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Display Controller Boards |
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TFT Controller act as an interface between LCD TFT Display and a PC or computer system. They are adjusting signals of the computer to the connected LCD TFT Display and are offering various other features. |
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is designed to meet the extended requirements of embedded applications. As all our in-house developments any board of this product family can be adapted according to your individual requirements on demand.
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| TFT LC Display Controller Boards | ||||||||||||||||
| Comparison Chart | ||||||||||||||||
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| Image | Controller Boards | Input Signal | Max. Resolution | Download Feature Sheet |
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Ethernet, 10/100 Mbit/GigaBit, WUSB, USB |
2048 x 1152, 1920 x 1200 |
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RGB, DVI | 1600x1200, 1680x1050 |  |
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RGB, DVI (Quasi-HDMI and DisplayPort optional) | 1920x1200 | |
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RGB, DVI, USB 2.0 (DisplayPort optional) |
1920x1200 | |
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USB 2.0 | 1600x1200, 1680x1050 | |
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USB 2.0 | Suitable for Optrex T-55226D043J & T-55382GD050JU |
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| For Manual-Download/FTP-Server: request login data. | ||||
Customized Controller Board Solutions
Case Study UCB Board: Digital Signage - Retail Solution: LC Display rail / E-Shelf
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UCB Board | Resolution 5760x272/960/1140x272 | Spec |
An application specific custom development, based on USB-graphics technology that can control 12 high resolution small LCD-TFTs with integrated brightness control and power supply. To drive this solution one only needs one free USB Port and a +12V power supply. |
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| Additional information and video learn more. | |||
General Information - Display Solution in-house developed Flat Panel Controller Boards
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Extended durability |
The application of components with long lifetime cycles results in higher durability. For example electrolytic capacitors are not used on our boards at all. This kind of capacitors are very cheap and popular, but they have a short average life-span of 2000 to 10.000 hours, only. |
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Wide supply voltage range |
An input voltage range from 12V – 24V supersedes the necessity of dual-output power-supply if backlight-inverters with 24V supply-voltage are used. |
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Reduced power dissipation |
Our boards use switching regulators with very high efficiency instead of linear regulators if reasonable in order to reduce needless power dissipation. In addition an intelligent design of the internal power supply (modern board designs needs about five different voltages) helps to reduce internal power loss |
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Improved EMI behaviour |
Special attention is turned on the EMI-behaviour of our boards in order to facilitate customer’s design-in of these boards. To attain this goal additional EMI filters are applied. |
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Improved operating temperature range |
A deliberate selection of peripheral components do not limit the operating temperature range of the core SOC. Therefore the upper limit of the environment temperature of our boards can be increased to more than 70°. |
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Low overall height |
A deliberate compact design with a minimized stack height is particularly suitable for low profile applications. |
Inquiry
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| For personal advice please do not hesitate to call +49 8105 73403-0 . | |
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| B2B and Industrial Integrators only! | ||
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