIP or SMD? The Answer May Surprise You

In the procurement of outdoor LED displays, P8 sits at a special crossroads — where "visual clarity" meets "environmental harshness." At a distance, the image is sharp enough; up close, pixelation isn't distracting. That's why P8 outdoor screens are a popular choice for advertising, sports venues, and transportation hubs. But this pitch often leaves buyers in a dilemma: For a P8 outdoor screen, should I choose DIP or SMD? Core Differences Between the Two Technologies To answer this, we first need to understand the essential differences between DIP and SMD. DIP packaging (Dual In-line Package) is the earliest LED packaging form. Lamp beads feature an independent sealed structure fully encapsulated in epoxy resin, with metal pins passing through the PCB for soldering. SMD packaging (Surface-Mount Device) encapsulates RGB chips in a single lamp bead, soldered directly onto the PCB surface — the most widely used packaging technology today. �� Conventional DIP vs. Kingaurora DIP570 3-in-1 Lamp Beads Traditional DIP mostly uses discrete single-color lamp beads — red, green, and blue individual beads forming one pixel. This results in low assembly efficiency and optical consistency issues. Kingaurora's self-developed DIP570 3-in-1 lamp beads integrate RGB chips into a single bead, fundamentally eliminating color and brightness deviations within each pixel. Additionally, DIP570 uses special UV-resistant epoxy resin and an optimized heat dissipation architecture, maintaining a smooth lumen depreciation curve even at 8000-10000nit brightness — far outperforming conventional DIP products. This generational difference is especially worth noting for P8 outdoor screens. P8-DIP: The Rugged Choice for Brightness & Protection If your project is in high-sunlight regions, coastal high-salt fog environments, or near high-vibration highways, DIP is almost always the safer choice. · Brightness advantage: DIP lamp beads can reach 10,000 nits, with P8 products easily exceeding 8,000 nits — ensuring clear visibility even under direct midday sun. · Protection performance: DIP's full epoxy encapsulation delivers excellent waterproofing, moisture resistance, and dust protection. In coastal salt-spray areas, SMD's inherent weakness in oxidation resistance is countered by DIP's sealed structure that effectively blocks chloride ion corrosion. · Reliability verification: Some DIP products perform stably in extreme environments. For screens installed on high-rise facades with extremely high maintenance costs, this reliability translates into quantifiable asset value preservation. P8-SMD: The Refined Choice for Image Quality & Viewing Angles If your project requires closer viewing distances, higher image quality, or wider multi-angle visibility, SMD's advantages become more apparent. · Wide viewing angles: SMD offers horizontal and vertical viewing angles of 140°+, while DIP typically only reaches 100-110°. In commercial districts or plazas where screens are viewed from multiple angles, SMD delivers noticeably better performance. · Refined image quality: SMD technology provides superior color uniformity, high saturation, and better flatness, resulting in a more natural and refined display — especially suited for HD video content, with visual quality closer to indoor screens. · Production efficiency & cost: SMD has achieved high-speed automated placement, offering greater cost control advantages. Conclusion: The Answer Depends on Your Real-World Scenario There's no one-size-fits-all answer for choosing DIP or SMD for P8 outdoor screens — but here are some decision guidelines: ✅ Choose DIP if: · Your project is in high-sunlight regions (e.g., Middle East, Southeast Asia) · Located in coastal salt-spray or heavy industrial pollution zones · The screen is installed at extreme heights (100m+), making maintenance extremely difficult · You have a limited budget but prioritize long-term stable operation ✅ Choose SMD if: · Viewing distance is relatively close (20-30m) with higher image quality requirements · Wide viewing angles are an important consideration · Primary content is HD video, with emphasis on color performance · The project is located in a relatively mild climate zone �� Conclusion Kingaurora has focused on DIP outdoor LED display technology for over 17 years, proving through time the reliability of DIP in extreme environments. The value of technology lies not in being new or old, but in how well it fits your actual scenario. Choose the right screen, and you choose the next decade.
Date of issue：2026.07.14 Company News

Are DIP Lamp Beads Still Necessary for Outdoor Displays? The Answer May Surprise You

