Industrial Embedded Computer China Manufacturer & Wholesale Supplier

Valano is a professional manufacturer of industrial embedded computers, providing rugged, fanless systems with flexible processor options, rich I/O configurations, and reliable industrial-grade components. Our embedded computers are built for machine control, data acquisition, device communication, real-time processing, system monitoring, and edge computing, with OEM/ODM customization available for different performance, interface, and installation requirements.

Features of Rugged Embedded Computers:

Fanless Design for Reliable 24/7 Operation
Rugged Aluminum Housing for Harsh Environments
Flexible Intel and AMD Processor Platforms
Rich Industrial I/O for Device Connectivity
Wide Voltage Input for Industrial Applications
Compact Structure for Easy System Integration
Expandable Architecture for Custom Requirements
Long Product Lifecycle and Stable Supply
Wide Temperature Support for Industrial Use
OEM and ODM Services for Global B2B Buyers

Compact Embedded Computer Series

Compact Embedded Computers are designed for industrial applications where space, reliability, and efficiency are critical. Featuring fanless designs, rich I/O connectivity, and rugged construction, these systems are ideal for industrial automation, machine control, AGV/AMR, edge computing, and smart manufacturing environments.

Intel N95 Industrial Fanless Mini PC

Intel N150 Industrial Mini PC with 2 LAN Ports

intel-n100-fanless-mini-pc-ValanoIPC-IC01A.1

Intel N100 Fanless Mini PC | IC01A-N100

i5-5200U Fanless Industrial MINI PC IC03

IC12 Arm Industrial PC with RK3588 for High-Performance IoT and Industrial Control

Industrial PC with POE | Machine Vision Support | IC06-i3-5L

IC09 Powerful Fanless Embedded Box PC for Industrial Automation

IC08-D Tiger Lake Industrial Embedded Computer with Dual 2.5GbE

IC07-D Fan-Cooled Industrial Embedded Box PC – Intel 11th Gen

IC07 Embedded PC Fanless Powered by Intel® J6412

IC05 Rugged Mini PC Fanless with Intel 10Th Gen

IC06 Fanless Industrial Computer by Intel J1900

Expandable Embedded Box PC Series

Expandable Industrial Computers are designed for projects requiring additional I/O interfaces, PCIe expansion cards, GPU acceleration, or specialized control hardware. Available in both box-style and rackmount configurations, these systems are widely used for machine vision inspection, AOI systems, robotics control, motion control platforms, SCADA systems, industrial AI computing, and centralized factory monitoring applications.

4U Rack Mount PC | F04-4UQ17

IC07-Pro Embedded Industrial PC for Industrial Edge Computing

IC10 Intel 6-9Th Gen Embedded Computer

IC10-Pro-high-performance-Rugged Industrial Computer

IC10-Pro Rugged Industrial Computer by Intel Core I5/I7

IC10-Pro Max Reliable Rugged Embedded Computer

IC11 2U Rackmount Industrial Computer with Galvanized Steel Chassis

Product Categories

Industrial Computers

Rugged Embedded Computers

Expandable Box PCs

Fanless Industrial PC

Panel PCs

Windows Panel PCs

Android Panel PCs

Industrial Monitors

Industrial Rugged Tablets

Rugged Android Tablet

Rugged Windows Tablets

Network Security Machines

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Benefits of Valano Embedded Computers

Reliable Operation in Critical Systems

Designed for continuous operation in automation equipment, control systems, and industrial machinery, helping reduce unexpected downtime and production interruptions.

Lower Maintenance and Service Costs

Fanless architecture and industrial-grade components minimize maintenance requirements, reducing long-term operating and service expenses.

Faster Equipment Integration

Compact designs, flexible mounting options, and rich connectivity simplify system integration and shorten project deployment timelines.

Flexible Solutions for Different Projects

From compact controllers to expandable industrial platforms, customers can select configurations that match specific performance, I/O, and expansion requirements.

Reliable Solutions for Long-Term Supply

Stable product lifecycles and consistent hardware availability help equipment manufacturers avoid redesigns caused by frequent component changes.

OEM & ODM Customization Support

Custom hardware, branding, interfaces, and system configurations enable manufacturers and system integrators to develop products tailored to their market needs.

