A Multi Touch Screen is an advanced technology that allows users to interact with a digital device using multiple fingers simultaneously. Unlike traditional single-touch screens, which respond to only one touch point, Multi Touch Screens recognize and respond to several touch points at once. This innovative capability enables users to perform various gestures, such as pinching, swiping, and rotating, enhancing the overall user experience.
The following points highlight the benefits of Multi Touch Screens:
Enhanced user engagement: Users can interact with content in a more immersive way, promoting active engagement and deeper exploration of apps and media.
Collaborative interaction: Multiple users can interact with multi-touch screens simultaneously, enabling collaborative activities in educational, professional and social environments.
Increased productivity: Multi-Touch Technology enables efficient multitasking, allowing users to operate multiple elements on a Multi Touch Screen simultaneously, increasing productivity across a variety of applications.
Rich multimedia experience: The Multi Touch Screen enhances multimedia applications, allowing users to zoom in on images, rotate objects and control videos with natural hand movements, providing a richer and more interactive media experience.
Space efficiency: In devices such as smartphones and tablets, Multi Touch Screens eliminate the need for physical keyboards and buttons, thereby maximizing screen real estate and improving the overall design and usability of the device.
Part number | YFDR0190024 |
Size | 19 inch |
Structure | G+G |
Ratio | 4:3 |
Driving mode | COB |
OD area | 417.32(L)*342.06(W)± 0.2mm |
AA area | 380.32(L)*305.06(W)± 0.2mm |
VA area | 377.6(L)*302.3(W)± 0.2mm |
Total thickness | 2.7± 0.2 mm |
Touch points | 10 points |
Surface hardness | 6H |
Transmittance | > 85% |
Haze | 3% |
Number of channels | RX50*TX40 |
IC control card | ILI2510C3P2V1/EETI84H4254 |
Attended mode | USB |
Working temperature | -10℃~+70℃ |
Storage temperature | -20℃~+70℃ |
Electrostatic discharge | Contact: ±4kv, 3 times/1 point, 1 time/1 sec, Total 3 point |
Air: ±8kv, 3 times/1 point, 1 time/1 sec, Total 3 point | |
Degree of linearity | +/-2mm |
Endurance | > 300,000,000 times |
Power dissipation | < 0.35w |
Response time | < 10ms |
Compatible systems | Win XP/7/8/10, Android, Linux, Mac os (single-point)QNX |
Maximum thickness | 10mm (1-2 PT) |
lnterface | USB 4 wire.2.0 Full speed, IIC, RS232 |
Adapter ripple | Vpp < 50mv |
Supply Voltage | USB 5VDC |
Oscillation frequency | 12MHz |
Hardware customization | Color, size, thickness, AF/AG/AR、mirror surface, anti-vision, double-sided adhesive tape on the back |
Performance customization | Waterproof, gloves, physical indication, touch points,Anti palm touch |
Multi Touch Screens use a variety of technologies, including capacitive, resistive, or optical sensors, to detect the location and pressure of touch points on the screen. This information is then processed by the device's software to interpret gestures and actions.
Multi-touch screens find applications in numerous fields, including gaming, education, healthcare, and retail. In education, interactive whiteboards equipped with multi-touch technology enable dynamic and engaging lessons. In healthcare, they facilitate more intuitive medical imaging and patient information access.
Yes, Multi Touch Screens are commonly used in public spaces like museums, retail stores, and airports. Interactive kiosks equipped with multi-touch screens offer information, entertainment, and wayfinding services, enhancing the visitor experience.
Multi Touch Screens often come with accessibility features such as voice commands, larger touch targets, and screen readers. These features make digital devices more inclusive and accessible to individuals with disabilities.
One of the challenges of Multi Touch Screens is avoiding accidental touches, or "palming," to ensure accurate input. Additionally, complex multi-touch gestures may require user training to maximize their potential.
Multi Touch Screens technology continues to evolve with innovations like pressure-sensitive screens and haptic feedback, providing users with a more tactile experience. These advancements open up new possibilities for gaming, design, and more.
Multi Touch Screens have already replaced physical keyboards and buttons in many devices. However, certain tasks still benefit from physical input methods, so they often coexist with multi-touch interfaces.
Security concerns may arise with touch-based PIN entry or fingerprint recognition. Manufacturers implement security measures to mitigate risks, but users should remain vigilant.
Multi Touch Screens may have limitations in extreme environmental conditions, like heavy rain or extreme cold, which can affect their responsiveness.
While initial costs may be higher, businesses benefit from increased user engagement and efficiency, making Multi Touch Screens cost-effective in the long run.
Multi Touch Screens are valuable tools for digital artists and designers, allowing them to sketch, paint, and manipulate images with precision and fluidity.
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