OmegaPix 26BE is a revolutionary indoor 2,6 mm LED panel. Specially designed to offer advanced mechanical features, more creative configurations and superior video image quality.

Featuring:

New Novastar A8s receiving card

18 bit+ greyscale, x4 higher than the market average. Effectively improved greyscale performance under low-brightness, showing more exquisite and expressive images

ClearView technology used adjusting the texture, size and contrast of images in different areas to further enhance the image details

Smart gamma correction: gamma correction is automatically applied according to the display brightness, achieving a better greyscale performance and providing clearer pictures

Rotation enabled: rotation of panels recognised by software @ 360°

RCFGX restore, firmware copy, mapping MCTRLR5 sending fully supported

Pixel Pitch 3mm

120 sqm available fully colour matched – maximum 16m x 7.5m screen

2000 nits brightness – for semi outdoor environments

1920Hz Refresh rate – great for sport and fast moving video

Flying & Ground Support rigging options for versatility

Magnesium Alloy composite Lightweight cabinets – 30% lighter per sq.m. to most other LED screens

Very high spec IC which gives very rich colours, true white and true black

7.0Kg per cabinet / 21.1Kg per sq.m.

Cabinet size 576mm x 576mm

Pixel Pitch 3.9mm

IP65 all-weather waterproof cabinets

100 sqm available fully colour matched – maximum 15m x 6.5m screen

6500 nits brightness – for fully outdoor environments with lots of sunlight

1920Hz Refresh rate – great for sport and fast moving video

Flying & Ground Support rigging options for versatility

Magnesium Alloy composite Lightweight cabinets – 30% lighter per sq.m. to most other LED screens

Very high spec IC which gives very rich colours, true white and true black

6.7Kg per cabinet / 26.7Kg per sq.m.

Cabinet size 500mm x 500mm

Pixel Pitch 4.8mm

4000 nits brightness – for indoor & outdoor environments

Flying & Ground Support rigging options for versatility

Magnesium Alloy composite Lightweight cabinets – 30% lighter per sq.m. to most other LED screens

Very high spec IC which gives very rich colours, true white and true black

10.0Kg per cabinet

Cabinet size 500mm x 1000mm

An LED display panel works by utilising thousands of closely arranged light-emitting diodes (LEDs) to form images through varying the brightness of each individual diode. When an electric current passes through an LED, it emits light. A driver circuit controls these LEDs, creating images and videos through patterns of light. LED panels are commonly used in ground-stacked video walls and offer advantages such as energy efficiency, durability, and adaptability to different lighting conditions. The versatility of LED screens allows for a wide range of applications, from outdoor concerts to indoor conferences, displaying static images to high-resolution videos. Achieving optimal brightness and color accuracy requires expertise, emphasising the importance of working with experienced AV teams. Overall, an LED display panel works by harnessing the collective power of individual LEDs to create cohesive and visually impactful images.

The differences between indoor and outdoor LED screens lie in several key aspects. Firstly, outdoor screens require much higher brightness levels, ranging from 5,000 to 10,000 nits, to be visible in daylight. In contrast, indoor screens typically have brightness levels of 1,000 to 2,000 nits. Pixel pitch, the distance between pixels, varies with outdoor screens accepting a higher pitch as viewers are usually farther away, while indoor screens demand a lower pitch for better resolution at closer distances.

Weather resistance is crucial for outdoor screens, protecting them from rain, wind, snow, and extreme temperatures, whereas indoor screens do not require such protection. Outdoor screens also need a wider viewing angle (around 160 degrees) compared to indoor screens (typically 120 degrees) to ensure visibility from all angles. Maintenance is more frequent for outdoor screens due to exposure to the elements, requiring specialized technicians for cleaning and component replacement.

Additionally, outdoor LED screens generally consume more power than indoor screens due to higher brightness levels and larger size, resulting in increased running costs. When choosing between indoor and outdoor LED screens, careful consideration of factors like brightness, weather resistance, viewing angles, maintenance, and power consumption is essential to meet specific requirements effectively.

Choosing between ground stacked and flown LED screens depends on various factors such as event size, venue, and specific requirements. Ground stacked screens, placed on the ground with trussing or frames, are suitable for smaller events or spaces with low ceilings. They offer stability, easy setup, and cost-effectiveness but require additional floor space.

On the other hand, flown LED screens, suspended from the ceiling or rigging, are versatile for events of all sizes. They are ideal when space is limited or when screens need to be positioned at a visible height for all attendees. Flown screens allow for creative visual effects but involve a more complex and time-consuming installation, requiring additional rigging equipment and expertise.

Ultimately, the choice depends on the event's unique needs. Ground stacked screens are straightforward for smaller events or those with low ceilings, while flown screens offer flexibility in placement and creative visual effects. Keep in mind that the impact of LED screens is also influenced by pitch size, referring to the distance between pixels, with different pitch sizes affecting clarity, resolution, and overall visual impact. For more details on pitch size, you can explore further information here.

Choosing the right pixel pitch for an LED screen is crucial, and the ideal pitch size depends on the specific use and requirements of the event. In corporate events where clarity and sharpness are priorities, a smaller pitch size is recommended for clear text and high-quality images. Conversely, for large outdoor concerts, a larger pitch size may be preferred for visibility from a distance, and brightness is crucial to overcome outdoor lighting glare. Durability is also essential for outdoor events, considering exposure to weather conditions.

Pixel pitch, measured in millimeters, refers to the distance between the centers of individual LED lights. Smaller pitch sizes result in higher resolution and sharper images, making them suitable for close-up viewing. However, smaller pitch sizes come with higher costs due to increased complexity in manufacturing.

For indoor displays, a pitch size of 2.6mm to 4mm is considered high-resolution, while outdoor displays typically use a pitch size of 4mm to 8mm for a balance between image quality and cost-effectiveness.

It really comes down to the intended use and budget. Smaller pitch sizes offer clearer images but at a higher cost, while larger pitch sizes balance quality and affordability.