System Compatibility: The Cornerstone for Industrial Software
Compared to embedded Linux or RTOS systems, the core advantage of intelligent industrial all-in-ones lies in their inclusivity towards traditional industrial software.
Driver Ecosystem: Supports over 90% of PLC communication protocols (e.g., PROFINET, EtherCAT). Direct connection via a Windows industrial PC eliminates the need for protocol converters, maintaining stable communication latency under 5ms.
Software Legacy: Numerous legacy industrial applications (e.g., LabVIEW 2012, KingView 6.55) still rely on the Windows environment. After migrating a chemical plant's DCS system to intelligent all-in-ones, the original control logic was reused with zero modifications, saving 3 million RMB in refactoring costs.
Development Efficiency: HMI interface development using languages like C# and VB shortens development cycles by 40% compared to embedded systems. A water treatment plant developed a visual water quality monitoring interface within one week using the WPF framework.
Hardware Design: Balancing Stability and Expandability
Intelligent industrial all-in-ones undergo deep hardware optimization for industrial scenarios:
Wide-Temperature Operation: Models equipped with Intel 10th Gen Core processors, utilizing fanless cooling and wide-voltage power modules (12-36V DC), operate continuously for 3 years in outdoor substation cabinets within -20°C to 60°C, with motherboard capacitor degradation below 5%.
Vibration Resistance: Featuring full magnesium-aluminum alloy chassis and SSD suspension mounting. Devices in a port AGV dispatch center demonstrated a disk read/write error rate of just 0.001% under 5G vibration conditions.
Interface Expansion: While retaining industrial interfaces like PCIe×4 and RS-485, some models provide GPIO pins. A semiconductor plant's Windows industrial PC connected 16 thermocouples via an expansion card, running NI-DAQmx data acquisition programs directly.
Future Path: Specialization and Lightweighting
Addressing fragmented industrial needs, intelligent all-in-ones are evolving along two technical paths:
System Trimming: Custom builds based on Windows 10 IoT Core, with non-essential services removed, yield an image size of only 8GB and boot times reduced to 15 seconds, already deployed in smart warehouse terminals.
Hybrid Architecture: A domestic industrial PC using an ARM + Windows on ARM design triples edge AI inference performance without increasing power consumption, achieving over 85% compatibility in testing.
| LCD Panel Parameters |
Screen Size |
15.6 Inch |
| Display Area |
344.2 mm.(Height) X 193.5(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 |
Physical toughened Morse magnitude 7 explosion-proof |
| 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 |
Internal computer configuration
(Choose one of two) |
CPU |
i5-4310M Generation 4, Dual-Core Four Threads, Main frequency can reach up to 2.7GHz |
I5-6100T Generation 6, Dual-Core Four Threads, Main frequency can reach up to 3.2GHz |
| Graphics Card |
Integrated Graphics Card Intel® HD 4600 |
Integrated Graphics Card Intel® HD 530 |
| RAM |
4GB |
8GB |
| Storage Memory Capacity |
128GB |
256GB |
| OS |
Win10 or win11 Optional |
Win10 or win11 Optional |
| Wi-Fi Built-in |
Speed 150Mbps 802.11n wifi Integrated |
Speed 150Mbps 802.11n wifi Integrated |
| Media Format |
Video Format |
wmv, avi, flv, rm, rmvb, mpeg, ts, mp4 etc. |
| Audio Format |
MP3, WMA |
| Photo Format |
BMP, JPEG, PNG, GIF etc. |
| Onboard Interface |
Network port |
RJ45 X 1, 10M/100M Adjustable Ethernet |
| HDMI |
1 |
| USB |
4 |
| 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 |
389 X 249X 51.7mm. |
| Net Weight |
5 Kilogram |
| Package Size |
44.2 X 30 X 10.5Centimeter |
| Gross Package Weight per Unit |
5.5 Kilogram |
While Linux industrial PCs advance rapidly, intelligent industrial all-in-ones firmly hold their ground in traditional sectors. They may not symbolize the cutting edge of technology, but they serve as the most reliable "ferry" for countless enterprises navigating digital transformation—building an indispensable bridge between stability and openness, between historical legacy and future requirements.
