Huizhou Xinzhilan Technology Co., Ltd. was founded in 2013,It is a high-tech enterprise that focuses on the research and development, production, sales, and service of industrial control motherboards on ARM and X86 platforms,It is also a leading provider of IoT solutions in the industry.
Why Choose Us
Customer Satisfaction
Providing after-sales services can enhance customer satisfaction by ensuring that customers' needs are met even after the purchase. This can lead to increased customer loyalty and positive word-of-mouth referrals.
Custom Service
We can provide customized products and services according to your different needs, to create a unique competitive advantage for you.
World-wide Expertise
We know international markets and trends. Our expertise, experience and network cover all corners of the world.
Commitment To Quality
We're committed to quality and concrete actions. That means we always deliver solutions in a professional and practical way.
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Portable PC Box◇ 1744NP-12V1.0Y. ◇ Support Intel® 12th (i7/i5/i3) CPU. ◇ Intel I226*4 Ethernet Controller. ◇ 2×DDR4 260PIN SO-DIMM. ◇ 1×SATA. ◇ 1×M.2(2280) SSD. ◇ 1×MINI PCI-E. ◇ Operating system: Windows10/11/Linuxread more
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Nuc Box PC◇ 1449NP-12-6Lv1.0y. ◇ Support Intel® 11th (i7/i5/i3) CPU. ◇ Intel®i226*6 Ethernet Controller. ◇ 2×DDR4 260 PIN SO-DIMM. ◇ 1×SATA. ◇ 1× M-SATASSD. ◇ 1×M.2(2280). ◇ 1×MINI PCIE. ◇ Operating system:read more
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Mini Desktop Box◇ 1528NP-12v1.2Y. ◇ Support Intel® 8/10(i7/i5/i3) CPU. ◇ Intel@i225*6 Ethernet Controller. ◇ 2× DDR4 260PIN SO-DIMM Slot. ◇ 1× SATA. ◇ 1× M-SATA SSD. ◇ 1× MINI PCIE. ◇ Operating system:read more
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Intel Box PC◇ 1090NP-12v1.5A. ◇ Support Intel®Gemini Lake CPU. ◇ Intel@I226/I225*4 Ethernet Controller. ◇ 2×DDR4 260PIN SO-DIMM. ◇ 1×SATA. ◇ 1×M-SATA SSD. ◇ 1×MINI PCIE. ◇ Operating system: Windows7/10/Linuxread more
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4u Rackmount Computer◇ H170NP-21 V2.0 . ◇ SupportLGA1151 Intel®6/7/8/9thCPU . ◇ Intel®I226*8 Ethernet Controller . ◇ 2×DDR4 260PIN SO-DIMM Slot . ◇ 5×SATA . ◇ 1×M-SATA SSD . ◇ 2×MINI PCIE . ◇ Operating system:read more
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Mini PC Windows Server◇ 1493NP-12 V1.0Y . ◇ Support Intel®Elkhart Lake CPU . ◇ Intel I226*4 Ethernet Controller . ◇ 2×DDR4 260PIN SO-DIMM . ◇ 1×SATA . ◇ 1×M.2(2280) . ◇ 1×M.2(3052) . ◇ 1×M.2(2230) . ◇ Operatingread more
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Computer Server System◇ ZB75-ATX V1.1. ◇ Support Intel®2/3th(i7/i5/i3)LGA1155 CPU. ◇ Intel®i211 Ethernet Controller. ◇ 4×DDR3 240PIN DIMM. ◇ 5×SATA. ◇ 1× M-SATA. ◇ 1×PCI-E 1X 1×PCI-E 4X 1×PCI-E 16X. ◇ 4×PCI 1×MINI PCIE. ◇read more
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Fanless Rackmount PC◇ D2000-TI4 V1.0Y. ◇ Onboard Tengrui D2000 processor, eight cores. ◇ On-board YT8521SC network card chip. ◇ 2× DDR4 260PIN SO-DIMM. ◇ 2× SATA. ◇ 1× M-2(2280)SSD. ◇ 1× MINI PCI-E. ◇ Support Kirinread more
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Mini PC Nas Server◇ ZQ470-ATX . ◇ Support Intel®10/11th(i7/i5/i3). ◇ LGA1200 CPU Intel® i211+i219 . ◇ 4×DDR4 288PIN DIMM Ethernet Controller l . ◇ 4×SATA . ◇ 1×M-2(2280) . ◇ 3×PCI-E 4X 2×PCI-E 16X 2×PCI-E . ◇ 1×MINIread more
What is Iot PC
A motherboard is the main printed circuit board (PCB) in a computer. The motherboard is a computer's central communications backbone connectivity point, through which all components and external peripherals connect. Motherboards can be found in virtually all computers, especially desktop and laptop PCs.
CPU. The central processing unit is essentially the computer’s brain, telling it what to do. It takes the user’s input and sends instructions to components on the motherboard to tell them what to do next. The CPU operates with a computer chip, and the unit has its own socket on a computer’s motherboard that connects it directly to the board.
