Create pixel-perfect imagery with the high-end panel quality of the fully professional NEC M Series large format displays. By focusing on customer needs while also offering professional reliability, the M series displays give customers a digital signage display lineup without all the costs. The M series can support both landscape and portrait orientations while also containing a Coffee Lake Intel Celeron Windows 10 IoT Enterprise PC through the SDM-VICW-IS seamlessly integrated into the SDM-L slot on the side of the display. The series contain a full metal mechanical chassis, allowing for a more robust design necessary for commercial applications while maintaining the attractive aesthetics that allow the focus of onlookers to be on what matters – the message. Simple and targeted connectivity options allow customers to have the up-to-date options that they need while not having to overpay for excess and unused interfaces. The NEC M series boasts 500 cd/m² brightness which is ideal for a majority of digital signage applications in corporate, higher education, restaurant, retail and grocery store environments when the focus should be on the message, not the budget.

• 4K UHD native resolution allows for crystal clear imagery and messaging that become more vivid and lifelike than ever before
• Landscape and portrait orientation allows for flexibility of installation dependent on your needs
• Integrated Coffee Lake Intel Celeron, Windows 10 IoT PC with the SDM-VICW-IS included in the SDM-L slot
• Bidirectional and full external control allows for easy integration into control systems via LAN or RS232C
• 500 cd/m2 brightness and HDR compatibilty will capture the attention of audience in almost any situation
• Integrated media player allows for audio, video or image playback via USB
• Failover capabilities with full input detect functionality allow peace of mind as the display will automatically switch to a secondary or tertiary source if the primary source fails
• Integrated ambient light sensor allows the display to autmatically adjust its luminance based on external brightness conditions