The PO-Series ultra-high brightness digital signage display is purposely built to stand out in a wide range of environments whether indoor or outdoor, retail or entertainment. The LED-backlit open frame panels include brightness levels that maximise visibility, along with features such as an energy saving EcoSmart Sensor and Anti-Burn-in™ technology that make the ultra-high brightness digital signage display ideal for 24/7 outdoor use. An open-frame* option boosts adaptability, as it allows for easier integration into customised designs, while an active dual-fan cooling design coupled with a HeatControl sensor keep temperatures in control, which further enhances the PO-Series ultra-high brightness digital signage display’s aptitude for outdoor use.
With a 2500 nits ultra-high brightness, the PO-Series digital signage display provides optimal readability, whether in direct or indirect sunlight conditions, while retaining the superior image quality AG Neovo large format displays are known for. The panels also are equipped with high-temperature resistant (up to 110°C / 230°F) liquid crystal cells, and circular polarizing technology which enables clear visibility even when the viewer is wearing polarized sunglasses.
With customisation in mind, the PO-Series ultra-high brightness digital signage display features an open-frame* option which allows you to be flexible in any new custom display solution you are designing or to integrate the display into any solution which you have already developed.
Offering landscape and portrait mode capabilities, the PO-Series ultra-high brightness digital signage display can easily adapt to various installation setups while expanding design options for content. A built-in RS232 port adds convenience, letting you control your display remotely.
Power management is an important consideration for 24/7 applications to ensure a long product life and extended use. AG Neovo designed an energy saving EcoSmart Sensor, so the display can automatically adjust its brightness according to the external environment, particularly in outdoor settings, which can significantly save energy.