Mitsubishi launches direct view LED to display line-up

Mitsubishi Electric has launched the production model of its direct view narrow pixel pitch (NPP) LED screen. The VS-15NP160 (15-NP) is designed for control rooms and other indoor applications. A new anti-burn feature is said to allow static graphics to be displayed without adversely affecting performance or lifespan. The 15-NP is rated for 100,000 hours of continuous operation, with its anti-burn feature.
December 5, 2017 Read time: 2 mins
7874 Mitsubishi Electric has launched the production model of its direct view narrow pixel pitch (NPP) LED screen.  The VS-15NP160 (15-NP) is designed for control rooms and other indoor applications.


A new anti-burn feature is said to allow static graphics to be displayed without adversely affecting performance or lifespan. The 15-NP is rated for 100,000 hours of continuous operation, with its anti-burn feature.

The rear projection, light output per square metre is constant and independent of the total screen area, making it possible to create daylight-viewable displays of any size. Its 90mm display depth is designed for it to be installed virtually anywhere, and both front and rear access versions are available to further increase versatility.

Displays are assembled on-site as required from individual LED units measuring 480mm x 540mm. LED units feature standard OPS slots, which can accommodate OPS 3G-SDI-input boards or OPS HDBaseT inputs for long-distance signal transmission via CAT6(STP) cable. Dual-loop signal inputs and redundant power supplies ensure the display will continue to function in the event of an LED unit power failure.

Detection, Monitoring & Machine Vision

For more information on companies in this article

Related Content

  • Substantial savings from smarter street lighting
    February 25, 2015
    As authorities strive to reduce expenditure and carbon emissions, Colin Sowman looks at some of the smart ways of managing street lighting while containing costs and maintaining safety. Street lighting can account for 40% of an authority’s energy consumption. So, faced with the need to reduce outgoings, some authorities are looking for smart ways of managing street lighting or even turning off swathes of street lights in the small hours. Back in 2008 the E-street Initiative report concluded that authorities
    Read More
  • Dutch municipality to deploy driverless shuttle on public roads
    July 7, 2016
    The municipality of Ooststellingwerf in the northern Netherlands is taking part in a three-month self-driving vehicle pilot project, which will see two shuttle vehicles travel from the Netherlands National Forest Service visitor centre to Wester Es in Appelscha, a distance of 1.55 miles. The driverless EZ10 shuttles, developed by Easymile, are autonomous electric vehicles without steering wheel or pedals; a ‘driver’ travels with the vehicle to stop it in the event of an emergency. The shuttles servic
    Read More
  • New system expedites border crossings
    October 28, 2016
    Enforcing border controls can create long queues for travellers, David Crawford looks at potential solutions. Long delays at border crossings in both North America and Europe have sparked the development of new queue visualisation and management technologies that are cutting hours, even days, off international passenger and freight journeys. At the westernmost end of the 2,019km (1,250 mile) Mexico–US frontier, two parallel crossings between Tijuana, in the former country, and the border city of San Diego,
    Read More
  • Nexcom ruggedised vehicle mount computer
    December 3, 2012
    Nexcom’s ruggedised vehicle mount computer VMC 3000 series is designed for use in heavy-duty vehicles and, says the company, can increase productivity and safety within harsh environments. Featuring scalable computing power, 10.4” touch screen and a range of wireless communication technologies and combining a robust design and IP65-compliant enclosure, the VMC 3000 series can gather, display, transmit and receive information to help optimise route planning, increase situational awareness, and monitor vehicl
    Read More

Highlighted Content