LCD Modules + LCD Driver Boards + Touch Panels + Various Cables + Mechanical Structural Components
This comprehensive integration has become an essential requirement for customized projects, marking a shift away from the traditional reliance on standalone LCD modules. In the past, most projects only required individual components, such as separate touch panels or standalone LCD modules. However, as the industry evolves, resource integration has become a crucial factor in project initiation.
When these components are sourced and assembled from different suppliers, issues such as component compatibility, internal space layout, and assembly processes often arise, leading to product mismatches. This is a unique challenge inherent to customized projects.
SKY-TDM’s products are primarily designed to address the needs of customized projects in industrial, medical, self-service kiosk, and rail transit applications. We provide integrated touch and display solutions to resolve compatibility and matching issues throughout the project lifecycle.
This is a 21.5-inch LCD with touch functionality, integrating the LCD module, PCAP capacitive touch panel, and driver board system into a single display architecture. Customers only need to provide a 12V DC power supply and an HDMI input signal to deploy it into their equipment, eliminating the need for an external driver board.
Key Features:
· 21.5-inch screen size
· 1920 x 1080 Full HD resolution
· PCAP 10-point capacitive touch
· HDMI video input interface
· USB Type-C touch interface
· Optional AG (Anti-Glare) & AF (Anti-Fingerprint) surface treatment
· Built-in speaker
It has a typical power consumption of 26.26W, with overall product dimensions of 533.58 x 320.88 x 20.25 mm.
The core purpose of integration is to reduce the number of standalone components and simplify the installation of the display architecture.
Integrated displays can potentially lower overall system costs. They help improve component procurement efficiency, reduce the need for cables and connectors, streamline assembly processes, decrease engineering coordination efforts, and shorten display system integration time. These improvements effectively reduce hidden labor costs. The actual cost reduction, however, depends on the original display architecture, production volume, and customization requirements.
Yes, it creates more opportunities for compact mechanical design. When standalone display driver boards need to be installed behind or beside an LCD panel, extra space must be reserved for the PCB and cables.
By directly integrating the relevant display electronic components into the display architecture, there is no need to allocate space for the driver board and associated cables.
This space optimization is particularly practical for self-service terminals, where the screen is typically mounted directly on the front of the enclosure.
Self-service terminals are the most representative application scenario for "Touch + Display Integration."
A 21.5-inch Full HD touchscreen provides ample display area to seamlessly present the entire user flow: Menu Display → Product Selection → Order Confirmation → Payment & Settlement → Receipt Printing.
This same display design concept can be applied to other self-service equipment:
· Self-Ordering Kiosks: Large touch displays allow users to fully browse products, manage orders, and complete transactions without any staff assistance.
· Payment Terminals: The display can consolidate operation instructions, transaction information, and touch interactions into a single, user-facing interface.
· Vending Machines: The touch interface can be used to showcase product information, promotional content, product selection, and payment guidance.
· Ticketing & Check-In Terminals: Interactive displays can guide users through destination selection, reservation queries, ticket printing, or check-in procedures.
· Self-Service Printers: The touchscreen can facilitate document selection, content preview, print option settings, and payment functions.
One of the key challenges in developing touchscreen equipment is ensuring that the touch panel, LCD module, driver board controller, and mechanical structure work together seamlessly.
This integrated approach is particularly well-suited for manufacturers of mass-produced equipment. In such cases, display consistency, installation efficiency, and supply chain coordination are of paramount importance. Taking our 21.5-inch product as an example, it demonstrates how the LCD, touch panel, and driver electronics can be integrated into a single display module architecture. It also meets reliability requirements under various conditions, including temperature, vibration, thermal shock, power cycling, and ESD.
For OEM customers, this collaborative product design represents the ultimate solution. It means that from the very beginning, the entire display solution is designed as an integral part of the equipment, rather than being treated as an isolated LCD component.
Please contact SKY-TDM. Our team will assist with the evaluation and provide the ideal integrated display solution (LCD + Driver Board + Touch Panel) tailored for your project.
