Mini ITX Motherbaord
Why Choose Us
Bestview has strong R&D capabilities in software, hardware, structure, etc. combined with nearly 20 years of production and R&D experience, can customize all the display field products in almost all applications. We specialize in producing ITX Motherboard, Industrial Mini ITX Motherboard, and other Mini ITX Motherboard.
Rich Experience
Bestview has more than 17 years of R&D and production experience in the professional field of LCD display. It has customized and developed display and peripheral products with various functions and requirements in various fields for more than 80 countries around the world.
Professional Technical Team
Bestview has more than 20 structural engineers, hardware engineers, software engineers, process technology and test engineers with many years of research and development experience.
Quality Assurance
Under the BQMS quality management system of Bestview, Combine ISO9001:2015 quality management system, control every link, and meet the product standards and certification requirements. Make sure to meet your quality requirements!
OEM Available
Has customized development such as: FPGA logic circuit customization, SCALER circuit customization, power management circuit customization, and full waterproof, high brightness, shockproof, special interface function customization, ARM and X86 architecture deep development customization, Android and application customization, battery power customization, industrial and special industries in-depth customization, etc.
Mini-ITX is a compact motherboard configuration designed to support relatively low-cost computers in small spaces such as in automobiles, set-top boxes and network devices. It can also be used to make thin client computers. If you want to know the specifications and prices of Mini ITX Motherboard, please contact us!
Advantage of Mini ITX Motherboard
Compact Size and Portability
The primary advantage of Mini-ITX PCs is their compact size, which allows you to build a powerful computer system without occupying much desk space. Their small footprint makes them ideal for home entertainment setups, office workstations, and LAN parties, where portability is essential. Mini ITX structures provide a space-saving solution without sacrificing performance. Their small size makes them appropriate for various setups, from compact gaming desks to LAN parties, supplying flexibility and ease of transport.
Versatility in Case Selection
Mini-ITX PCs come with a wide range of case options, from sleek and minimalist designs to bold and eye-catching enclosures. These cases offer excellent customization potential, catering to various preferences and aesthetics.
Due to their smaller size, Mini-ITX PCs typically consume less power than larger desktop systems. This energy efficiency not only reduces electricity bills but also contributes to a greener computing experience.
Quiet Operation
Mini-ITX PCs often incorporate efficient cooling solutions, resulting in quieter operation compared to larger systems. This is particularly beneficial for users who prefer a silent computing environment.
Powerful Performance
One can better recognize how everyone contributes to its overall performance by inspecting the important components of a Mini ITX construct, together with the motherboard, CPU, GPU, RAM, garage, and electricity supply. Despite their compact size, Mini-ITX PCs can house high-performance components, including the latest CPUs, graphics cards, and storage devices. This allows users to build powerful machines capable of handling demanding tasks, such as gaming, video editing, and 3D rendering.
Main Differences Between ITX, Mini-ITX, and Thin-mini ITX Standard
I/O Shields
One main difference between mini-ITX and thin mini-ITX is their I/O shields. The size of the I/o shield will significantly differ. For instance, the mini-ITX board has a standard size of about 46 mm in height, whereas the thin mini has only about 25mm.
RAM
One of the most significant differential factors between various ITX motherboards is RAM. Regarding standard mini ITX motherboards, you can use regular desktop RAMs as these motherboards are typically utilized in slightly bigger cases. So, regular stand-up rams aren't an issue.
But in the case of thin mini ITX motherboards, you are stuck with laptop rams only. These Rams will lie flat on the socket and won't take up any extra space. Some people consider this a drawback of thin mini ITX motherboards as laptop rams have some limitations. But those drawbacks are pretty insignificant and can be overlooked.
GPU
Each mini ITX board comes with a full PCI-E slot. That means it can theoretically support almost every GPU in the market. Of course, you will need a compatible case and power supply to run it.
But when it comes to thin mini ITX motherboards, you may not find any PCI-E slot whatsoever. Some of the models do come with a X4 or X8 PCI-E socket. But the GPU options for those slots are minimal. Moreover, those slots may only provide 25 watts or even less power.
So, if you are planning to go for a thin mini ITX motherboard, your only options are integrated GPUs.
PSU
The use of a power supply unit will significantly vary depending on which motherboard you choose. If you are interested in the mini ITX one, you can use almost every power supply in the market. It will even support an entire ATX power supply of any size. These motherboards come with complete 16-pin connectors and four or eight-pin CPU power.
