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.
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We're committed to quality and concrete actions. That means we always deliver solutions in a professional and practical way.
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![Small Form Factor Industrial PC]()
Small Form Factor Industrial PC◇ 1356-E3 V1.3Y . ◇ Support Intel®6/7/8th（i7/i5/i3）CPU . ◇ On-board REALTEK RTL8111 network card chip . ◇ 1×DDR4 260PIN SO-DIMM . ◇ 1×SATA . ◇ 1×M-SATA SSD . ◇ 1×MINI PCIE . ◇ Operating system:read more -
![Industrial PC with PCI Slot]()
Industrial PC with PCI Slot◇ 1356-E3 V1.3Y . ◇ Support Intel®6/7/8th（i7/i5/i3）CPU . ◇ On-board REALTEK RTL8111 network card chip . ◇ 1×DDR4 260PIN SO-DIMM . ◇ 1×SATA . ◇ 1×M-SATA SSD . ◇ 1×MINI PCIE . ◇ Operating system:read more -
![Compact Industrial PC]()
Compact Industrial PC◇ 1356-E3 V1.3Y . ◇ Support Intel®6/7/8th（i7/i5/i3）CPU . ◇ On-board REALTEK RTL8111 network card chip . ◇ 1×DDR4 260PIN SO-DIMM . ◇ 1×SATA . ◇ 1×M-SATA SSD . ◇ 1×MINI PCIE . ◇ Operating system:read more -
![Industrial SFF PC]()
Industrial SFF PC◇ 1356-E3 V1.3Y . ◇ Support Intel®6/7/8th（i7/i5/i3）CPU . ◇ On-board REALTEK RTL8111 network card chip . ◇ 1×DDR4 260PIN SO-DIMM . ◇ 1×SATA . ◇ 1×M-SATA SSD . ◇ 1×MINI PCIE . ◇ Operating system:read more
What is 3.5 Industrial PC
The 3.5 Inch motherboard is a common industrial motherboard form factor with size specifications that are approximately the same dimensions of a 3.5 inch hard drive, which it is named after.
High quality component base. Industrial mainboards are designed to work around the clock in an industrial environment. Components for industrial boards have higher specifications than office ones. For example, industrial board capacitors are designed to operate over a wider temperature range and have a longer lifespan than commercial board capacitors.
Long service life and support. The minimum service life of an industrial mainboard is 5 years on average. Service maintenance and the availability of such cards for purchase reaches 15 years on average, in contrast to commercial ones, which become obsolete within 1–2 years.
Customization on a client’s demand. Industrial mainboard manufacturers have the option of customizing/developing boards based on the standard model, even for small quantities. manufacturers can provide a sample to the customer for testing, which commercial board manufacturers cannot offer.
Legacy interface support. Due to the long production period and variety of configurations, industrial boards still support legacy interfaces such as LPT (parallel connector, printer port) or ISA slot.
Legacy software support. If a specialized software and hardware solution is designed for a specific task based on an industrial board, then you do not have to worry that in a few years you will have to redesign the software due to the fact that the board has been discontinued or is not available for order.
Unique design and form factors. Industrial mainboards come in special form factors that may not be found in the commercial segment. For example, computers with many expansion slots are based on PICMG 1.3 boards. There are also very unique form factors, for example, PCISA. PCISA processor boards have two buses at once: PCI and ISA.
Commercial chipset use. Most industrial mainboards are based on Intel Q-series chipsets, designed specifically for the corporate market. Intel Q-Series Chipsets combine high functionality with advanced security and administration capacities. Mainboards based on AMD chipsets are less common.a separate segment of the market is occupied by mainboards based on ARM-like processors. These boards are designed for special tasks.
Components of a Computer Motherboard
Memory And Their Slots: Computer memory (RAM) is one of the most important parts of the system board. The number of memory chips in a motherboard depends on the type of computer and its capacity. Their slots are usually white and black and very close to each other.
Expansion Cards: Expansion cards are a typical component of a nonintegrated system board as indicated earlier in this discourse. An example is a graphic card. However, this can be integrated into the motherboard it depends on the type of system circuitry.
