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.
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Customer Satisfaction
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1016-TI3 Complete MachineDuring 72-hour stress tests at 55°C, the 1016-TI3 maintained stable performance. With an optimized heatsink, CPU frequency stayed at 1.98GHz under high load, proving its reliability for 24/7read more -
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Small Embedded PC◇ 1264 12 small embedded pc board. ◇ Support : Intel® N100 Processor, FCBGA1264, four cores, four threads, maximum frequency. ◇ 3.40GHz, 6MB Cache cache, TDP 6W processor. ◇ Onboard Realtek RTL8111read more -
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Small Embedded Computer◇ 1356 E3 I3/I5/I7 mini pc motherboard small embedded computer . ◇ Support :hIntel® Core™ I3I5I7 Processor,FC-BGA1356. ◇ Onboard Realtek RTL8111 network card chip. ◇ 2 x DDR4 260PIN SO-DIMM 2133.read more -
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What is Mini PC
A mini PC is a revolutionary form factor that strips our computers of all the bulk and turns them into a tiny device that we can carry anywhere we want.
Manages data flow
The BIOS component of the motherboard ensures that the operating system interacts well with input and output devices, such as the keyboard and mouse, to process instructions. This ensures that the data sent to the computer moves as expected to perform the intended purpose. It also manages data flow through its USB ports, allowing for data transfer between devices. Additionally, it ensures the processor can access information from the RAM to boost efficiency.
Conserves resources
The motherboard saves consumers time, energy, and money by connecting all the computer connects. The motherboard provides a platform on which manufacturers can connect all the necessary components to ensure that the computer functions. Thus, saving consumers’ time and energy as they do not have to assemble and connect different parts manually.collecting the individual components can prove costly as consumers would be forced to incur additional transport and other miscellaneous costs.
Optimizes power distribution
The motherboard provides and distributes power optimally. Computers require electricity to function. The motherboard has a power connector plug that connects the computer to a power source and converts it into a form of electrical power that the computer can use.the motherboard ensures that the electric current is distributed optimally to different system components.
The motherboard has an integrated circuit technology with pre-defined connections that ensure each element gets the necessary power. the circuits ensure less energy is consumed to make the computer an energy-efficient machine.
Drives communication
The motherboard makes communication between different components easier. For a computer to process a particular set of instructions, sometimes it may require several components to communicate and work together to complete the task. In such scenarios, the motherboard relies on its circuit technology to enable communication between these components. The motherboard may also depend on some of its components, such as the CPU, BIOS, expansion ports, and USB ports, to interact with the computer’s operating system.
Enhances performance
The motherboard boosts the capabilities of a computer. Motherboards often transform the capabilities of a computer. For instance, they have additional features and functionalities, such as built-in sound and video capabilities that can enhance the computer’s output. Motherboards also allow users to connect peripheral devices such as printers, enabling computers to perform additional tasks such as printing documents.Users can expand and upgrade factory-made motherboard parts such as memory slots or hard disks to boost the capabilities of their computers.
Types of Motherboards
Advanced Technology eXtended (ATX)
It is a type of motherboard that was developed and patented by Intel in the year 1995. The purpose of this motherboard type was to improve de facto standards such as the AT design. It is the first changed and improved motherboard that improved standardization and interchangeability of parts. This is one of the most common motherboard designs.
AT Motherboards
This board is one of the oldest types of motherboards that consists of advanced technology (AT) power connectors. AT motherboards have bigger physical dimensions ranging for hundreds of millimeters. Due to the size constraint, they are not the right fit for mini desktops. Due to the size issue, new drivers cannot be installed in such motherboards.
Six pin plugs and sockets are used as power connectors in this type of motherboard; since power connectors are not easily identifiable, users face difficulties in connecting and using such motherboards.
Balance Technology Extended (BTX)
It is a type of motherboard that was intended to replace the 2004 and 2005 ATX motherboards. This was designed with the purpose of decreasing heat and, eventually, power requirements. It employs an enhanced technology, including universal serial bus (USB) 2.0, serial advanced technology attachment (ATA) and peripheral component interconnect (PCI) express. The aim of developing this type of motherboard was to reduce the problem of ATX standards by reducing heat and power consumption. It provides an efficient design for both small and large systems.
