Projected capacitive touch in new range of MIPI DSI displays

The move reflects the growing demands for the same premium quality, high resolution graphical display technology used for personal mobile devices to be tailored for use in industrial applications. 

Available in three sizes, 4, 4.3 and 5”, Densitron’s MIPI DSI displays feature high colour saturation, readability at all viewing angles and Projected Capacitive Touch (PCT) and optical bonding options. There is also the possibility of adding haptic feedback technology to provide the sensation of touch when a user makes contact, plus lens customisation for all of these options. 

The displays enable low power, low electromagnetic interference (EMI) yet permit high performance applications allowing for the interconnection of other components such as cameras.

Luo Luo, Densitron Global Product Manager, TFT, stated: “Densitron believes MIPI DSI will become the next generation standard for display technology. Traditional interfaces won’t support the advanced display technologies now demanded by consumers. Using extra data channels and increasing transmission speed to host the higher resolution is already increasing EMI susceptibility and radiation. MIPI addresses these shortcomings, enabling content rich display technology without the huge strain on interface connections.”

Using a reduced number of wires and operating at a lower power consumption to conserve battery life, the MIPI DSI interface is capable of handling very fast speed signals for driving ultra high resolution, premium performance displays, from HD to FHD and beyond. With its simplified pin count, it benefits from a significant reduction in electrical noise and, therefore, limited EMI susceptibility.

This new MIPI DSI range is fully supported by Densitron’s new Aurora SBX which acts as a driving platform. Providing a ready to go development platform to create a variety of feature rich, high end, modern GUI applications, this plug and play solution offers a head start in development and the power and functionality to drive a fully-operational HMI for a range of industrial applications.