In today’s data-driven world, outdoor digital displays have become critical to smart city infrastructure, advertising, and public engagement. Whether it's highway signage, stadium screens, or interactive billboards, cities and organizations demand screens that deliver exceptional performance under any weather condition.
Enter DIP 570—an enhanced version of the traditional Dual In-line Package (DIP) LED, built specifically for the toughest outdoor environments. With unmatched brightness, durability, and energy efficiency, DIP 570 has become the go-to solution for large-scale outdoor LED applications.
This guide covers everything you need to know about DIP 570 technology—from how it works, to where it performs best, and how it compares to alternatives like SMD and COB.
DIP (Dual In-line Package) LEDs are the earliest form of LED displays and remain highly relevant for outdoor signage due to their rugged structure. These LEDs consist of three diodes (red, green, blue) encased in epoxy and mounted into circuit boards using a pin-through-hole technique. This design offers better heat dissipation and mechanical stability compared to surface-mounted alternatives.
Want a quick refresher?
DIP 570 Outdoor LED Screen Explained in 3 Minutes
The standard DIP LED evolved over decades, and DIP 570 represents a major leap forward. KingAurora, a leading LED display manufacturer, pioneered this model to solve common challenges in outdoor screen performance: fading under sunlight, limited lifespan, and structural failure in harsh conditions.
DIP 570 incorporates enhanced encapsulation, higher-grade lamp beads, and advanced circuitry to boost efficiency and longevity—making it a global standard for outdoor LED signage.
Encapsulation: High-transparency resin and reinforced epoxy for UV protection
Lamp Beads: Upgraded LEDs with high brightness and long light decay cycles
Circuit Design: Through-hole mounting increases stability in heat and humidity
Weatherproofing: IP65+ waterproof, dustproof, and corrosion-resistant
The physical robustness of DIP 570 makes it perfect for roadside installations, coastal cities, and high-humidity zones.
DIP 570 is built for visibility—even in full daylight.
Brightness Output: 8000 to 10,000 nits
Contrast Ratio: High contrast for sharper images
Viewing Distance: Optimized for mid- to long-range visibility
Refresh Rate: 3840Hz and higher for smooth video playback
Whether it's for vehicle visibility on a highway or fan engagement in a stadium, DIP 570 ensures clarity and impact.
Common pitch sizes include:
P8 / P10 – Ideal for mid-range viewing
P15 / P20 / P31 – For large-format billboards
Custom configurations available for flexible screen sizing
Higher pitch (larger spacing) is best for long-distance viewing, making DIP 570 a strategic choice for city-wide applications.
Designed to operate under extreme temperatures and moisture levels, DIP 570 features:
IP65–IP67 waterproofing
Anti-UV coating to prevent yellowing
Wind and snow resistance (tested for -30°C to +70°C)
These qualities make it a favorite for transportation hubs, government messaging, and coastal installations.
Lifespan: Up to 100,000 hours (10+ years)
Energy Use: APro Series uses just 1 kWh/m²/day
Eco Benefit: Reduces operating costs and power load on urban grids
KingAurora's DIP 570 Product Line offers some of the industry’s most efficient power-to-performance ratios.
DIP 570 is best suited for:
Expressways and Highways: Unmatched brightness under sunlight
Stadiums and Sports Arenas: Massive visibility for dynamic events
Public Squares and City Centers: Long-range readability
Hotels, Government Buildings, and Campuses: Permanent high-end digital installations
Explore real-world examples:
10 Examples of DIP 570 in Smart City Projects
Kazakhstan: 600㎡ LED mesh for cultural & civic display
Madagascar: 36㎡ board for advertising in dense traffic zones
Saudi Arabia: 1053㎡ screen for a luxury hotel in Riyadh
Ukraine: Stadium LED mesh visible in all seasons
Korea University: Campus LED for information & branding
These projects prove that DIP 570 is already transforming smart cities worldwide.
| Feature | DIP 570 | SMD |
|---|---|---|
|
Brightness |
8000–10000 nits |
4000–6000 nits |
|
Durability |
High |
Moderate |
|
Viewing Angle |
Narrower |
Wider |
|
Weatherproofing |
Excellent |
Good |
|
Best Use |
Outdoor, distant viewing |
Indoor, close-range use |
Full comparison:
DIP 570 vs. SMD – Which LED Tech Reigns?
DIP wins in durability and large-scale outdoor usage.
COB / MicroLED shine in ultra-fine indoor displays and wearables.
Higher upfront cost, but lower total cost of ownership
Minimal maintenance
Energy savings of up to 30% with APro Series
Syncs with traffic control, weather systems, and public alert software
Ideal for dynamic DOOH advertising networks
Use modular cabinets for flexible assembly
Leverage snap-lock systems for faster deployment
Plan quarterly visual inspections and software updates
If your city, venue, or business needs a future-proof LED display that can endure weather, sunlight, and time—DIP 570 is the answer. From smart city infrastructure to massive-scale advertising, DIP 570 stands out as the most resilient, cost-effective, and visually stunning option on the market.
Ready to upgrade?
Explore KingAurora’s DIP 570 product range
1. What does DIP 570 stand for in LED displays?
It refers to a high-grade Dual In-line Package LED developed for outdoor use, engineered for brightness and long-term durability.
2. Can DIP 570 survive harsh climates?
Yes—IP65+ rated and tested for extreme temperatures, it's used from snowy Ukraine to sunny Dubai.
3. Is DIP 570 better than SMD?
For outdoor durability, brightness, and lifespan—absolutely.
4. Where can I see DIP 570 screens in action?
Check these 10 global smart city deployments.
5. What’s the energy efficiency of DIP 570?
Advanced models like KingAurora’s APro consume as little as 1 kWh/m²/day, making them highly efficient for 24/7 operation.
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3th Building,Gaosite Zone Pingshan
New District, Shenzhen