CPU And Slots: TheAnd Slots: ocessing unit and the sockets are highly prolific parts of the computer. It is located right on the motherboard. And it is easily identifiable as a result of the heat sink or cooling fan directly on it.
BIOS Chip: Just like the CPU, the BIOS chip occupies a top position in terms of the order of importance on the system board. It directs the CPU with respect to how it relates to other parts of the computer. The Basic Input and Out System chip or integrated circuit is fixed on board and it is easily identified. BIOS and the name of the manufacturer are usually written on the chip.
CMOS Battery: The complementary Metal Oxide Semiconductor (CMOS) is a small battery on the system board that powers the CMOS memory. The CMOS memory keeps very important settings in the computer such as date, time, the configuration of the hard drive, etc. in such a way that when the computer is switched off such settings are maintained. In order for this to be done, the memory must always have power over it. This is achieved via the CMOS battery. If a computer loses the correct time and date, for example, it is an indication that the CMOS battery is weak.
Power Supply and Connectors: This is the electrical unit of the system. It is the unit that supplies power as required for the smooth running of the computer. If it is bad the system will not power on. The power supply pack can be replaced when faulty.
Keyboard Connector: This is one of the most important input devices for a desktop computer. Its connector is located on the motherboard. Keyboard connectors have two main types, the AT and the PS/2 Connector. The AT has a round connecting interface to the motherboard, while the PS/2 connector is rectangular in shape and smaller. Modern motherboards come with both connecting points.
Mouse Connector: The mouse is also a very important input device on the computer. Its connecting port is located on the motherboard. The connecting interface is usually round or a USB-like interface.
Floppy and Hard Disk Connectors: The Hard drive is the mass storage device of the computer system, the same as the floppy disk. They are onboard connecting interfaces that enable the computer to communicate with both drives.
Expansion Slots: Expansion slots on the motherboard or a riser board make it possible for an additional card or board to be connected to the main board. There are different types serving different purposes. Mostly you come across PCI, PCI Express, and AGP expansion slots. And for those computers manufactured before 1997, their slots are slightly different from what is obtainable today, though most of them are being faced out.
Peripheral Ports And Slots: The functions performed by the computer require in most cases an external device connection either for uploading or downloading data or as the case may be. There are various peripheral ports and slots met for this purpose. The most important peripheral ports are the universal serial bus (USB), Serial, Ethernet, Parallel, Video, sound, and Game ports.
Jumpers and DIP Switches: Jumpers and DIP switches are used to configure the system board serving as a regulator for the amount of voltage supply as required by the various components on the motherboard, especially the processor. This is automatic in some recent motherboard form factors.
Remember to clean the motherboard Dust often lands onto the motherboard through the air-vents. if allowed to settle, dust can damage the connections by picking up moisture from the environment and may even result in short circuits. Remember to open the CPU cases, once a month to dry clean the motherboard.
Keep a check on capacitors Remember that the Motherboard is a large card of the CPU and has various parts attached to it. More often than not the capacitors hitched onto the motherboard show signs of swelling and can even leak. This increases the overall temperature of the unit making the PC unresponsive.
Keep checking your CMOS battery The battery (coin type) attached to the motherboard is essential for proper functioning. When the CMOS battery fails, the date and time fail to change and have to be manually done every time you switch on the PC. This hampers user experience and also sometimes makes it difficult to run particular web pages.
Keep a check on the fans that cools the GPU and the motherboard Cooling of the motherboard and its units is essential and if not taken care can harm the entire PC. During operation the system can become very hot. Improper cooling will result in short circuits even if you live in the coldest parts of Hamilton. Keep a check and save your visit to get your motherboard repaired.
Use eraser to clean the copper connectors After getting rid of all the static charge on your body (Just go and touch a metal object for 5 seconds) and detaching all the cards off the motherboard, it is time for you to clean the copper connectors with an eraser, lightly, which can be seen after the detachment is done.