When you stand on a city street and look up at the large outdoor advertising screens atop skyscrapers and along highways, have you ever wondered — what is the most critical technology that keeps them running day and night? If your first thought is "the denser the pixels, the better" or "the sharper the image, the more advanced," then today's answer may surprise you. A Neglected Reality: The First Principle of Outdoor Display Over the past decade, SMD technology has swept the market with smaller pitch and higher resolution, transplanting the aesthetic standards of indoor HD screens to the outdoor realm. However, the fundamental logic of outdoor environments is entirely different — the enemy of indoor screens is "lack of clarity," while the enemy of outdoor screens is "harsh conditions." High temperatures, torrential rain, salt spray, sandstorms, UV radiation, continuous vibration — these are the real adversaries outdoor screens face every day. When an SMD LED fails due to moisture ingress, or a Mini LED chip suffers accelerated lumen depreciation due to excessive junction temperature, the advantages of "high resolution" vanish instantly. This raises a fundamental question: For outdoor displays, is the first principle "seeing more clearly" or "lasting longer"? The Necessity of DIP Lamp Beads: Proven in Extreme Environments The physical structure of DIP (Dual In-line Package) lamp beads provides the answer. Unlike SMD lamp beads, where chips are mounted directly on the PCB surface, DIP lamp beads feature an independent sealed structure fully encapsulated in epoxy resin, with metal pins passing through the PCB for soldering. The core value of this structure has been repeatedly validated in extreme environments: · In hot deserts: Metal pins conduct heat directly, reducing chip junction temperature by 5-10°C compared to SMD, with stable operation above 50°C · In coastal high-salt areas: Full epoxy encapsulation effectively isolates chloride ion corrosion — no pin rust, no circuit short circuits · Along high-vibration highways: Through-hole soldering provides far superior mechanical strength to surface mount �� Test Data: High-quality DIP lamp beads show less than 15% brightness decay within 5 years, supporting 8-10 years of ultra-long stable operation. For an outdoor screen installed at a height of over 100 meters with extremely high maintenance costs, this reliability means asset value preservation. Why Do Many Projects Still Choose DIP? The answer is simple: calculate the total cost. A 300㎡ outdoor advertising screen project might save 20%-30% on initial procurement costs with an SMD solution. But looking at the 10-year horizon: · Maintenance costs: SMD's failure rate in high-altitude environments is far higher than DIP's, and each crane repair can cost tens of thousands of yuan · Energy costs: DIP's natural heat dissipation advantage eliminates the need for additional cooling equipment in high temperatures, reducing overall power consumption by over 30% · Downtime losses: Every day the screen is out of operation means tens of thousands or even hundreds of thousands of yuan in lost advertising revenue Adding these together, the Total Cost of Ownership (TCO) of the DIP solution over a 10-year cycle is often lower than that of SMD. Buying cheap and using expensive is the most expensive procurement strategy. Who Still Needs DIP? DIP is not suitable for all scenarios, but it remains the first choice in the following fields: · Super-tall building media facades: Extremely difficult installation, extremely high maintenance costs — reliability is the top priority · Coastal and high-humidity projects: Salt spray corrosion is SMD's inherent weakness, while DIP's full-sealing structure offers clear advantages · Highways and transportation hubs: In continuous vibration environments, the mechanical strength of through-hole soldering is irreplaceable · Extreme climate regions: Middle Eastern deserts, Nordic severe cold, tropical rainforests — these are DIP's home turf Conclusion DIP lamp bead technology has been around for over three decades, yet it has not been abandoned by the times. In outdoor scenarios that involve safety, require 24/7 resistance to nature's tests, and demand ultra-low total lifecycle costs, DIP remains the undisputed best choice. The value of technology lies not in being the "newest," but in being the "most suitable." As a company dedicated to outdoor LED displays for over 17 years, Kingaurora has proven over time: true reliability is not about how high the specifications are, but about performing just as well ten years later. Choosing Kingaurora means choosing a screen that stands the test of time.
Date of issue：2026.06.29 Company News

