Industrial Motherboards

Your Leading Industrial Motherboards Supplier

 

 

Founded in China in 2008, Lingyi Technology has quickly developed into a market leading of specialist technology solutions like digital signage, healthcare, retail sectors and advertising display manufacturer. All in One Touch PCs find diverse applications in various sectors, including small businesses, home offices, retail, healthcare, education, and even industrial settings. Their compact design and user-friendly touch interface make them suitable for a range of tasks, from everyday business operations to interactive displays and specialized applications.

 

 
 

Why Choose Us

Rich Experience

Founded in China in 2008, Our experience will provide our customers with world-class technology solutions to help increase efficiency productivity and competitiveness.

OEM & ODM Available

Our products are designed to complement each other. Certain products are designed for specific applications, whereas others are sold into many market sectors.

Wide Range of Applications

We serve many different markets with products ranging from digital signage solutions, healthcare technologies, and industrial computing solutions.

 

Types of Industrial Motherboards

 

Mini ITX Intel Alder Lake-N Series Processor Motherboard For Industrial Applications 

The mini ITX motherboard with Intel Alder Lake

N processor works industrial applications with -20 to 70 degree environment, six RS232/RS485 com ports and 12V DC power supply. You can expect the board to be integrated into surveillance systems, digital signage, retail, healthcare kiosk and thin clients.

Intel Gemini Lake Series POS Motherboard

Intel Gemini Lake POS motherboard is a new and powerful motherboard designed for point of sale (POS) systems. The motherboard is based on the Intel Gemini Lake platform, which features improved graphics, performance, and power efficiency. It comes equipped with a range of features such as multiple USB ports, LAN ports, and serial ports to support a variety of POS devices. The motherboard also supports dual-channel DDR4 memory and SATA III 6Gb/s for faster data transfer and better power management.

Intel LGA1700 H610 Alder Lake Raptor Lake 12th 13th Thin Mini ITX Motherboard

 

Specifications of Industrial Motherboards

 

 

Model

LAN-3855UT-10L

Processor

Intel Skylake-U Celeron 3855U

Chipest

SOC

GPU

Intel HD Graphics 510

Display output

VGA

Memory

1*SO-DIMM,DDR4 2133MHz max 16GB

Network

2*Intel I350 8*Intel I211

Audio

/

Storage

1*SATA3.0 1*Mini-SATA 1*M.2-SATA

Expansion Slot

1*SIM

USB

2*USB3.0 2*USB2.0

COM

2*COM

Rear I/O

2*USB3.0 1*COM 10*LAN

Internal I/O

2*F-USB2.0 PIN( Could be extended 4*USB2.0)

1*COM PIN 1*VGA PIN 1*F-PANEL PIN

1*PS/2 1*GPIO PIN 1*ATX 12V PIN

1*AUTO-ON PIN 1*CLR-CMOS

BIOS

AMI BIOS

Power

DC + 4PIN ATX Power

Cooling System

Comes with CPU cooler

Operating Humidity

-10~60℃; 0% ~ 95% Relative Humidity,Non-condensing

Form Factor

230X230MM

 

Benefits of Using Industrial Motherboards

 
Reliability

Reliability is a crucial factor when it comes to industrial motherboards. Owing to their robust build, these devices are known to offer long-term, dependable service without a glitch. These motherboards are designed to withstand harsh environmental conditions, intense temperature variations, and high levels of vibrations that often tend to occur in industrial settings.

Longevity

One of the main advantages of industrial motherboards is their ability to last for years without needing replacement, which ultimately leads to cost savings for businesses. With their enhanced durability and extended lifespan, industrial motherboards allow companies to reduce downtime and improve productivity.

Durability

Industrial motherboards are designed with durability in mind, making them a top choice for professionals in various industries. Unlike standard consumer-grade motherboards, these sturdy motherboards are built to withstand harsh environments and heavy usage, ensuring longer lifespans and reduced downtime.

Better Support

Industrial motherboards offer a wider range of interfaces and connectivity options, allowing for better compatibility with various devices and software. This makes them ideal for usage in industries such as healthcare, transportation, and manufacturing, where reliability, longevity, and support are essential.

Customization

Unlike consumer motherboards, industrial motherboards are designed with flexibility in mind, allowing for modifications to meet specific needs. This added level of customization is vital for any business that requires a unique hardware solution that cannot be found off the shelf.

 

Usage Requirements of Industrial Motherboards

 
 

Product design requirements
Industrial motherboards require long-term uninterrupted work, requiring industrial motherboards to be specially designed for high and low temperature resistance, vibration resistance, and electromagnetic interference resistance. In addition, the industrial motherboard selection requires long-term, high-demand verification of components to ensure high reliability requirements of industrial motherboards under complex conditions.

 
 

The size of the requirements
Industrial motherboards need to adapt to different industrial sites, requiring industrial computer manufacturers to provide industrial motherboards with different architectures, such as X86 architecture and ARM architecture. Specifications; high-integration industrial motherboards to meet the needs of the environment and operational performance.

 
 

Functional requirements
(1) Industrial motherboards must complete extensive compatibility and stability testing before leaving the factory, including aging test, environmental compatibility test, and software safety test to ensure that each industrial motherboard component can be in a wide temperature, humidity, vibration, dusty environment, etc. Long-term trouble-free operation.
(2) In addition to providing remote connection management functions, industrial motherboards can also realize remote unattended automatic on/off function. In case of abnormal conditions such as downtime, automatic restart can be realized to ensure high stability requirements of industrial computer.

 

 

Packaging & Shipping

 

productcate-521-253

 

FAQ

 

Q: How to ensure the stability and reliability of industrial motherboards?

A: They have good heat - dissipation designs to prevent overheating, and many also have redundant power supplies and data backup mechanisms. The average trouble - free working time of industrial motherboards is more than 50,000 hours, and the service cycle is 5 - 7 years.

Q: Can industrial motherboards work in extreme temperature environments?

A: Yes. Some industrial motherboards can operate in the temperature range from - 20 ° C to 80 ° C. They also have temperature - resistant coatings and other treatments to ensure normal operation in high - temperature or low - temperature environments.

Q: How to maintain industrial motherboards?

A: Regular maintenance of industrial motherboards includes cleaning the casing, heat - sinks, and fans to prevent dust from accumulating and affecting heat dissipation. It is necessary to ensure good ventilation and avoid placing objects near the air vents. The operating system and related driver programs should be updated in a timely manner. Hardware components such as memory and hard disks should be regularly inspected, and faulty components should be replaced in a timely manner.

Q: How does the temperature - resistant performance of industrial motherboards affect their use?

A: If the temperature - resistant performance is poor, the components on the motherboard are prone to overheating, which can lead to a decrease in performance, system instability, and even component damage.

Q: What should be paid attention to when expanding the functions of industrial motherboards?

A: When considering function expansion, first check the type and number of expansion slots on the motherboard, such as PCI and PCI - E slots. Make sure they are sufficient to meet the needs of connecting external devices. When adding expansion cards, pay attention to the compatibility between the cards and the motherboard to avoid conflicts.

Q: How to check the quality of industrial motherboards?

A: Examine the power circuit to see if it has stable power output, a wide - temperature operating range, and low - ripple interference. Check the capacitors and inductors to ensure they are of good quality. You can also use software to measure the speed to understand the performance of the industrial motherboard.

We're professional industrial motherboards manufacturers and suppliers in China in China, specialized in providing high quality customized service. We warmly welcome you to wholesale bulk cheap industrial motherboards made in China here from our factory.

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