NEC MultiSync® EA244WMi features an extremely thin LED backlight panel with IPS technology which results in an ultra-modern and slim design in combination with a premium feature set for the corporate office use. Ambient Light and Human Sensors enforce the sustainable product concept while offering improved ergonomics with 130 mm height adjustability. Moreover the display offers broad connectivity with 4 inputs DisplayPort, HDMI, DVI-D and D-Sub. Thanks to its excellent IPS image quality with wide viewing angles in 16:10 screen format, it offers a high level of ergonomic comfort. Ideal for the corporate that demand style and future proof technology. - Feature Set for Perfect Office Use - Integrated Speakers, headphone jack and USB Hub provide excellent options for office communication. - Green Product Concept - Eco Mode and Carbon Footprint Meter / Carbon Savings Meter, Ambient Light Sensor. - Ambient Light Sensor - with Auto Brightness function always sets optimised brightness level according to ambient light and content conditions. - Easy Control - of up to six displays in a multi-monitor configuration with ControlSync® technology. - Human Sensor - detects the presence of a person in front of the screen; display switches on/off automatically depending on the presence of the user. - DICOM Simulation - for straightforward radiological review applications. - Free Download of Multi-Display Management Software - with NaViSet Administrator 2 you can manage all your connected display devices from a centralized location. - Special Characteristics - Ambient light sensor for optimized brightness levels; Carbon Footprint Meter; Carbon Savings Meter; ControlSync®; Customize Setting; DICOM preset; EcoModes; ErgoDesign®: Height adjustable stand (130 mm) with 90° Pivot features; Human Sensor; LED Backlight Technology; NaViSet Administrator 2; Touch Sensor Keys; USB ver. 2.0 (4 down / 1 up); sRGB Support; Ambient light sensor; Annual energy consumption: 28 kWh (based on 4 operating hours per day); Energy efficiency class: A+; Human sensor; Intelligent Power Management