DIP Lamp Beads: Opportunities and Challenges in the Next Decade

At InfoComm 2026, miniaturized packaging technologies such as COB, MIP, and Mini LED took center stage. Yet amid the wave of "smaller pitch," DIP packaging still drew the attention of professional visitors in dedicated exhibition areas. As the earliest LED packaging form, DIP lamp beads have witnessed the complete evolution of the industry from through-hole to surface mount. While SMD, Mini LED, and Micro LED each dominate their respective tracks, DIP has not faded away — instead, it continues to prove its irreplaceability in specific fields. Where will this "venerable" technology go in the next decade? I. Unshakable Advantage: Reliability Above All The core competitiveness of DIP lamp beads stems from the fundamental advantage of their physical structure. Unlike SMD lamp beads, where chips are mounted directly on the PCB surface, DIP lamp beads feature an independent sealed structure fully encapsulated in epoxy resin, with metal pins passing through the PCB for soldering. The direct value of this structure is particularly evident in extreme environments: · ��️ In hot deserts: Metal pins conduct heat directly, reducing chip junction temperature by 5-10°C compared to SMD, with stable operation above 50°C · �� In coastal high-salt areas: Full epoxy encapsulation effectively isolates chloride ion corrosion — no pin rust, no circuit short circuits · �� Along high-vibration highways: Through-hole soldering provides far superior mechanical strength to surface mount — millions of lamp beads remain intact �� Test Data: Kingaurora DIP lamp beads show less than 15% brightness decay within 5 years, supporting 8-10 years of ultra-long stable operation, delivering irreplaceable asset value preservation in heavy-duty outdoor scenarios. II. Real Challenges: SMD's Relentless Pressure The challenges facing DIP lamp beads are equally significant. The continuous evolution of SMD technology toward higher definition and thinner profiles is steadily compressing DIP's market space. · Physical pixel pitch limits: DIP lamp bead products are primarily concentrated at P10 and above; the P6 and below HD outdoor screen market is dominated by SMD · Inherent viewing angle disadvantages: DIP offers about 110° viewing angle while SMD reaches 140°-160°, making SMD superior in multi-angle viewing scenarios III. Opportunities: The "Essential Demand Code" for Extreme Scenarios The future of DIP lamp beads lies not in competing with SMD on pixel density, but in defending the "reliability" moat. Several trends deserve attention: · Global warming — Extreme heat events are increasing; SMD faces heat dissipation failure above 50°C, while DIP's natural cooling advantage becomes more prominent · Landmark media transformation — High-rise buildings, glass curtain walls, and naked-eye 3D screens demand high wind resistance, lightweight design, and long lifespan · Total Cost of Ownership (TCO) awareness — 8-10 years of maintenance-free operation and over 30% energy savings deliver far greater long-term value than SMD IV. The Road Ahead: From "General Purpose" to "Specialized" The evolution path for DIP lamp beads over the next decade is becoming clear: · Intelligent integration — Built-in sensors monitor each lamp bead's status in real time, enabling the upgrade from "passive durability" to "predictive maintenance" · Deep scenario customization — Developing specialized DIP products for offshore platforms, explosion-proof zones, and super-tall buildings to build differentiated competitive barriers �� Conclusion The next decade for DIP lamp beads holds both opportunities and challenges. It will not compete with SMD across all domains, but in "heavy-duty" areas where safety matters, where equipment must withstand nature's tests 24/7, and where ultra-low total cost of ownership is paramount, DIP remains the undisputed champion. As Kingaurora's 17 years of dedication have shown — the value of technology lies not in being the "newest," but in being the "most suitable." Doing the right thing in the right place — this path is equally broad.
Date of issue：2026.06.16 Company News

World Cup Countdown: How Many Screens Does a Match Need to Run Smoothly?