Mini ITX Motherboard
It is a miniature version of a motherboard that was designed in the 2000s and is mainly used in small form factor computers. The reason behind its use is its faster cooling ability and low power consumption. It is one of the most preferred types of motherboard that is preferred in home theater due to its low level of fan noise.
These primarily appeal to industrial and embedded PC markets with the majority sold as bulk components. These are produced with a longer sales life-cycle than consumer code which is a quality that is required by industrial users.
LPX (Low Profile eXtension)
This is a form factor motherboard that was used throughout the 1990s. It uses a riser card with different placements of parallel, serial, video, and PS/2 ports as compared to other motherboards. The motherboard uses a riser card so that expansion cards can be installed parallel to the motherboard.
CPU Slot: The CPU executes instructions that make up a program. Also known as a central processor unit or the main processor, the CPU is the brain of the computer. The CPU executes instructions specified by desktop programs.
RAM Slots: Random-Access Memory (RAM) stores programs and data currently used by the CPU. RAM is computer memory that can be read and written. A RAM storage device allows the CPU access to extremely fast memory for current tasks. The storage can be written to and read from nearly the same time no matter where the data is in the memory, making it excellent for fast and snappy commands.
General I/O Ports: On each circuit board, there are various input and output ports. The connections generally include multiple USB connections, a few display connections (HDMI, USB-C, Thunderbolt, DisplayPort), and perhaps some networking I/O like an ethernet connection. These ports allow external devices to interface with the system as a whole.
Power Supply Plug-In: The power supply provides the computer with the necessary power to operate. Power supplies range in voltages depending on how power-hungry the device is. The power supply for gaming computers, servers, and power-demanding applications is significantly larger than that of a phone or smartwatch.
CMOS Battery: The CMOS battery, also called memory battery, clock battery, or real-time clock (RTC), is generally a CR2032 lithium coin cell. The purpose of the battery is to store the board's BIOS (Basic Input/Output System) settings when the motherboard is entirely powered off. This way, the BIOS is not lost when no power is supplied to the board.
Form Factors of a Motherboard
ATX
ATX is desktop computers’ most common motherboard form factor. It measures 12 x 9.6 inches (305 x 244 mm) and has a standard layout for expansion slots, I/O ports, and power connectors.
Micro-ATX (mATX)
Micro-ATX is a smaller version of the ATX motherboard, measuring 9.6 x 9.6 inches (244 x 244 mm). It has fewer expansion slots but is compatible with many ATX cases.
Mini-ITX
Mini-ITX is a small form factor motherboard, measuring 6.7 x 6.7 inches (170 x 170 mm). It is used in compact desktops, home theater PCs, and other small form factor systems.
EATX (Extended ATX)
EATX is a larger version of the ATX motherboard, measuring 12 x 13 inches (305 x 330 mm). It has more expansion slots and is designed for high-end desktops and workstations.
BTX
BTX is a now-defunct motherboard form factor developed by Intel. It was designed to improve thermal management and reduce noise in desktop systems but was never widely adopted.
ITX
ITX is a flexible motherboard form factor that can be used for various applications. It includes several variations, such as Nano-ITX, Pico-ITX, and Mobile-ITX.
Impact of a Motherboard Chipset
System Bus Communication
The chipset manages the system bus, which is responsible for communication between the CPU, memory, and other peripherals. It ensures efficient data transfer and synchronization between these components.
CPU Interface
The chipset provides the interface between the CPU and the rest of the system. It supports a specific CPU socket type and determines the compatibility of the motherboard with different processor models.
Memory Controller
The chipset contains the memory controller, which manages the communication between the CPU and the system memory (RAM). It determines the supported memory types, frequencies, and capacities, allowing for proper memory configuration.
PCIe Support
The chipset supports PCIe slots for connecting various expansion cards such as graphics cards, sound cards, network cards, and storage devices. It provides the necessary data paths and protocols for communication between the CPU and these peripherals.
USB Support
The chipset incorporates USB controllers that enable connectivity for USB devices such as keyboards, mice, printers, external storage, and other peripherals. It manages the data transfer rates, power delivery, and protocols for USB communication.
SATA Support
The chipset includes SATA controllers that facilitate the connection of storage devices such as hard drives and solid-state drives. It provides the necessary data transfer interfaces and protocols for SATA communication.
