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Industrial computing is not simply about processor performance. A reliable industrial computer must balance processing power, thermal management, power stability, connectivity, expansion, display output and long-term operation within the physical and environmental constraints of the application.
YANLING designs its industrial computing platforms around these engineering requirements. Our technology platform supports a broad range of Intel processor architectures, memory generations, storage interfaces and industrial I/O configurations, allowing customers to select the right computing architecture for different workloads and deployment environments.
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This platform approach allows YANLING industrial computers to be configured for different performance, connectivity and deployment requirements rather than relying on a one-size-fits-all hardware architecture.
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YANLING fanless industrial computers use passive thermal management to remove heat without relying on conventional cooling fans.
A fanless architecture can be particularly valuable in industrial environments where dust, continuous operation, mechanical movement and maintenance requirements must be considered.
Our fanless industrial computer designs integrate the thermal structure with the system enclosure, using an aluminum alloy chassis as part of the passive heat dissipation architecture.
CPU → Thermal Interface → Heat Dissipation Structure → Aluminum Chassis → Ambient Environment
By transferring processor heat through the thermal structure and into the chassis, the system can dissipate heat without a conventional mechanical cooling fan.
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Processor options range from low-power 6W-class platforms to higher-performance processors within the supported 6W–35W TDP range, depending on model configuration.
For operating-temperature specifications, YANLING products can support environments such as -20°C to +60°C on applicable models, with the exact temperature range determined by individual product specifications. Explore Fanless Cooling Technology
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Stable Power Input for Industrial Environments
Industrial computing systems are often deployed in environments where power conditions are different from those of conventional office computers.
Industrial equipment, vehicles, outdoor systems and solar-powered applications can experience variations in available input voltage. YANLING therefore develops industrial computer platforms with wide-voltage power architectures for applications requiring flexible DC input.
Depending on the model, YANLING industrial computers support wide-voltage configurations such as DC 9V–36V, while some products use narrower input ranges such as DC 12V–24V.
The actual input range should always be selected according to the specific model specification.
Wide-voltage industrial computing can help simplify deployment in applications involving:
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Rather than treating power input as a generic computer specification, YANLING considers power requirements as part of the overall industrial computing architecture. Explore Wide Voltage Technology
 | Native Industrial Interfaces for Real-World Equipment Industrial computers often need to communicate directly with sensors, controllers, machines, meters and other field devices. YANLING industrial computers therefore provide flexible I/O configurations that can include RS232, RS485, multiple COM ports, GPIO, CAN, USB and multiple LAN interfaces, depending on model. Our industrial I/O architecture is designed to reduce dependence on external interface expansion and allow the computer to integrate more directly into the application environment. |
RS232 Industrial PCRS232 remains widely used for connecting industrial equipment, controllers, meters and serial devices. YANLING industrial computers can provide RS232 interfaces for applications where direct serial communication is required. | RS485 Industrial PCRS485 is commonly used for industrial communication between computers, controllers, sensors and other field devices. YANLING platforms can integrate RS485 interfaces for industrial communication requirements, with the exact port configuration depending on the model. |
Multi-COM Industrial PCFor applications requiring multiple serial devices, selected YANLING industrial computers support multiple COM ports, including configurations with 6+ COM interfaces. This enables a single industrial computer to connect with multiple serial devices within an integrated system. | GPIO Industrial PCGPIO provides a flexible interface for integrating industrial computers with external sensors and control signals. YANLING platforms with GPIO can be used for sensor integration and embedded control applications. |
CAN interfaces are available on selected YANLING industrial computer platforms for applications involving vehicle systems, industrial control and embedded equipment.
Industrial ConnectivityDepending on the product configuration, YANLING industrial computers can integrate:
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| Application Requirement | Typical Interface |
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| Serial equipment | RS232 |
| Industrial serial communication | RS485 |
| Multiple serial devices | Multi-COM |
| Sensor integration | GPIO |
| Vehicle / industrial control | CAN |
| Network communication | LAN |
| Digital display | HDMI / DP / Type-C |
Explore Industrial I/O & Connectivity
High-Speed Networking for Industrial Edge Systems
Networking is becoming an increasingly important part of industrial computing. A modern industrial computer may need to communicate with multiple networks simultaneously, separate network segments, connect to industrial equipment, operate as a gateway or provide network security functions.
YANLING develops multi-LAN industrial computer architectures for these requirements.
Selected platforms support multiple Intel LAN controllers, Intel I226-V 2.5GbE networking, 4-LAN and 6-LAN configurations, while specialized edge networking platforms can extend to 10GbE SFP+ connectivity.