The 2026 FIFA World Cup in the USA, Mexico, and Canada is approaching. This is the first World Cup co-hosted by three nations — 48 teams, 104 matches, on an unprecedented scale. As tens of thousands of fans pour into the stadiums, have you noticed that from the moment you enter, screens are silently playing the role of "invisible conductors": telling you where to go, the score, who's been substituted, and even the VAR review seconds. A modern football match is far more than 22 players chasing a ball. The display system behind it is a sophisticated information war. So what types of screens does a professional stadium need? And which screen technology suits each position? 1. Perimeter Screens: The Advertiser's Top Choice The LED perimeter screens along the pitch edge are frequently seen in TV broadcasts, making them prime real estate for sponsor brand exposure. These screens demand ultra-high refresh rates — no scan lines when the camera pans. They must also withstand player collisions, ball strikes, and even climbing during celebrations. Recommended Solution: High-refresh-rate (3840Hz+) SMD or COB screens — thin, detailed, with reinforced face protection. 2. Scoreboards: The Fans' Information Hub The giant scoreboards suspended above both ends of the pitch are the focal point for all fans. They must update scores in real time, replay highlights, and even show VAR decisions. These screens demand high brightness, color consistency, and long-term reliability. The Perfect Position for Kingaurora A Pro Series! · Ultra-High Brightness: DIP570 lamp beads, 8000-10000nit — clear even in strong sunlight (Mexico, etc.) · True Energy Savings: Average power only 125W/㎡, saving over 30%. A 300㎡ scoreboard saves ¥2 million in electricity over 10 years · Extreme Climate Proven: Stable from -40℃ to 70℃, IP65 protection, UV and salt-spray resistant · 8-10 Year Lifespan: Less than 15% brightness decay within 5 years 3. Dedicated Timer Screens: Precision in Milliseconds Injury time, 30-second attack timers, etc., require dedicated timer displays with extremely high response speed, real-time accuracy, and absolute reliability. Recommended Solution: Custom high-brightness digital tubes or small LED modules, independent control system directly connected to the referee timing system. Stadium Display Quick Reference • Perimeter Screens → High-refresh SMD/COB (3840Hz+, impact-resistant) • Scoreboards → Kingaurora A Pro Series (DIP570, 8000-10000nit, IP65) • Timer Screens → High-brightness digital tubes / small modules The Kingaurora Stage: The Stadium's "Center Position" Among all stadium displays, the scoreboard is the undeniable "Center Position" — it's the farthest from the audience, watched the longest, and demands the highest brightness and reliability. This is where Kingaurora A Pro Series excels and belongs. With DIP570 lamp beads delivering 8000-10000nit brightness, wide-temperature stable operation, IP65 protection, and an 8-10 year lifespan, Kingaurora outdoor LED screens are becoming the preferred choice for professional stadium scoreboards worldwide. Choosing the right screen makes matches more exciting, operations more efficient, and fan experiences better. Kingaurora outdoor LED — born for the stadium "Center Position."
Date of issue：2026.06.05 Company News

India’s Heatwave Intensifies – DIP Outdoor Displays Face a Crucial Value Test

1. Scorching Heat: India's Heatwave Sounds Alarm for Outdoor Displays Since summer 2025, India has experienced record-breaking heatwaves. New Delhi exceeded 45°C for days, while Rajasthan approached 50°C. Outdoor LED displays became the toughest test subjects under this extreme heat. 2. Three Critical Challenges for Traditional Outdoor Screens · Thermal failure: Heat accumulation accelerates lumen depreciation, even burning LED chips. · Energy surge: Higher current demand doubles electricity bills. · Reliability collapse: Material aging and failure rates soar. 3. 17 Years of Dedication: Kingaurora Built for Extremes For 17 years, Kingaurora has focused on outdoor LED displays, operating in Saudi deserts, Kazakhstan snowfields, typhoon zones, and high-wind coastal areas — gaining real-world expertise beyond lab data. 4. DIP Technology: The Engineering Answer to Extreme Heat · High brightness & energy efficiency: DIP570 delivers 8000-10000nit at ultra-low power (B1531: 135W/㎡). · Superior heat dissipation: Metal pins conduct heat directly; grille design creates natural airflow — no extra cooling. · Full sealing: Epoxy resin encapsulation blocks moisture and thermal stress cracks. 300㎡ case: Traditional screen annual electricity ~¥600k; Kingaurora B1531 ~¥180k, saving over ¥400k/year. 5. Global Validation: Extreme Environments Prove Value Saudi Arabia: 50°C+ desert stable operation; Kazakhstan: -40°C instant start; Argentina: high wind, salt spray, no corrosion. 6. Future Outlook: DIP Remains Mainstream for Outdoor The heatwave proves the first principle: reliability against harsh environments. DIP technology, with its durability and low power, is being revalued. Kingaurora's 17-year commitment shows that fundamental packaging reliability is a sustainable path. India's heatwave will pass, but the validation of DIP outdoor screens has just begun. Kingaurora's DIP technology will become the most steadfast light in outdoor display.
Date of issue：2026.04.23 Company News

From Safety to ROI: Why Kingaurora Transparent Mesh Screen is Better Suited for Glass Curtain Walls

