1280*1024 Open Frame Touch Screen Monitor

When a touchscreen needs to become part of a kiosk, equipment panel, or wall-mounted terminal, the display has to work within the overall system rather than simply sit beside it. The HOP170-8 is a 17-inch open frame touch screen monitor designed for this type of integration, combining a 1280 × 1024 TFT-LCD with an open-frame industrial metal structure and flexible installation options.

The display supports VGA and DVI inputs, with HDMI and RS232 available as options. Its touch configuration is specified as resistive with 4-wire / 5-wire options, while capacitive touch is also listed as an additional configuration. With 350 cd/m² standard brightness, optional 1000 cd/m² brightness, a stated 50-million-touch life cycle, and VESA 75/100 mounting, the HOP170-8 gives equipment manufacturers and system integrators a practical platform for customized display projects.

• Open-frame design for seamless equipment integration
• Industrial metal structure for durable embedded installations
• Flexible touch technology for different project requirements
• Reliable resistive touch for frequent operator interaction
• Flexible connectivity for diverse host systems
• High-brightness option for challenging installation environments
• Multiple mounting options for customized equipment structures
• OSD controls for convenient installation adjustment
• Designed for kiosks, embedded systems, and wall terminals

The 17-inch screen provides a useful middle ground for equipment that needs more viewing area than a compact embedded monitor without moving to a much larger display format. Its 1280 × 1024 resolution provides a 5:4 working format suitable for interface layouts where vertical screen space is important. The panel has a 339.8 × 272.5 mm active area, 1000:1 contrast ratio, 16.2 million colors, and a 5 ms response time. With 350 cd/m² standard brightness, the display provides a defined visual platform for embedded interfaces, while the optional 1000 cd/m² configuration gives project teams another choice when higher luminance is required.

The open-frame design allows the monitor to be incorporated into a customer's own enclosure instead of relying on a finished desktop monitor housing. Combined with an industrial metal frame, this makes the display suitable for equipment designs where the screen needs to become part of the physical structure. VESA 75 mm and 100 mm mounting interfaces support standardized installation, while horizontal and vertical mounting brackets provide additional flexibility. For kiosk manufacturers and equipment developers, this approach allows the display dimensions and mounting method to be considered together with the enclosure from the beginning, reducing the need to redesign the surrounding structure around a fixed commercial monitor.

The HOP170-8 is specified with a resistive touchscreen and 4-wire / 5-wire touch configuration. The source information also lists capacitive touch as an additional touch option, so the final configuration should be confirmed according to the project requirement. The touch panel provides 92% light transmission, a stated 2 ms response time, and a touch life cycle of up to 50 million touches. USB is specified as the touch system interface, with +5V @ 80mA touch power consumption. This gives integrators a defined touch-input platform that can be evaluated alongside the host system, user interface, and mechanical structure before production.

Different embedded systems may use different host interfaces, particularly when projects need to integrate with existing equipment. The HOP170-8 supports VGA and DVI video input, while HDMI is available as an option. RS232 is also available as an optional interface, and USB provides the touch connection. This allows the display to remain a dedicated visual and touch component while the customer's industrial computer, controller, or other host device handles application processing. During system design, the available host video output and required touch communication method can therefore be matched to the appropriate monitor configuration instead of forcing the entire system to adopt a single interface standard.

The standard brightness is specified at 350 cd/m², with an optional configuration reaching 1000 cd/m². This provides additional flexibility for projects where the display may need stronger luminance than the standard configuration can provide. The panel also offers a 1000:1 contrast ratio, 16.2 million colors, and a stated 60° / 70° viewing angle under the specified contrast condition. Rather than treating brightness as a fixed specification, project teams can select the appropriate configuration according to the actual installation environment. The available product information does not define an IP rating or complete operating-environment specification, so environmental requirements should be confirmed separately for the final application.

The HOP170-8 is identified for kiosk, embedded, and wall-mount installation, making it a practical option when the display needs to be physically integrated into a larger structure. In a kiosk, the monitor can become part of the front interface; in embedded equipment, it can be installed directly into the customer's enclosure; and in wall-mounted systems, the available VESA interfaces and mounting brackets provide options for positioning the screen. No specific industry application is stated in the product information, so the product should be evaluated according to the actual system design rather than being assigned to a particular vertical without project evidence.

Once an embedded monitor has been installed, display settings may need to be adjusted according to the host signal, mounting position, and viewing conditions. The HOP170-8 includes OSD controls for brightness and contrast, as well as auto-adjust, phase, clock, horizontal and vertical positioning, language selection, function settings, and reset. These controls provide installation and service personnel with a direct way to fine-tune the display without modifying the customer's application software. For equipment deployed across multiple locations, local adjustment can also make commissioning more practical when the final installation environment differs from the original development or testing setup.