BIOS. A basic input/output system (BIOS) works with the CPU and uses it to get your computer up and running. BIOS can also load your operating system, manage data flow, and enhance the interface between hardware and the operating system.
RAM. The motherboard has space for random access memory or RAM, and you can add or change out pieces of memory in those RAM slots if you need to expand your memory. RAM allows you to store data so you can quickly access it, making your system run more efficiently to do tasks. It’s only a temporary warehouse for data, but it can help you easily open programs and perform operations, depending on how much of it you have.
Sound cards and video cards. These cards attach to the motherboard to help with different sound and video functions depending on what you need when utilizing your computer.
Hard drives. Hard drives store data and information that you can retrieve as part of your computing tasks. Two popular options include a hard disk drive (HDD) or a solid-state drive (SSD). An HDD uses a moving head and spinning disks for data access, while SSDs access data using memory chips.
Cooling fan. All the components connected to the motherboard will generate heat as they use electricity for different functions. To keep everything cool and prevent pieces from burning out, you’ll have a cooling fan connected to the motherboard to eliminate that excess heat.
Power source. The motherboard keeps everything running on power with connections to an external power source. Like other components, the power source must be compatible with your specific motherboard to work properly.
How to Take Care of the Motherboard
Do Regular Cleaning For The Ventilation Section
Heat is the main enemy of almost all electronic devices, especially computers.a stable temperature does need so that the laptop's components remain cool.the internal components generate heat all the time. A cooling or fan is required so that heat dissipation can run smoothly.
You also have to clean the vents regularly and periodically to maintain the life of the Motherboard.
Avoid Short Circuits On The Motherboard
Short circuits or electrical circuits often occur due to minor errors, often without even realizing it, for example, for people who like to assemble or modify computers.
When assembling the PC, the Mobo must remain securely in the housing. the screws on the Mobo must be installed neatly so the board can stay firmly in place.
Apart from the Mobo, other components must also be placed and installed correctly where they should be. Because if there is looseness in the parts that damage the Motherboard, it cannot be repaired.
Using A Stabilizer So That The Electric Power Does The Controlled
Power supply with the Motherboard has a relationship with each other. Therefore the selection of the PSU must follow the motherboard series used.
Most motherboards and PSUs can adjust the voltage to accommodate lower power. However, if the range cannot be changed, it will burn all the components on the Motherboard.
This condition is undoubtedly dangerous, especially for those who subscribe to 450 Watt electricity. This is because the average PSU model requires around 400-500 watts.a stabilizer is needed so that the electrical power that goes to the PC remains stable and does not fluctuate.
Immediately Check The Motherboard In Case Of Damage
Almost all Mobo brands have a self-diagnostic tool. This tool is used to diagnose damage that might occur. If a fault occurs, the Motherboard will emit a beeping sound (this sound may differ depending on the factory settings of each).
If damage has occurred, the steps you can take are between repairing or buying a new Mobo. If you buy a new Mobo, then you have to make sure that the Mobo you are purchasing must be compatible with other components such as RAM, PSU, and processor.
Cleaning The Motherboard From Dust
The main factor for motherboard damage is dust. It sounds trivial, mainly since dust that has already accumulated can clog the exhaust window and cooling fan. This is what makes the computer heat up faster.
The way to clean dust is to use a small soft brush. Remember that this dust cleaning process must do carefully so as not to create scratches on computer components.
Try Not To Use The Computer For Too Long
Should not use PC or computer for too long. Because the computer needs time to rest all components, they only work up to their limits.try to turn off the computer immediately after use.
Check The Capacitor
If the capacitor or condenser swells or bulges, it indicates that the Motherboard on your computer is damaged.the Motherboard cannot function properly.
If this condition occurs, you can replace the capacitor with a new one. The trick is to go to an official service location from your computer so that a professional technician can handle it.
Check The Fan Function
You should regularly check the fan function. This aims to determine whether the device is still functioning normally.
If it is not functioning normally, you must immediately replace it with a new fan or another fan to prevent overheating.
if the fan is still running fine, then you need to gently and carefully clean it with an alkaline tissue
Turn On The PC Periodically
Apart from not being used for too long, the PC should be fine for a long time. Because if the PC is disabled for a long time, it can damage the Motherboard.
If left off for a long time, the components in the PC will cool down and can short out when used again. The recommendation is to use a PC at least three times weekly so its features are flexible.
Check The Charger Input Cable
An unstable voltage or power supply is also one of the causes of damage to the Motherboard. This damage is in the form of fire on the Motherboard or total damage.
Buy an original charger or battery according to computer specifications so that the electric current remains stable and does not fluctuate.
Removing All Components On The Motherboard Before Cleaning It
The thing you must do before cleaning the Motherboard is to remove all components or peripherals that are still attached. Apart from that, you must remove the cables that connect to the Motherboard. How to remove these cables using a screwdriver.