In modern urban construction, glass curtain walls have become the mainstream choice for landmark buildings. However, when these buildings need to be equipped with "media facade" functionality, traditional LED displays often feel out of place — they not only affect the building's original lighting and ventilation but also pose significant structural safety risks. Against this backdrop, the grille (mesh) screen, with its unique technical advantages, has become the preferred display solution for glass curtain walls. 1. Safety First: Lightweight Design Protects Building Structure In practice, there are four main technical approaches for display solutions suitable for glass curtain walls, with characteristics as follows: Parameter Grille/Mesh Screen Film Screen Transparent Screen Mesh Screen (Grid) Transparency 60-70% approx 70%-90% approx 50%-80% approx 40%-70% Structural Weight Lightweight, low load on curtain wall Extremely light, attached to glass surface Relatively light, requires frame support Lightweight, mesh structure Wind Resistance Open structure allows wind to pass through Wind load borne by glass Frame must resist wind load Lower wind resistance due to mesh Installation Hung or fixed to curtain wall keel Directly attached to interior glass Requires steel structure frame Suspended or tensioned installation Application Scenarios Outdoor facades, high-rise buildings Indoor-to-outdoor display, shop windows Indoor/outdoor with structural support Temporary installations, stage backgrounds The grille screen maintains high transparency while its independent structural design offers superior safety in high-rise, high-wind environments. It does not rely on the glass itself for load-bearing, making it especially suitable for retrofitting existing curtain walls. 2. Aesthetic Transparency: Preserving the Building's Original Functions The core value of glass curtain walls is natural light and outward visibility. Traditional displays completely block daylight, turning interiors into “dark boxes”. With over 60% transparency, the grille screen resolves this contradiction: indoor spaces remain bright and airy, and the outward view is preserved through the gaps. This “display + transparency” synergy makes it ideal for large commercial complexes, transportation hubs, premium office buildings, and museums. 3. Energy Efficient & Green: Long-term ROI of Sustainable Operation With rising energy costs, the long-term power consumption of displays has become a critical expense for operators. Kingaurora grille screens feature an open structure that allows natural airflow, creating efficient convection cooling channels that extend the lifespan of lamp beads and driver ICs, while reducing reliance on air conditioning or forced cooling equipment. Nanchang Landmark · Kingaurora B Series | 430㎡ grille screen designed as a “ribbon” shape, perfectly integrated into the building’s fluid architecture. At night, it becomes an urban focal point, generating continuous advertising revenue for the owner with a significantly shortened payback period. 4. Kingaurora: 17 Years of Outdoor Expertise – The Reliable Choice Kingaurora has focused on outdoor LED displays for 17 years, from DIP through-hole packaging to grille screen technology, always building on "reliability" and "long-lasting performance". Every lamp bead undergoes rigorous aging tests, and every module passes outdoor simulation tests for waterproofing, dust resistance, and UV protection. We know that a display on a glass curtain wall is not just a product – it becomes part of the architecture. It needs to last as long as the building itself, operating stably for a decade or more. From safety to return on investment, the grille screen offers comprehensive advantages that traditional displays cannot match: lightweight, high transparency, energy efficiency, and boundless creativity. It is the ideal choice for modern architectural media facades. With 17 years of technical refinement and engineering experience, Kingaurora is committed to empowering every city landmark, striking the balance between safety and aesthetics, and illuminating the infinite possibilities of architecture.
Date of issue：2026.04.20 Company News

Don't Be Misled by Specs: Should You Look at Average Power or Peak Power for Outdoor Displays?

