Dot Matrix Information Panel - 58x18 dots • Fanless, Low Power • Thin (35 mm) and Lightweight • High Brightness (>2.000 cd/m2) • Auto and Manual Brightness • Smart Graphics, Bitmaps, Animations • Daisy Chainable, with Ethernet bypass • IP54 and EN50155 Certified EN50155 Certified - Designed for Railway applications Thin and Lightweight - At just 35 mm deep, it’s one of the thinnest dot matrix panels and can be installed in space constrained applications Fanless, with High Brightness - Great brightness to power consumption ratio in a fanless enclosure Brightness Management - Automatic and manual brightness management modes Versatile Graphics - Supports: bit-mapped images, real time animations, smart areas, auto scroll, multilanguage fonts Daisy Chainable - Internal Ethernet switch allows daisy chaining multiple units Ethernet Bypass Mode - Allows uninterrupted service when a daisy chained unit is powered off The DynaDOT 10-13 is an EN50155 certified, fanless dot matrix display certified for Railway applications that delivers high brightness, high efficiency LEDs in a very thin enclosure. Easy to install both on vehicles and track side, the DynaDOT 10-13 is ideal for applications where traditional displays are hard to deploy due to their depth, such as when the display should be embossed on the train door. Brightness of the panel can be managed automatically or manually: internal temperature and light sensors allow fine, continuous control. The DynaDOT 10-13 offers sophisticated graphics modes: it allows partitioning of the surface in smart areas that can be controlled independently; it supports bit mapped images, real-time animations and auto scrolling. The DynaDOT 10-13 comes with two Fast Ethernet interfaces that support daisy chaining multiple units and Ethernet bypass mode. With Ethernet bypass, it is possible to instantly recover connectivity along the chain in case the unit is powered down: in case of an event, internal relays are triggered and cross connect the two M12 Ethernet interfaces, restoring the electrical path of the chain.

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