Intel I226-V 2.5GbE Networking
| 10GbE & SFP+ Edge Networking
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4-LAN Industrial PCA 4-LAN industrial computer can provide multiple independent network connections for applications such as:
| 6-LAN Industrial PCFor more demanding network architectures, selected YANLING platforms provide up to 6 LAN interfaces, allowing multiple network connections to be integrated into a single compact computing platform. |
These systems can be deployed with technologies such as:
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This makes multi-LAN industrial computers suitable not only for computing but also for industrial network infrastructure and edge security applications.
Explore Multi-LAN Industrial PC Technology
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Multi-Display Industrial Computing for Visual Workloads
Industrial computers increasingly need to process and display information across multiple screens.
YANLING industrial computer platforms support multi-display configurations for applications where operators, monitoring systems or visualization platforms require more than one display output.
Selected systems support dual or triple 4K display output through HDMI, DisplayPort and Type-C, depending on the processor and model configuration.
Dual 4K Industrial PC
| Triple 4K Industrial PC
| HDMI, DisplayPort & Type-C
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YANLING multi-display industrial computers can be applied to:
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The supported resolution and number of simultaneous displays depend on the specific processor, graphics architecture and product configuration.
Explore 4K & Multi-Display Technology
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Local Processing Where Data Is Generated
Industrial edge computer moves data processing closer to the equipment, machine or device generating the data.
Instead of sending every task to a remote cloud platform, an industrial edge computer can process selected workloads locally.
This architecture can help reduce communication latency, reduce unnecessary bandwidth requirements and support applications where local data processing is important.
YANLING industrial edge computing platforms combine:
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Local processing enables industrial systems to perform computing tasks closer to the source of data.
This can be valuable for:
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Selected YANLING edge computing platforms use newer Intel processor architectures, including Core Ultra, for applications requiring local AI and computing workloads.
Processor options represented across the current edge computing platform include:
Intel N100 / N150
Intel Core i7-1255U
Intel Core Ultra platforms
Modern edge workloads can benefit from faster memory and storage architectures.
YANLING edge platforms can combine DDR5 memory, including DDR5-4800 configurations, with M.2 NVMe storage on applicable models.
Industrial edge computing often requires more than processing power.
The edge computer may simultaneously communicate with machines, local networks, cameras, gateways or security systems.
YANLING therefore combines edge computing with multi-LAN networking and industrial I/O to create integrated edge computing platforms.
Explore Industrial Edge Computing
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CPU & Platform TechnologyScalable Intel Processing Platforms YANLING industrial computers are available across a broad range of Intel processor architectures, allowing customers to match computing performance with application requirements. |
The current technology portfolio includes:
Intel Celeron Platforms
Intel Celeron J1900
Intel Celeron J6412
Intel N100
These low-power platforms are suitable for applications where efficient computing, compact design and low thermal output are important.
YANLING industrial computers support:
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These platforms provide higher processing capability for more demanding industrial workloads.
For newer industrial computing architectures, YANLING supports selected 12th–14th Gen Intel platforms, providing customers with a scalable path to newer processor generations.
For advanced edge computing and AI-oriented workloads, selected YANLING platforms incorporate Intel Core Ultra processors.
This allows the product portfolio to span from low-power embedded computing through higher-performance industrial edge systems.
 | Flexible Memory and Storage Architectures Industrial computer workloads vary significantly. Some systems require only basic local storage, while others need high-speed NVMe storage and larger memory capacity for edge processing, visualization or data-intensive applications. YANLING platforms support multiple memory generations:
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Modern platforms can also support high-speed DDR5 memory, including DDR5-4800 configurations on applicable edge computing models.
M.2 NVMe provides a compact high-speed storage architecture for modern industrial computing platforms.
It is particularly suitable for systems where:
Fast booting is required
Local data processing is important
Compact storage is preferred
Edge computing workloads generate local data
Selected YANLING systems also support 2.5-inch SATA storage, providing another option for applications requiring conventional SATA-based storage.
This combination allows customers to select storage architecture according to performance, capacity and system design requirements.
Designed for Continuous Industrial Operation
Industrial computing requires a different engineering approach from conventional consumer PCs.
YANLING focuses on the relationship between thermal design, power input, I/O, networking, enclosure architecture and processor selection.
Depending on the model, YANLING industrial computers can incorporate:
Fanless passive cooling
Aluminum alloy chassis
Wide-voltage DC input
Industrial I/O
Multi-LAN connectivity
Low-power processor platforms
NVMe and SATA storage
Multiple display outputs
WiFi / 4G / 5G connectivity
Compact embedded system architecture
For industrial deployment, specifications such as operating temperature, input voltage, I/O configuration and storage support should always be evaluated at the individual model level.
YANLING's engineering approach is to provide configurable industrial computing platforms that can be matched to the actual operating conditions and workload of each application.
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Configure the Industrial Computer Around Your Application
Industrial computing requirements are rarely identical from one project to another.
