131.
For easy control via LVDS, we supply you with TFT controller boards from our in-house developed Prisma series and can also provide a complete plug-and-play kit solution with all necessary components, such
132.
controlled via an LVDS interface . We also offer fully tested plug-and-play kit solutions with our Prisma TFT controllers . For further details on the two displays, please refer to the data sheets or contact
133.
movable elements e.g. front doors. All Compact Panels are equipped with our in-house developed slim PrismaCOMPACT-Media controller board. Right now Compact Panels are available in sizes from 25.654 cm (10
134.
offer these TFTs as a complete HDMI/VGA/DP kit solution. For the MIPI TFT displays we developed the PrismaMIPI-LVDS TFT controller boards. We also provide matching resistive analog and PCAP (I²C or USB)
135.
FORTEC Integrated GmbH has developed a wide range of TFT controllers and corresponding software. Our Prisma and Artista converter boards, as well as our network and USB compatible mediaplayers are produced
136.
well as commercial environments. For easy installation of the MIPI TFT displays we developed the PrismaMIPI-LVDS TFT controller boards. For COM70H7M24ULC and COM50H5N01ULC we offer IF420-00 interface boards
137.
. We also supply slim TFT display solutions with HDMI, Display Port and VGA input , based on our PrismaCOMPACT-Media TFT controller board. Read more on our Compact Panels . You would rather use a complete
138.
IF444 solves this problem: Suitable for systems with PC/SBC or HDMI/DP/VGA converter cards (e.g., Prisma series) Alerts via digital and visual signals (optional acoustic alarm) Compatible with WIN and Linux
139.
the industry standard by a factor of 2. The TFT displays can be controlled with our own developed Prisma TFT controllers. In addition, they are also available as completely ready-to-connect industrial kit
140.
thanks to MVA wide-viewing technology. They have been shipped as a fully-tested kit solution with the PrismaECO-eDP TFT controller. To achieve a maximum optical homogeneity of the visual impression of the
