The MultiSync © P553 DST follows the tradition of NEC’s professional Large Format Display line. Certified for long periods of operation, the screen is equipped with a rich and unparalleled feature set, completed by an abundance of interfaces no other product on the market can match. The DST version of P Series is the perfect touch solution when a reliable and robust touch application is called for. In combination with NEC Slot-In PCs it is a clean looking and almost cable free solution.

An ideal solution for interactive applications requiring single touch technology, such as product promotions, way finding and any kind of self service.

- DST - Dispersive Signal Technology - increases touch accuracy by accommodating objects resting on the screen, enhances the user's ease of operation through stylus independence and requires no recalibration in either a vertical (portrait and landscape) or horizontal position (tabletop).
- 3M DST Technology - very robust and does not require special input device or clean surfaces thanks to technology which relies on “bending waves” for locating the point of contact with the surface.
- Public Displays DST Solutions - work in combination with NEC Slot-in PC without any external PC. It can be extended with additional interfaces and playback devices through the option slot which avoid additional cables and mounting brackets.
- Future Ready with OPS Cable Free Expansion - Upgrade the power of your display at any time without the need for external cables or devices.
- DICOM support- for medical 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 - Auto ID assignment; Auto tiling function; Automatic Alarm E-Mails ; HTTP Server; Image flip; NaViSet Administrator 2 ; Point Zoom Function; Programmable 10-bit LUT with 3 memory banks; Sticky Note Function in OSD; User readable log function; Ambient light sensor; Carbon savings meter; ECOMode; Human Sensor