When selecting outdoor LED displays, almost every customer sees two key parameters:- Average Power- Peak Power (Maximum Power)Many people's first reaction: "The lower the value, the more power-saving."But the truth is: energy consumption of outdoor displays is never a simple numbers game. 1. First, understand: What do these two power specifications really represent? Peak Power: Engineering safety margin Peak power refers to instantaneous power consumption under 100% brightness, full white image, and extreme operating conditions. It determines whether power supply configuration and distribution system are adequate, not daily electricity costs. Average Power: Real operating cost Average power is the typical energy consumption when the display plays normal content (ads/video/dynamic images). It directly determines electricity bills and long-term operational expenses. 2. Key Misconception: "Low power" claims can be misleading A common industry tactic: using "low peak power" to create an energy-saving impression while average power remains unchanged. In reality, screens rarely run at full-white max power for long periods. Most of the time they display videos or dynamic content, so actual energy consumption is mainly determined by average power. 3. High-Brightness Environments: The real proving ground In environments such as intense Middle Eastern sunlight, high-temperature & high-humidity Southeast Asia, high-illumination Latin American cities, and coastal high-reflection areas, screens often need to run long-term at 8000–10000 nits high brightness. Under these conditions, whether power data is genuine becomes more important than the spec sheet itself. 4. Real Project Cases: Power performance is not lab data but field reality Saudi Arabia / Middle East high-sunlight projectsIn Riyadh, Jeddah, outdoor LED screens face strong sunlight year-round: prolonged high-brightness output, nearly continuous high-load operation during daytime, greater stress on cooling and power systems. In such environments, "average power" essentially equals real operating cost, not theoretical value. Latin America (Brazil / Chile etc.) outdoor advertising projectsCharacteristics: strong sun + long outdoor exposure; advertising screens run 12–18 hours/day; dense deployment in commercial districts. Operators focus on long-term electricity costs + stable operation, not peak power. SA / AE commercial landmark and urban screen projectsIn Dubai, Riyadh landmark projects, LED screens serve as city image showcases with extremely high brightness requirements (8000–10000 nits). Prolonged high-brightness operation becomes standard. A clear conclusion: peak power is just a design parameter; average power is the core of operational cost. 5. Industry Reality: Conventional level vs. more efficient solutions In the 8000 nits high-brightness market, typical reference data: peak power approx. 550W/m², average power approx. 180W/m².With more efficient structural design such as Kingaurora A PRO series: peak power 380W/m², average power 125W/m². While ensuring high-brightness display performance, it achieves lower long-term energy consumption through higher efficiency drive and system optimization. The essence is not parameter difference but "high-brightness operating efficiency" difference. 6. Truly Professional Selection Logic Stop looking at a single parameter; focus on three dimensions:1. Average power (determines long-term electricity cost)2. Peak power (determines engineering safety)3. Real power consumption under high-brightness operation (determines data credibility)You must ask clearly: "What is the average power at 8000–10000 nits brightness?" 7. Industry Truth: Energy efficiency is not a spec, it's operational capability The problem with many so-called "low-power solutions": lab parameters look good, but they ignore long-term high-brightness operation and real outdoor environmental differences. True energy efficiency means: maintaining stable low energy consumption under real high-brightness usage scenarios. 8. One Sentence Summary Peak power determines if it can work.Average power determines how expensive it is to use.Real power under high brightness determines whether the specs are meaningful.
Date of issue：2026.04.17 Company News

Beyond Brightness Kingaurora Reveals 5 Key Indicators for Outdoor LED

When purchasing outdoor LED displays, most buyers first ask: “How many nits?” In direct sunlight, brightness is indeed the basic threshold for visibility. However, a truly time-tested outdoor screen offers far more than “enough brightness.” The real long-term success factors lie behind brightness: protection, wind resistance, heat dissipation, lightweight design, and uniformity. Based on 17 years of field expertise, Kingaurora summarizes 5 core indicators. 1. Luminance Uniformity & Viewing Angle: Clarity over peak brightness Many focus only on “max brightness” but ignore uniformity and angle. Non-uniform screens cause “mosaic effects” or dark spots, harming advertising impact. Narrow angles lead to severe dimming or color shift when viewed from the side. A high-quality outdoor screen should achieve ≥97% uniformity, horizontal angle ≥140°, vertical ≥120°. In busy commercial districts or toll stations where multi-angle viewing is essential, uniformity and viewing angle can be even more important than peak brightness. 2. Ingress Protection (IP): First defense against rain, wind and dust Outdoor environments bring heavy rain, high humidity, salt fog, sand, and UV — each can accelerate screen aging. Outdoor LED screens should at least meet IP65; for coastal or high-humidity zones, IP66 or higher is recommended. Kingaurora’s full range uses DIP570 lamp beads with full epoxy encapsulation, achieving inherent high-level protection from the lamp level, easily reaching IP65+ and eliminating moisture-induced short circuits and corrosion. 3. Wind Resistance: The “invisible skeleton” for high-rise installations Screens on rooftops, building facades or highways endure strong winds and even typhoons. Traditional sealed screens act as solid walls, transferring full wind pressure to steel structures. Kingaurora B Pro series grille screens feature open design with 60%-80% transparency, allowing wind to pass through, drastically reducing resistance. Even so, structural calculation — wind load rating, design pressure, fastener fatigue — is critical. Kingaurora’s global projects in typhoon-prone areas are all verified by professional mechanical analysis to ensure stability in extreme gales. 4. Thermal Performance & Energy Efficiency: Core for lifespan & electricity cost LED chips are highly temperature-sensitive: every 10°C rise in junction temperature may halve lifespan. Traditional sealed screens accumulate heat, requiring fans or AC — increasing both power usage and failure points. In summer, internal temperatures can exceed 60°C, accelerating LED depreciation and color drift. Grille screens with open structure form natural convection, removing heat without extra equipment, significantly lowering failure rates. 5. Weight & Slim Design: Prerequisite for installation feasibility Traditional outdoor screens weigh 50–60 kg/m², challenging for older buildings and raising transport/hoisting costs. Many downtown landmarks or historical buildings simply can't support such load. Lightweight grille screens are only 15–25 kg/m² — one third of conventional weight. Kingaurora B Pro series is only 70mm thick with up to 62% transparency, easily fitting on glass curtain walls or non-load-bearing facades. Light weight reduces reinforcement costs, speeds installation, and lowers high-altitude risks. Always back-calculate permissible screen weight according to site load limits — lightweight design often determines project viability. Final word: A true outdoor champion never fights with brightness alone. Brightness is the entry ticket, but not everything. IP rating decides how long it lives; wind resistance decides stability high above; thermal & efficiency decide running costs; lightweight design decides feasibility; uniformity & angle decide image quality. Kingaurora has focused on outdoor displays for 17 years, from scorching deserts to freezing plateaus, windy coasts to iconic landmarks, proving reliability through extreme projects. Next time you select a screen, review these 5 indicators — don’t just look at brightness. Reliability is the first principle of outdoor display.