But when it comes to thin ITx motherboard, things are a bit different. They have no 24 or 16-pin connectors. That basically means you cannot use any typical power supply on these boards. You can only power it up using an external power break.
You will find two options on the thin mini ITX motherboards for receiving external power. They are given below.
First Option
The most common one is the use of the DC JACK. It is situated on the rear I/O panel. Remember, different thin mini ITX boards have different types of barrel jacks. So read the description manual carefully before choosing the right power brick type.
Now, if your CPU needs 35 watts of power, you must use a 60-watt power supply to run your PC safely. But if your CPU needs 65 watts or more, you will have to step up to a 90-watt brick.
Second Option
The second option is to use a pico power supply. You will find a little 12v connector right behind the DC jack. The connector would typically be a two-pin or a four-pin one.
Now, remember that you are using either the DC jack or the connector to run the motherboard. You cannot use both.
Storage
If you plan to use a mini ITX motherboard, you won't have to worry about storage. Since all the components and connectors are right on the motherboard, you can use both SSD and HDD without any issues. The size of the storage won't also matter if you have adequate space inside the casing.
How to Choose the Perfect Mini ITX Motherboard
Expansion Slot
Always go for a PCI Express x 16 slot (see image below). Reason? A PCI Express x16 slot is able to accept PCI Express x1, x4 and x16 cards. Remember you only have one precious slot, and you'll want to make it count - A PCI Express x16 slot is able to accommodate the most types of modern expansion cards.
If your budget is really tight and you're certain that you won't ever need a discrete graphics card, then a PCI Express x1 or x4 slot is also acceptable.
SATA Connectors
The number of SATA connectors determines the amount of internal hard drives and optical drives a motherboard can support.
For general use, we recommend least three SATA connectors. This allows you to install a main hard drive and a DVD/Blu Ray drive... leaving one free port in case you want to add a solid state drive or another hard disk drive in the future.
If you're intending to install a (SATA 3) solid state drive, then choose a motherboard with at least one SATA 3 port so that you can unleash the full speed of your drive.
Display Ports
Choosing the correct display ports is crucial if you're running on integrated graphics. Find out what are the display ports that your monitor accepts (VGA and DVI ports are the most popular ones), then make sure that the motherboard comes with those ports.
For those of you hooking up your computer to a TV (e.g. home theater PC), a HDMI port is essential since it allows you to connect to almost all modern TVs... plus you just need a single HDMI cable to output both video and sound.
Others
With USB 3.0 gaining widespread use and boasting impressive real-world speed gains over USB 2.0 (two to four times faster in most cases), we recommend buying a Mini ITX motherboard with at least one USB 3.0 port for connecting to external storage devices (e.g. USB 3.0 flash drives, hard disk drives and even solid state drives).
Component of Mini ITX Motherboard
Mouse and Keyboard Connectors
Computer motherboards must have two separate connectors that allow users to connect their external mouse and keyboard. These connectors are responsible for sending instructions and receiving responses from the computer. There are two keyboard and mouse connectors, the PS/2 and the USB. The personal system/2(PS/2) port is a mini-DIN plug that contains six pins and connects the mouse or keyboard to an IBM-compatible computer. Other computers use the USB port to connect the mouse or keyboard.
Universal Serial Bus (USB)
The USB is a computer interface that connects computers to other devices, such as phones. The USB port is a significant part of a motherboard that allows users to connect external peripheral devices such as printers, scanners, and pen drives to the computer. Moreover, it enables users to transfer data between the device and the computer. A USB port allows users to connect peripheral devices without restarting the system. Types of USB include USB-A, USB-B, USB-mini, micro-USB, USB-C, and USB-3.
CPU
The central processing unit (CPU) is commonly referred to as the computer's brain. The CPU controls all the functions of a computer. CPUs are available in different form factors, each requiring a particular slot on the motherboard. A CPU can contain one or multiple cores. A CPU with a single core can only perform a single task at a time, while those with multiple cores can execute multiple tasks simultaneously.
RAM Memory
RAM slots connect the random access memory (RAM) to the motherboard. RAM allows the computer to temporarily store files and programs that are being accessed by the CPU. Computers with more RAM capacity can hold and process larger files and programs, thus enhancing performance. However, RAM contents are erased when the computer is shut down. A computer usually has two RAM slots. However, some computers have up to four RAM slots in the motherboard to increase the available memory.