Removing all the components on the Motherboard before cleaning prevents an electric shock from occurring that can electrocute you. In addition, it also makes it easier for you to clean ports and sockets that contain dirt and dust.
Use A Soft Brush To Clean The Motherboard
To avoid scratches on the Motherboard board and sensitive components, it can use a small brush with soft bristles when cleaning it. Because if the port or socket is scratched or broken, it can make the motherboard performance not optimal.
What To Do If You Suspect Motherboard Issues
Backup Your Data
Before attempting any repairs, ensure you backup your important data. If the motherboard fails completely, you might lose access to your files. Use external storage devices or cloud services to secure your data.
Perform Diagnostics
Run diagnostics to identify the root cause of the problem. Tools like Windows Memory Diagnostic, hardware diagnostic utilities from your computer’s manufacturer, or third-party diagnostic software can help pinpoint the issue.
Check Connections
Ensure all connections to and from the motherboard are secure. Loose cables or poorly seated components can cause a range of issues that mimic motherboard failure.
Seek Professional Help
If you’re unable to diagnose or fix the problem yourself, it’s best to seek professional help. Certified technicians can perform thorough diagnostics and repairs, ensuring your computer is restored to optimal condition.
RAM
We have RAM which stands for Random Access Memory. The motherboard you buy will determine the amount and type of RAM you can use. This is why you need to consider this factor carefully. We recommend buying a motherboard that can accommodate up to 16GB, even if you aren’t going to use it. This can serve as an option to use the memory later on.look for a motherboard that offers 4 or more memory slots so that you can install 2 RAM modules, to begin with, and you will have a spare room for memory upgrades in the future.
Features
Before buying a motherboard, it is very important to consider its features as this helps maximize performance. Some of the crucial features you must consider are cooling, internet connectivity, networking options, port selection, upgrade path, and so on.
Buying a motherboard based on the features you need will often guide you to the right price range. The trick is to find the perfect balance between important features, aesthetics, and performance. If you are looking to just play games and not overclock, there is no need to buy expensive motherboards with packed features. You would only require feature-packed, over-priced motherboards if you are planning on overclocking, using 10GB of networking and lots of USB ports.
Chipset and CPU
It is crucial to consider your CPU before deciding on your motherboard. In this case, your choice here is either Intel or AMD. Motherboards only work with specific processors they are designed for. You need to pick an ideal processor according to your budget while also considering your needs.


Form Factor
The form factor is a standard aspect for defining a motherboard, that you have to consider before buying. It helps determine the power supply, the type of case, and where the individual components fit in. The most popular motherboard form factor is ATX – both in domestic as well as industrial computers. This is because it reduces the size of the motherboard greatly.
Aesthetics
Going just for the practical aspect isn’t enough. You need to consider your motherboard’s aesthetics too. A nice clean design offers integrated RGB headers. Although it costs more, what’s the difference? Expensive motherboards help cover up what’s underneath with fancy heat shields and armor plates. They also include more RGB integration. While inexpensive motherboards have black/green PCB revealed and more have limited or no RGB options.
Price
Once you have narrowed down your features, RAM, and even your preferred choice of aesthetics, it’s time to evaluate your budget. Avoid going for cheap options as they can affect your CPU performance due to limited cooling and ineffective design aspects.
Don’t fall for branding, we recommend settling for mid-level motherboards that offer good features. If you are still looking for the absolute best, then you will have to pay for it. Many feature-packed motherboards offer helpful features but you’ll also end up paying for other unassociated extra features too.
Understanding motherboard basics
Form factor
The form factor of a motherboard determines its size and shape, which should match the computer case. Common form factors include ATX, microATX and Mini-ITX.
Socket type
The socket type determines the compatibility of the motherboard with a specific processor. Ensure that the motherboard supports the socket type of your chosen processor.
Memory slots
Consider the number and type of memory slots on the motherboard, as it determines the maximum amount and type of RAM you can install.
Expansion slots
Check the number and type of expansion slots available for graphics cards, sound cards, and other peripheral cards you may need.
Connectivity
Look for the availability of USB ports, audio jacks, Ethernet ports and other connectors that meet your requirements.
Basic Input/Output System (BIOS)
The motherboard's BIOS controls various settings and configurations. Ensure that it provides the necessary features and options.
Our Factory
The company's products involve: OPS educational conference machines,Network security board NAS server soft routing motherboard,Industrial automation motherboard,Self service terminal motherboard,Domestic motherboard,Provide OEM/ODM and other products to customers,Led by an experienced R&D team,Guaranteed by advanced equipment, excellent quality, and a comprehensive service system,The product has been widely used in educational conferences,Multiple fields such as warehousing and logistics, smart healthcare, smart transportation, network security, digital business display, Internet of Vehicles, financial terminals, commercial POS machines, etc,

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