Applications of Industrial Embedded Computers

Fanless vs Fan-Cooled Embedded PCs

Fanless embedded computers use passive cooling and have no moving parts, making them ideal for dusty, vibration-prone, or maintenance-sensitive environments. They offer higher reliability, silent operation, and lower maintenance costs.

Fan-cooled embedded computers use active cooling to support higher-performance processors and more demanding workloads. They are better suited for machine vision, AI computing, robotics, and other applications requiring greater processing power.

When choosing between the two, consider your operating environment, performance requirements, and maintenance capabilities. Fanless systems prioritize durability and reliability, while fan-cooled systems prioritize computing performance and scalability. The right choice depends on the specific needs of your application.

Feature	Fanless Embedded Computers	Fan-Cooled Embedded Computers
Cooling Method	Passive heat dissipation	Active cooling with fans
Reliability	Higher due to no moving parts	Lower due to fan wear over time
Maintenance	Minimal maintenance required	Periodic fan cleaning and replacement
Dust Resistance	Excellent	Moderate
Noise Level	Silent operation	Generates fan noise
Power Consumption	Lower	Higher
Processing Performance	Suitable for most industrial tasks	Better for high-performance workloads
Operating Environment	Dusty, harsh, and vibration-prone environments	Clean and controlled environments
AI & Machine Vision	Entry to mid-level workloads	High-performance AI and vision applications
Expansion Capability	Limited to moderate	Moderate to extensive
Service Life	Typically longer	Dependent on fan lifespan
Total Cost of Ownership	Lower over the long term	Higher due to maintenance costs
Best For	Automation, AGV/AMR, IIoT, Edge Computing	Machine Vision, AI Computing, Robotics, SCADA

Valano Embedded Computer Selection Guide

Processing Performance

Match the processor to the workload. Basic monitoring, data collection, and IoT gateway applications may use entry-level CPUs, while machine vision, edge computing, and AI applications usually require higher-performance processors or GPU support.

Memory and Storage

Select RAM and storage according to the operating system, software workload, and data volume. Also consider whether the system needs expandable memory, SATA SSD, M.2 SSD, or NVMe storage.

I/O Interfaces

Confirm all required interfaces before selecting a model, including COM, USB, LAN, GPIO, CAN, HDMI, and DisplayPort. The correct I/O configuration helps reduce external adapters and simplifies system integration.

Connectivity and Expansion

Check whether the application requires multiple LAN ports, Wi-Fi, Bluetooth, 4G/5G, M.2, Mini PCIe, or PCIe expansion for current and future system requirements.

Operating Environment

Consider operating temperature, dust, vibration, humidity, and cooling requirements. Fanless industrial embedded computers are often preferred for environments where reliability and low maintenance are important.

Power and Installation

Confirm the DC input range, mounting method, enclosure dimensions, connector position, and available installation space. Mobile equipment and vehicles may also require wide-voltage input and vibration-resistant construction.

Custom Valano Embedded Computers

Customization	Available Options
Processor / CPU	Intel N97/N100, Intel Core i3/i5/i7/i9, AMD Ryzen Embedded, ARM-based platforms such as NXP, Rockchip, and Qualcomm
Memory (RAM)	4GB, 8GB, 16GB, 32GB, 64GB DDR4/DDR5; ECC available on supported platforms
Storage	eMMC, SATA SSD, NVMe SSD, industrial-grade SSD
Cooling System	Fanless passive cooling, active fan cooling
Operating System	Windows 11, Windows IoT/LTSC options, Ubuntu, Debian, Yocto, Android
Network Connectivity	Single/Dual/Quad LAN, Wi-Fi 6/6E, Bluetooth, 4G/5G modules, PoE options on supported models
Industrial I/O	USB, HDMI, DisplayPort, RS232/422/485, GPIO, CAN Bus, Audio
Display Support	Single, dual, or triple display; 4K output options
Power Input	12V/19V DC, wide-voltage DC input, ignition control, PoE power options on supported models
Form Factor & Mounting	Compact, expandable, rackmount, DIN rail, wall mount, VESA mount
Environmental Design	Rugged aluminum chassis, wide-temperature options, IP-rated designs on applicable models
Expansion Options	PCIe, M.2, Mini PCIe, GPU modules, AI accelerators
OEM Branding & Packaging	Custom logo, product labels, boot/BIOS logo on supported platforms, packaging design, user manuals