Basic Input/Output (BIOS) System
The BIOS contains the firmware of the motherboard. It consists of instructions about what to do when the computer is turned on. It is responsible for initializing the hardware components and loading the computer's operating system. The BIOS also allows the computer's operating system to interact and respond with input and output devices such as a mouse and keyboard.
In some motherboards, the legacy BIOS is replaced by the modern extensible firmware interface (EFI) or the unified extensible firmware interface (UEFI). UEFI and EFI allow the computer to boot faster, provide more diagnostic and repair tools, and provide a more efficient interface between the operating system and computer components.
Chipsets
The chipsets of a computer control how the computer hardware and buses interact with the CPU and other components. Chipsets also determine the amount of memory users can add to a motherboard and the type of connectors that the motherboard can have.
Cooling Fans
The heat generated when electric current flows between components can make a computer run slowly. If too much heat is left to build up unchecked, it could damage computer components. Thus, a computer performs better when kept cool. Cooling fans increase the airflow, which helps to remove heat from the computer. Some elements, such as video adapter cards, have dedicated cooling fans.
Adapter Cards and Expansion Slots
Adapter cards are integrated into the motherboard to enhance a computer's functionality. Examples include sound and video adapters. The expansion slots allow users to install compatible adapter cards. Examples of expansion slots include the peripheral component interconnect (PCI) slot, the AGP slot (which enables the insertion of video cards), the PCI Express serial bus slot, and the PCI-extended slot.
CMOS Battery
The CMOS battery is a small round battery found on the motherboard of every computer. It provides power to the complementary metal oxide semiconductor (CMOS) chip. The CMOS chip stores BIOS information and computer settings, even when powered down. The CMOS battery allows users to skip resetting BIOS configurations, such as boot order, date, and time settings, each time they power on their computer.
Storage Devices
Storage drives store data permanently or retrieve data from a media disk. The storage devices can either be installed in the computer as hard drives or in removable drives that can connect to the computer through the USB ports. Hard disk drives(HDD) or solid-state drives (SSD) are computers' primary storage drives. Computers with SSDs execute tasks much faster and perform better than HDDs. Users can also use optical drives such as compact discs to store information.
Front Panel Connectors
Front panel connectors connect the light-emitting diode (LED) lights on the front of the case to the hard drive, the power button, the reset button, and the internal speaker for testing. Some USB and audio devices also have LED lights.
These front panel connectors are usually plugged into small pins on the motherboard. Although the pins are grouped and color-coded, their layout structure varies depending on the model of the motherboard.
Power Connector
The power connector provides an electric supply to the computer to function as intended. The power supply connector has 20 pins and converts 110-V AC power into +/-12-Volt, +/-5-Volt, and 3.3-Volt direct current (DC) power.
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Solutions
Frequently Asked Questions
Q: Why choose mini ITX motherboards?
Because they are smaller in size, they take up less space and are perfect for builds that need to be portable. Additionally, mini ITX motherboards often come with features like integrated Wi-Fi and Bluetooth that aren't available on larger boards. This makes them ideal for builds that need to be as compact as possible.
Despite their small size, mini ITX motherboards are still very powerful. They can easily handle most tasks that you would throw at them, making them a great choice for builds of all types. If you're looking for a motherboard that is both portable and powerful, mini ITX is the way to go.
Mini ITX boards also tend to be more affordable than their full-sized counterparts, and they often come with features that aren't available on larger boards, such as integrated Wi-Fi and Bluetooth. Additionally, since they're smaller, they generate less heat, which can be an important consideration if you're building a small form factor PC.
Finally, mini ITX motherboards are becoming increasingly powerful, with many models now supporting overclocking and high-end graphics cards. So if you're looking for a compact and affordable motherboard that still has plenty of features and performance to offer, a mini ITX board is a great option.
Q: What is the difference between ATX and Mini-ITX?
Q: Can Mini-ITX be used for gaming?
Q: Why is Mini-ITX so expensive?
Q: Is Mini-ITX as good as ATX?
Q: Can Mini-ITX fit a graphics card?
Q: Is Mini-ITX more expensive than ATX?
Q: What are the limitations of ITX motherboards?
Q: How do I know if my motherboard is Mini-ITX?
Q: Are all Mini-ITX motherboards the same size?
Q: Why Mini-ITX is so expensive?
Q: Are Mini-ITX boards good?
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