How to Repair a Computer Motherboard
Identify the Problem
Before you attempt to repair a motherboard, you need to identify the problem and its possible causes. Look for symptoms such as failure to power on, system crashes, or error messages. Use diagnostic tools and methods to pinpoint the issue.
Clean the Motherboard
Dust and debris can cause short circuits or overheating. Carefully clean the motherboard using compressed air and a soft brush to remove any dirt. Ensure that the computer is powered off and unplugged before cleaning.
Reseat and Replace Components
Loose or improperly seated components can cause various issues. Reseat the CPU, RAM, and any expansion cards to ensure they are properly connected. If specific components such as capacitors or chips are damaged, they may need to be replaced. This requires precision soldering and the correct replacement parts. Use a magnifying glass to carefully examine the board for small cracks or broken traces. Only attempt this if you have experience with electronics repair.
Seek Professional Help
If you are unable to identify or fix the problem, seek professional help. Professional technicians have the tools and expertise to handle complex motherboard repairs. This can save you time and prevent further damage. If you are in Essex and surrounding areas, you can book a consultation with our expert technicians. We offer PC repair Services in Essex.
Preventive Measures To Avoid Motherboard Issues
Use Surge Protectors
Protect your computer from power surges by using a high-quality surge protector. This can prevent electrical damage to the motherboard.
Ensure Proper Cooling
Maintain proper cooling by cleaning dust from fans and heat sinks regularly. Consider adding additional cooling solutions if your system tends to overheat.
Handle with Care
Be gentle when handling your computer and avoid physical impacts. When working inside your computer, ground yourself to prevent static electricity from damaging components.
Regular Maintenance
Perform regular maintenance, such as updating the BIOS, checking for loose connections, and ensuring all components are securely installed.
What To Consider When Buying A Motherboard
Build Quality
Since motherboards are responsible for connecting everything to your computer, they should be strong and durable enough to handle the task. Things like the size and weight of a motherboard can reflect its overall quality of it.
If it is too bulky, just know it will be hard to find a good home for this inside your computer. It should also have a nice finish that doesn’t feel cheap.
Stability
It is important to have a motherboard that offers high stability so that it doesn’t have any problems in the future. The more stable these components are, the more likely they will last longer, which is why you need to buy one with high stability.
When you plan on upgrading your computer next year, don’t overspend because of something as little as lost performance. You should check out the motherboard before buying it to make sure it can handle some upcoming tasks.
Processor Compatibility
Depending on the processor that you want to install into your motherboard, you should ensure that it is compatible with your chosen motherboard type. If you can't find the answer to this question, it may be best to contact your motherboard manufacturer and ask what CPU types of processors you can use with your chosen motherboard.
SLI and Crossfire
Some motherboards have acceptable options for SLI and Crossfire.other boards will not support this technology. Before making a purchase, you should ensure that the motherboard that you want to buy does support multi-vendor cards for video cards.
Your Size/Style Preference
A UEFI or a BIOS-style This can also be something to consider before making a purchase. With an older motherboard, you must use the BIOS option when booting your system up. And with newer ones, you must use the UEFI option.
Motherboard Size
Most modern motherboards are either ATX or micro-ATX size — The former being slightly smaller and the latter being slightly larger. It's a good idea to match your motherboard's size with the case you plan to use. If your computer is a complete mess, it's easier to make upgrades — Make sure they're safe!
CPU
The CPU socket on the motherboard connects with the processor chip through a flat pin on the processor chip. The exact shape of this pin depends on what kind of processor you have. If you're buying a laptop, then the CPU chip is usually soldered onto the motherboard directly.
External features
You'll want to look at the features your motherboard supports. Is it equipped with an onboard Wi-Fi adapter Does it have enough USB ports for all your devices If you want to use a lot of internal or external connections—Like multiple graphics cards or drives—You'll want a motherboard that can handle the load
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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We're well-known as one of the leading 3.5 industrial pc manufacturers in China. If you're going to wholesale bulk cheap 3.5 industrial pc made in China, welcome to get quotation from our factory. Quality products and low price are available.
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