An electric bicycle charging station operator uses RisingStar 19 inch industrial-grade display to create an interactive terminal that operates stably around the clock. This screen, designed for harsh environments, breaks the industry limit with a peak brightness of 5000nits (compared to peers, generally ≤3500nits), and keeps the picture clear even in the midday sun; its direct backlight technology combined with an all-aluminum lightweight frame (35% lighter than iron) can maintain a high contrast ratio of 1000:1 at extreme temperatures of -20℃~60℃, far exceeding similar products.

Customer feedback
The 30,000-hour ultra-long life of the RisingStar screen and the 72-hour factory aging test completely solve the frequent unclear and color decay problems of outdoor equipment; and the 10.4mm ultra-thin body and fully waterproof whole machine design further simplify the installation process. A leading charging station operator commented: The failure rate has dropped by 97% and the nighttime energy consumption has dropped by 40%, which is the key to our choice of RisingStar.

Why customers choose this display

Extreme brightness and outdoor visibility

RisingStar display adopts direct backlight technology to achieve a peak brightness of 5000nits, far exceeding the common 3000-4000nits range in the industry. Even in the strong light at noon, the picture is still clear and sharp, with a contrast ratio of up to 1000:1, which significantly improves the interactive experience of charging station users.

Industrial-grade durability and environmental adaptability

Wide temperature operation capability: supports -20℃ to 60℃ extreme temperature cycle test, covering severe cold and hot scenes, and the stability is better than the -20℃~60℃ wide temperature standard of similar products;
Fully waterproof design and protection: The whole machine adopts a fully sealed waterproof structure (benchmarked with IP65 or above), which can still operate reliably in dusty, humid or rainy environments;
Impact resistance and shock absorption: The all-aluminum frame is lightweight (35% lighter than iron), taking into account heat dissipation and vibration resistance, and adapting to frequent mechanical shocks in industrial scenes.

Energy saving and lightweight design double breakthrough
Energy consumption optimization: low-power backlight solution reduces nighttime energy consumption by 40%, meeting the needs of green infrastructure;
Ultra-thin body and lightweight: only 10.4mm thickness with aluminum alloy frame, simplifying the installation process and reducing transportation costs, adapting to the compact space of charging piles.

Compatibility and maintenance cost advantages
Open module design supports rapid customization, compatible with mainstream industrial control interfaces (such as VGA, DVI), and adapting to most system interfaces. The all-aluminum shell has strong corrosion resistance and does not require frequent maintenance for long-term use.

The technical core of this 19 inch display is mainly reflected in the following aspects:

Full-viewing angle IPS hard screen technology
Adopting IPS optical mode (normally black display, transmissive), achieving 89°/89°/89°/89° full-viewing angle viewing range (CR≥10), with 1000:1 high contrast and 72% NTSC color gamut, to ensure color consistency and image stability under wide viewing angle.

High dynamic response and refresh rate
Built-in MEMC circuit, supports multiple refresh rates of 75Hz/120Hz/240Hz, effectively reduces motion blur, and has a 14ms grayscale response time (G to G).

Durable structural design ‌
The matte surface (Haze 25%) and 3H hardness coating (Hard coating) are scratch-resistant, and the 10.4mm ultra-thin body (appearance size 396×324×10.4mm) combined with a 1.46kg lightweight design is suitable for industrial embedded installation needs.

Wide temperature range reliability ‌
The WLED backlight source (30K hour life) operates stably at an operating temperature of 0~50℃, and the storage temperature covers -20~60℃, meeting the harsh environmental requirements of outdoor industrial equipment.

Signal and energy efficiency optimization ‌
LVDS 2-channel 8-bit signal transmission is compatible with industrial standard interfaces, 5.0V low voltage drive reduces energy consumption, and RGB vertical strip pixel layout (1280×1024 resolution) accurately restores details.

19.0-inch a-Si TFT-LCD Module Technical Specifications Table