MAXEN has expanded its touch display portfolio with two new In-Cell touch displays: the 7 inch MX-070FM45NFM-T165 and the 10.1 inch MX-101FM45NFS-T200. Both models combine IPS display technology, portrait-format resolution, 45-pin MIPI interface and integrated capacitive touch functionality in compact display structure.
The 7 inch model features 720x1280 resolution and 400 cd/m² brightness, providing compact display option for embedded products with limited installation space. The 10.1 inch model offers 800 × 1280 resolution, 350 cd/m² brightness and support for up to 10-point multi-touch, providing larger interactive area for more information-rich user interfaces.
MX-070FM45NFM-T165
A compact portrait embedded touch display designed for smart terminals, control panels and other devices where installation space and integrated touch functionality are important.
View 7 Inch Product →MX-101FM45NFS-T200
A larger portrait integrated touch display featuring I²C capacitive touch and support for up to 10-point multi-touch for more information-rich embedded interfaces.
View 10.1 Inch Product →Unlike a conventional TFT LCD combined with a separate external PCAP touch sensor, In-Cell technology integrates touch sensing more directly into the LCD structure. This can reduce the number of separate display layers, support a thinner module design and simplify mechanical integration in compact devices.
With two different screen sizes, the new displays provide additional options for embedded touch display projects including control panels, access terminals, smart devices, embedded HMI systems and other interactive equipment.
In-Cell technology integrates touch sensing into the LCD structure instead of using a completely separate external touch sensor layer.
In a conventional capacitive touch display, the TFT LCD and touch sensor are normally separate components. A PCAP touch sensor is positioned above the LCD and may be assembled using an air gap or optical bonding process.
In-Cell technology uses a different structure by integrating the touch sensing function into the LCD cell itself. Instead of adding a completely separate touch sensor above the display, the touch function becomes part of the display architecture.
This integrated structure can help reduce module thickness, decrease optical parallax and simplify the mechanical design of compact embedded equipment.
The integrated display architecture provides several practical advantages for modern embedded products.
Reducing the need for a separate external touch sensor can help decrease the overall display stack and provide greater flexibility for products with limited installation depth.
Because the touch sensing function is positioned closer to the displayed image, the distance between the user's touch position and the image can be reduced.
A more integrated LCD and touch structure means fewer separate display layers need to be considered during mechanical and front-panel design.
The display and capacitive touch functions are combined into a compact module structure suitable for responsive embedded user interfaces.
The compact structure, portrait format and integrated touch functionality make these displays suitable for a variety of embedded and interactive equipment.
An embedded HMI can use the display to present operating parameters, system status, menus and graphical controls within a compact front-panel area.
Portrait-oriented embedded touch displays can be integrated into access control terminals, visitor systems, authentication devices and smart terminals.
Suitable for wall-mounted control panels, building automation systems and smart home interfaces requiring a clean and responsive touch interface.
Compact integrated displays can be considered for medical control panels, monitoring equipment and portable healthcare devices.
The reduced display stack makes an integrated touch display suitable for handheld controllers, portable instruments and compact electronic devices.
The larger 10.1 inch option can support self-service terminals, commercial control systems and information interfaces requiring more interactive screen space.
The launch of these 7 inch and 10.1 inch models expands MAXEN's touch display portfolio with additional In-Cell technology options for embedded product development.
MAXEN supports display and touch customization including cover glass design, surface treatments, brightness adjustment, interface integration and mechanical customization.
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