A system may require a particular processor, number of COM ports, LAN configuration, storage interface, display output, wireless connectivity or mechanical configuration.
YANLING supports an engineering-oriented approach to OEM and ODM industrial computer customization, allowing customers to select the hardware architecture according to project requirements.
Customization can be evaluated around:
CPU platform
Memory
Storage
COM configuration
LAN configuration
GPIO
CAN
Display interfaces
WiFi / 4G / 5G
Power input
Mechanical enclosure
Application-specific I/O
The objective is not simply to modify a standard computer, but to create an industrial computing platform aligned with the requirements of the final system.
YANLING technology is designed to support a broad range of industrial and embedded computing applications.
Fanless computing, industrial I/O, multiple COM ports, GPIO and CAN provide flexible connectivity for automation systems.
High-performance Intel processors, multi-display output, fast storage and local processing support machine vision architectures.
4K output and multi-display capability enable high-resolution visual content and multi-screen systems.
Wide-voltage computing, CAN and wireless connectivity can support vehicle and transportation-related embedded systems on applicable models.
Multi-LAN systems with 2.5GbE and specialized 10GbE SFP+ architectures can support firewall, gateway and network security applications.
Core Ultra, DDR5, NVMe, multi-LAN and local processing combine to support modern industrial edge workloads.
Find the Right Industrial Computing Platform
Explore YANLING industrial computer platforms by processor, connectivity, form factor and application requirements.
Explore fanless and embedded industrial computers designed for industrial automation, edge computing, machine vision and other demanding environments.
Compact Industrial Computing Platforms
For applications where space is limited, YANLING mini PC platforms provide compact computing architectures with options for modern Intel processors, DDR4/DDR5 memory, NVMe storage, multi-display output, COM, GPIO, LAN and wireless connectivity.
An industrial computer combines processor technology, thermal management, industrial I/O, power architecture, networking, storage and display connectivity into a platform designed for industrial applications. YANLING platforms incorporate technologies such as fanless passive cooling, Intel processors, multi-COM, multi-LAN, GPIO, CAN, NVMe storage and multi-display output.
Fanless cooling uses passive thermal management rather than a conventional cooling fan. In applicable YANLING industrial computers, the aluminum alloy chassis forms part of the heat dissipation structure, helping transfer processor heat to the surrounding environment.
YANLING industrial computers cover Intel Celeron J1900, J6412 and N100 platforms, Intel Core i3/i5/i7 processors, 12th–14th Gen Intel platforms and selected Intel Core Ultra platforms.
The current industrial computer technology range covers approximately 6W–35W TDP, depending on the processor and product model.
Depending on the model, YANLING industrial computers can provide RS232, RS485, multiple COM ports, GPIO, CAN, LAN and USB interfaces.
Yes. Selected YANLING industrial computers support multiple LAN configurations, including 4-LAN and 6-LAN systems. Some edge networking platforms also support dual 10GbE SFP+.
Yes. Selected industrial computer platforms use Intel I226-V network controllers for 2.5GbE connectivity.
Selected models support dual or triple 4K display output through combinations of HDMI, DisplayPort and Type-C. The actual display configuration depends on the specific processor and model.
YANLING's technology portfolio includes DDR3, DDR4 and DDR5 memory architectures. Selected newer edge computing platforms support DDR5, including DDR5-4800 configurations.
Yes. Selected industrial computers and mini PCs support M.2 NVMe storage, while some platforms also provide 2.5-inch SATA storage.
Selected industrial and edge computing platforms support wireless connectivity options including WiFi, 4G and 5G.
Technology explains how the industrial computer is engineered, such as fanless cooling, multi-LAN networking and industrial I/O.
Solutions explain how those technologies are combined to solve a specific customer requirement, such as network security or edge AI computing.
Applications explain where the technology is deployed, such as industrial automation, machine vision and digital signage.
Industrial computing is a combination of technologies rather than a single specification.
From fanless thermal management and wide-voltage power input to industrial I/O, multi-LAN networking, 4K multi-display and local edge processing, YANLING develops computing platforms around the practical requirements of industrial systems.
Explore each technology area to understand how YANLING industrial computers are engineered—and then find the hardware platform that matches your application.
Fanless Cooling Technology
Passive thermal management for industrial computing.
Wide Voltage Technology
Flexible DC power input for demanding deployment environments.
Industrial I/O & Connectivity
RS232, RS485, Multi-COM, GPIO and CAN connectivity.
Multi-LAN Industrial Computing
2.5GbE, 4-LAN, 6-LAN and specialized 10GbE networking.
4K & Multi-Display Technology
HDMI, DP and Type-C multi-display architectures.
Industrial Edge Computing
Local processing, AI inference and connected edge computing.
Need a specific CPU, I/O configuration, LAN architecture, display output or power input?
Talk with the YANLING engineering team about your industrial computer requirements.