Audio and Video Support
Some chipsets integrate audio and video controllers, allowing for onboard audio and video capabilities. These controllers provide the necessary interfaces and processing power for audio and video functions, enabling the use of integrated sound and graphics on the motherboard.
BIOS (Basic Input/ Output System) Interface
The chipset contains firmware that supports the system’s BIOS. The BIOS provides the necessary instructions for initializing the hardware during system startup, including memory detection, device enumeration, and system configuration.
Power Management
The chipset manages power distribution and controls power-saving features within the system. It regulates power supply to different components, supports sleep modes, and implements power-saving states to optimize energy efficiency and extend battery life in mobile devices.
Overclocking Features
High-end chipsets often offer advanced overclocking features in the BIOS, allowing users to increase CPU clock speeds, adjust voltage settings, and fine-tune system performance for optimal results.
Quantity of Connections, Slots or Ports of a Motherboard
CPU Socket: Typically, a motherboard has one CPU socket, although some high-end models can support multiple CPUs.
RAM Slots: A motherboard can have anywhere from two to eight RAM slots, depending on the specific model.
Expansion Slots: The number and type of expansion slots can vary, but most motherboards have at least one PCIe x16 slot for a graphics card and one or more PCIe x1 slots for other expansion cards.
SATA Ports: A motherboard can have anywhere from two to eight ports for connecting storage devices such as hard drives and SSDs.
USB Ports: A motherboard can have anywhere from four to ten USB ports, with some models also providing USB headers for connecting front panel USB ports on a computer case.
Ethernet Port: Most motherboards have at least one Ethernet port for connecting to a network.
Audio Ports: A motherboard typically provides audio jacks for connecting speakers or headphones.
These are just some standard connections, slots, or ports on a motherboard. The exact quantity and type of ports can vary depending on the specific model and intended use of the Motherboard.
Check The Power
If your computer doesn’t turn on or if it turns off randomly, you may be experiencing power issues. The well-worn advice of “checking the power” is especially true for motherboards because they require not one, but two power connections. Just because something is plugged in and you see a green power light turn on doesn’t mean that your motherboard is receiving adequate power. Ensure that both the 20-to-24 pin connector and the four-or-eight pin connector hidden away by the processor socket are properly seated (plugged in) and matched with the proper supply cords. Unplugging them and plugging them back in is also worth a try.
Overheating
Overheating is a common problem that will cause your computer to run slowly, freeze, or crash frequently. In the worst cases, an overheated motherboard or other related components will have to be replaced entirely.
Start off by powering off the computer and allowing it to cool. Turn off demanding applications, which will reduce the computing power required to run the device. Placing the computer on a hard and flat surface with lots of space around it will also promote airflow, as opposed to placing the computer on carpet or inside a cabinet.
If the problem persists, try using a blower to clean the computer of dust and dirt, which can trap heat inside your computer. For optimal performance, perform internal cleaning every six months to promote airflow. Attaching an external cooling system to your computer case in order to blow cold air inside can also help prevent your PC from overheating.
Incorrectly Installed Components
The motherboard is connected to many other components, such as the video card, processor, and RAM. If improperly installed, they can cause issues. Maybe the computer boots up but there is no picture or video. In some cases, your computer may even fail to power on.
You can give the video card a push down to ensure it’s secure in its slot. Check that there are no bent pins in the card or the socket. Again, check that all the power cables are securely connected to both the video card and the motherboard. Your RAM sticks should be sitting securely in their slots with the wings fastened securely over each side. Processors are a bit more delicate. Check that yours is lined up correctly with the motherboard.
A Short Circuit
Motherboards are filled with capacitors (electrical components that store energy) and connections that route data and power from one place to another. If you look at your computer, you’ll see that your motherboard is installed in a way where it is held up and away from the PC case. This prevents the motherboard from touching other metal components, which could cause a short circuit that would damage the capacitors. A motherboard with a short circuit may have trouble booting up, or may crash randomly. Check your motherboard to ensure that it is installed in a way that prevents it from contacting the case. Capacitor repair however, may be best left to experts since it requires soldering.
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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FAQ
We're well-known as one of the leading mini pc manufacturers in China. If you're going to wholesale bulk cheap mini pc made in China, welcome to get quotation from our factory. Quality products and low price are available.
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