1 2 3 Next

Hot Tags

Stay a Step ahead in Indoor Advertising

Contact our sales team today to discover how our energy-efficient, high-brightness, and stable indoor LED screens can transform your space.

AF+93
AL+355
DZ+213
AD+376
AO+244
AI+1264
AG+1268
AR+54
AM+374
AW+297
AC+247
AU+61
AT+43
AZ+994
BS+1242
BH+973
BD+880
BB+1246
BY+375
BE+32
BZ+501
BJ+229
BM+1441
BT+975
BO+591
BA+387
BW+267
BR+55
BN+673
BG+359
BF+226
BI+257
KH+855
CM+237
CA+1
CV+238
KY+1345
CF+236
TD+235
CL+56
CN+86
CO+57
KM+269
CK+682
CR+506
CI+225
HR+385
CU+53
CY+357
CZ+420
CD+243
DK+45
DJ+253
DM+1767
DO+1809
EC+593
EG+20
SV+503
EE+372
ET+251
FO+298
FJ+679
FI+358
FR+33
GF+594
PF+689
GA+241
GM+220
GE+995
DE+94
GH+233
GI+350
GR+30
GL+299
GD+1473
GP+590
GU+1671
GT+502
GG+44
GN+240
GN+224
GY+592
HT+509
HN+504
HK+852
HU+36
IS+354
IN+91
ID+62
IR+98
IQ+964
IE+353
IM+44
IL+972
IT+93
JM+1876
JP+81
JE+44
JO+962
KZ+7
KE+254
KR+82
XK+383
KW+965
KG+996
LA+856
LV+371
LB+961
LS+266
LR+231
LY+218
LI+423
LT+370
LU+352
MO+853
MK+389
MG+261
MW+265
MY+60
MV+960
ML+223
MT+356
MQ+596
MR+222
MU+230
YT+262
MX+52
MD+373
MC+377
MN+976
ME+382
MS+1664
MA+212
MZ+258
MM+95
NA+264
NP+977
NL+31
AN+599
NC+687
NZ+64
NI+505
NE+227
NG+234
NO+47
OM+968
PK+92
PS+970
PA+507
PG+675
PY+595
PE+51
PH+63
PL+48
PT+351
PR+1
QA+974
CG+242
RE+262
RO+40
RU+7
RW+250
AS+684
WS+685
SM+378
ST+239
SA+966
SN+221
RS+381
SC+248
SL+232
SG+65
SK+421
SI+386
ZA+27
ES+34
LK+94
KN+1869
LC+1758
VC+1784
SD+249
SR+597
SZ+268
SE+46
CH+41
SY+963
TW+886
TJ+992
TZ+255
TH+66
TL+670
TG+228
TO+676
TT+1868
TN+216
TR+90
TM+993
TC+1649
UG+256
UA+380
AE+971
GB+44
US+1
UY+598
UZ+998
VU+678
VE+58
VN+84
VI+1340
YE+967
ZM+260
ZW+263

17 Years Led Screen Solution Provider

Company News

Company News

Cultural Activity

FAQ

Company News

Cultural Activity

FAQ

7D×24H online service

400-683-9060

7D×24H online service

400-683-9060

Stay a Step ahead in Indoor Advertising