KEY FEATURES
digiBOARDs have been specifically designed for the for stadium market, with a number of key features:
ENHANCED LED CONFIGURATION
Four LEDs per pixel rather than the usual 3 gives more vibrant colour definition and improved contrast levels.
Highest grade ranked LEDs provide very stable colour wavelength and exceptional brightness (typically 30% brighter than competitors' products).
RUBBERISED 'SOFT TOUCH' FRONT
The face of digiBOARDs feature ‘Soft Touch’ sun-eyebrows.
These shade each pixel from sun and are moulded out of TPE – a revolutionary soft compound plastic that is soft to the touch, and has a very high level of UV resistance, lowering any risk to injury on impact, whilst improving contrast levels.
DYNAMIC POWER CELL REDUNDANCY
Dynamic Power Cell Redundancy (DPCR™) technology ensures that digiBOARDs can operate on just 30% of available power.
digiBOARDs are one of the most energy efficient LED panels on the market, and 200% power redundancy coupled with our Instant Changeover system allows automatic and seamless switching of power should one (or even two!) of the three available power cells fail.
REMOTE KEY COMPONENT MONITORING
digiBOARD’s intelligent on-board processors monitor key operating features, such as internal temperature and power consumption.
This allows for monitoring from a remote location, meaning you are instantly kept up to date.
FIBRE OPTIC HIGH-SPEED DATA TRANSFER
All data to and between digiBOARDs is carried over a high speed digital fibre network.
This gives the most efficient and loss-free delivery of signal, that is also immune to electromagnetic interference.
SLD LED TECHNOLOGY
All digiBOARD LEDs are manufactured specifically for us and utilise SLD (Stepped Lens Density) technology.
This gives improved viewing angles and a consistent wide-angle light distribution, giving a crystal clear picture from around the stadium.
HIGH GRADE CONSTRUCTION
digiBOARD panels are created using high-grade aerospace aluminium alloys, with state-of-the-art polycarbonate pressure injected moulding for the LED casings, using the same materials used for crash-helmets.