15.6-inch Embedded Touch All-in-One Machine: A New Intelligent Choice for Ship Control
With the continuous advancement of technology, ship control systems are also constantly upgrading. Traditional control methods can no longer meet the demands for efficiency, safety, and intelligence in modern ships. Against this backdrop, the 15.6-inch Embedded Touch All-in-One Machine has emerged as an innovative solution in the field of ship control.
Advantages of the 15.6-inch Embedded Touch All-in-One Machine
In modern ship control systems, the 15.6-inch Embedded Touch All-in-One Machine is gradually becoming a trend. This device not only has high integration and stability but also provides an intuitive user interface and convenient operation experience. Its embedded design allows it to adapt to various harsh environmental conditions, ensuring stability and reliability during ship operations.
Application of the 15.6-inch Android Embedded All-in-One Machine
Especially the 15.6-inch Android Embedded All-in-One Machine, with its powerful Android system, supports the installation and use of various applications. This not only enhances the system’s flexibility but also makes the ship control system more intelligent. Crew members can easily access and control various functions through the touch screen, improving operational efficiency and safety.
| 15.6-Inch Capacitive Touch System Android All-in-One Computer Specifications | ||||
| LCD Panel Parameters | Screen Size | 15.6 Inch | ||
| Display Area | 344.16 mm.(Height) X 193.59(Width)mm. | |||
| Aspect Ratio | 16 : 9 | |||
| LCD Type | a-Si TFT-LCD Monitor | |||
| Maximum Resolution | 1920 X 1080 | |||
| Display Color | 16.7M , 72% NTSC | |||
| Brightness | 250cd/m² | |||
| Contrast Ratio | 700 : 1 | |||
| Viewing Angle (Up/Down/Left/Right) | 89°/89°/89°/89° (Type)(CR≥10) | |||
| Response Time | 30ms | |||
| LCD Panel Lifespan (Hours) | 60,000(Hour.) | |||
| Field Frequency | 60Hertz | |||
| PCAP Touchscreen Panel Parameters | Touch Pattern | Projected Capacitive Touchscreen Monitor | ||
| Touch Points | 10 Points | |||
| Cover Glass | Morse Glass Size 7 Physically reinforced to prevent explosion | |||
| Glass 3 mm. Optical mount to reduce parallax | ||||
| Glass Transmission | >85% (Higher light transmission depends on glass coating technology For example AR/AG) >85% | |||
| Response Speed | < 6ms | |||
| Touch Accuracy | More than 90% of the touch area ±2 mm | |||
| Touch Method | Inch Stylus | |||
| Output Format | Coordinate Output | |||
| Click Time | Unlimited | |||
| Smallest Touch Size | 5 mm | |||
| Long-lasting Durability | Yes, Available | |||
| Touch Interface | USB | |||
| Operating Temperature and Humidity | Below 10℃ ~ +50℃, ≤ 85%RH | |||
| Storage Temperature and Humidity | Less than 20℃ ~ +60℃, ≤ 90%RH | |||
| Audio parameters | Audio system | Stereo | ||
| Speaker size | ≈ 99 x 45 x 20 mm | |||
| Impedance | 8 Ω | |||
| Power | 2 x 5 Watt | |||
| Loudness | > 80 Decibel | |||
| Interface | 4-pin connector | |||
| Built-in Android PCB Configuration (Choose one of two) | CPU | Quad-Core RK3288, 1.8GHz | Quad-Core RK3568,2.0GHz | |
| GPU | Mali-T764 | Mali-G52 | ||
| RAM | 2GB | 4GB | ||
| ROM | 32GB | 32GB | ||
| Android System | Android 10.0 | Android 11.0 | ||
| Ethernet | 1 x RJ45, 1,000 Mbps | Ethernet 1,000 Mbps | ||
| Wireless Internet | 2.4Gigahertz | 2.4Gigahertz/5Gigahertz, Wi-Fi 6 | ||
| Bluetooth | 4.2 | 5 | ||
| Interface | USB2.0 x 2 | USB2.0 x 2 | ||
| HDMI IN x 1 | ||||
| Power | Power Supply | Alternating Current 100V~240V, 50/60Hz | ||
| Maximum Power Loss | ≤ 30 Watt | |||
| Standby Mode Power Loss | < 1 Watt | |||
| Features | Operating Temperature | 0℃ ~ 50℃ | ||
| Storage Temperature | Below 10℃ ~ +60℃ | |||
| Package Size | Device Dimensions | 403.9 X 263.9X 50mm. | ||
| Net Weight | 5 Kilogram | |||
| Package Size | 47 X 33 X 15Centimeter | |||
| Gross Package Weight per Unit | 5.5 Kilogram | |||
In summary, the 15.6-inch Embedded Touch All-in-One Machine and the 15.6-inch Android Embedded All-in-One Machine have shown great potential in ship control systems and are important directions for the future development of intelligent ships.