Why Choose Valano For Embedded Computing Solutions

With over 18 years of manufacturing experience, Valano is a professional embedded computer manufacturer supporting OEM and ODM projects worldwide. We combine established production capabilities, flexible hardware customization, stable product availability, and responsive technical support to meet diverse project requirements. Serving customers in more than 50 countries, Valano maintains consistent quality, efficient production, and reliable delivery, with inquiries typically answered within 12 hours.

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FAQ About Embedded Industrial Computers

What Is an Industrial Embedded Computer?

An industrial embedded computer is a rugged computing platform designed for integration into industrial equipment, automation systems, and intelligent devices. Compared with commercial PCs, it offers greater reliability, wider operating temperature ranges, flexible I/O options, and long-term product availability for demanding industrial environments.

What Are Embedded Computers Used For?

Industrial embedded computers are commonly used for machine control, data acquisition, edge computing, industrial automation, machine vision, robotics, transportation systems, and intelligent monitoring applications where reliable computing performance is essential.

Which Industries Commonly Use Embedded Computers?

Industrial embedded computers are widely used in manufacturing, logistics, transportation, energy, healthcare, machine vision, robotics, and smart city infrastructure. Their compact design and flexible connectivity make them suitable for a wide range of industrial applications.

What Is the Difference Between Fanless and Fan-Cooled Embedded Computers?

Fanless embedded computers use passive cooling and are ideal for dusty, vibration-prone, or maintenance-sensitive environments. Fan-cooled systems provide greater thermal performance and are better suited for high-performance applications such as AI computing, machine vision, and data-intensive processing.

How Do I Choose the Right Industrial Embedded Computer?

Consider your processing requirements, operating environment, expansion needs, power input requirements, and installation space. Compact embedded computers are suitable for space-constrained deployments, while expandable systems are better for applications requiring additional I/O, PCIe cards, or GPU acceleration.

Can Industrial Embedded Computers Be Customized?

Yes. Valano provides OEM and ODM services including processor selection, memory and storage upgrades, I/O customization, operating system installation, mounting options, branding, packaging, and project-specific hardware configurations.

What Certifications Do Your Embedded Computers Have?

Our industrial embedded computers comply with major international standards, including ISO9001, CE, RoHS, and FCC certifications, helping customers meet regulatory and project requirements in global markets.

Do You Offer Technical Support and Warranty?

Yes. All embedded computers are backed by a 12-month warranty and supported by our technical team. We provide product consultation, installation guidance, and after-sales support to help ensure reliable long-term operation.

What is the difference between embedded PCs and panel PCs?

The main difference is that an Embedded PC is a computer unit without a built-in display, while a Panel PC combines the computer and touchscreen into a single integrated device.

Embedded PCs are typically installed inside control cabinets, machines, kiosks, or automation equipment and connect to external monitors when needed. They are ideal for machine control, edge computing, machine vision, robotics, and industrial automation applications.

Panel PCs feature an integrated touchscreen display and are designed for direct operator interaction. They are commonly used as HMI terminals on production lines, factory equipment, self-service kiosks, and monitoring stations.

Can embedded computers have expandable memory?

Yes. Many industrial embedded computers support memory and storage expansion to meet changing application requirements. Depending on the model, memory can typically be configured from 4GB up to 64GB, while storage options include SATA SSDs and high-speed NVMe SSDs. Expandable models often provide greater upgrade flexibility, making them suitable for machine vision, AI computing, and data-intensive applications. Customers should verify the supported memory capacity and expansion options before selecting a system.

What Operating Systems Do Embedded Computers Support?

Industrial embedded computers support a variety of operating systems, including Windows, Linux, Android, and real-time operating systems (RTOS). The available options depend on the hardware platform and application requirements. Windows is commonly used for HMI and industrial software, while Linux is widely adopted in automation, edge computing, and embedded applications.