Brief: Откройте для себя расширенные возможности светодиодного дисплея GCL Indoor Gspark P1.8 в этом подробном обзоре. Узнайте, как его малый шаг пикселя и высококачественный дизайн делают его идеальным для создания бесшовных видеостен в церквях и конференц-залах. Посмотрите на ультратонкий профиль дисплея и HD-четкость в действии.
Related Product Features:
Features a fine pixel pitch of P1.86mm for high-definition, sharp image quality ideal for close viewing distances.
Constructed with a durable die-casting aluminum panel for a lightweight yet robust build, weighing only 7 kg.
Offers seamless splicing technology for creating large, continuous video walls without visible gaps.
Delivers a high brightness of 700 nits and a wide 160-degree viewing angle for clear visibility.
Equipped with a high refresh rate of 3840Hz and 13-16bit grey scale for smooth, flicker-free video playback.
Designed for front service maintenance, allowing for easy access and repair from the viewing side.
Certified with CE, ROHS, EMC, TUV, UL, CCC, FCC, and ISO standards for quality and safety assurance.
Operates with low average power consumption of 150W/㎡ and works in temperatures from -20℃ to 60℃.
Вопросы:
What are the primary applications for this indoor LED display?
This P2.5 LED display is ideally suited for professional indoor environments such as churches, meeting rooms, and other spaces requiring high-quality visual communication and seamless video walls.
How is the maintenance handled for this display screen?
The display features full front service maintenance, meaning all servicing and repairs can be conducted from the front of the screen without needing access from behind, simplifying the upkeep process.
What certifications does this LED display hold?
This product is certified with multiple international standards including CE, ROHS, EMC, TUV, UL, CCC, FCC, and ISO, ensuring it meets rigorous quality, safety, and environmental compliance requirements.
What is the power consumption of this display?
The maximum power consumption is 450W per square meter, while the average power consumption is a more efficient 150W per square meter, making it an energy-conscious choice for continuous operation.