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.
-
![4u Rackmount Computer]()
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 -
![Mini PC Windows Server]()
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 -
![Computer Server System]()
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 -
![Fanless Rackmount PC]()
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 -
![Mini PC Nas Server]()
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 Server Box
A server motherboard is defined as the mainboard that aggregates all server components into one system, focusing on reliable power supply, high-speed bus, and I/O interfaces to support multiple users and processes efficiently.
Power-related Issues
●Symptoms: Computer does not power on, intermittent power loss.
●Solution: Check the power supply unit (PSU), ensure all power connectors are securely attached, and test with a multimeter. If the PSU is faulty, replace it and test the motherboard again. Also, inspect the power button and its connections.
Overheating Problems
●Symptoms: System overheating, frequent shutdowns.
●Solution: Clean dust from the heatsinks and fans, apply new thermal paste to the CPU, and ensure proper airflow in the case. Additionally, check the case fans and the CPU cooler for proper operation. Consider upgrading the cooling system if necessary.
Physical Damage
●Symptoms: Cracked motherboard, broken traces.
●Solution: Inspect for visible damage. Minor damage can sometimes be repaired by soldering, but major physical damage usually requires motherboard replacement. Use a magnifying glass to carefully examine the board for small cracks or broken traces.
BIOS Failures
●Symptoms: Computer does not boot, BIOS error messages or beep codes.
●Solution: Reset or reflash the BIOS, check the CMOS battery, and ensure BIOS settings are correct.
Capacitor Issues
●Symptoms: Bulging or leaking capacitors.
●Solution: Replace damaged capacitors. This requires precision soldering and is best done by someone with experience.
Your Essential Guide to Choosing the Right Motherboard
CPU Compatibility
Your motherboard needs to support your chosen CPU. Check the socket type of your CPU and ensure it matches the motherboard’s socket. Different CPU brands (Intel and AMD) use different sockets, so compatibility is key.
Form Factor
Motherboards come in various sizes, known as form factors. The most common ones are ATX, Micro ATX, and Mini ITX. Choose a form factor that fits your computer case and desired build size.
Chipset
The chipset on a motherboard determines its features and capabilities. It affects the number of supported RAM slots, expansion slots (PCIe, SATA), and USB ports. Choose a chipset that aligns with your needs and future upgrade plans.
RAM Slots And Type
Consider the amount of RAM you want to install and choose a motherboard with enough slots to accommodate it. Check the supported RAM type (DDR4 or DDR5) and speed to ensure compatibility with your memory modules.
Storage Options
Think about your storage needs. Most motherboards offer SATA ports for SSDs and HDDs. Some high-end boards also include M.2 slots for faster NVMe SSDs. Choose a motherboard with enough storage options for your current and future needs.
Expansion Slots
If you plan to add graphics cards, sound cards, or other expansion cards, check the number and type of expansion slots available. Ensure they meet the requirements of your desired components.
Rear I/O Panel
The rear I/O panel houses various ports, including USB, audio, Ethernet, and display outputs (HDMI, DisplayPort). Verify that the motherboard offers the ports you need for your peripherals and displays.
Additional Features
Some motherboards offer extra features like built-in Wi-Fi, Bluetooth, RGB lighting, and overclocking capabilities. Consider these features based on your preferences and requirements.
Price
Motherboard prices vary widely depending on the features and chipset. Set a budget and look for a motherboard that offers the best value for your needs and price range.
Brand Reputation
Research the reputation of different motherboard brands. Read reviews and compare their offerings before making your final decision.
Trends and Future of Server Motherboards
Support for more CPUs
Server motherboards are expected to continue to support more CPUs, with some models already supporting up to 4 or 8 CPUs. This trend will provide even more processing power for high-performance server applications.
Increased Memory Capacity
As server applications continue to become more data-intensive, server motherboards will continue to support more memory capacity, with some models supporting up to 8TB or more.
High-Speed Interconnects
Server motherboards will continue to support high-speed interconnects such as PCI Express (PCIe) 5.0 and 6.0 to allow for faster data transfer rates between components.
Integrated AI and Machine Learning Support
Server motherboards are expected to incorporate dedicated AI and machine learning processors to accelerate AI and machine learning workloads.
Increased Support for NVMe
Server motherboards are expected to provide increased support for NVMe, a high-speed storage interface that can significantly increase server storage performance.
Advanced Management Features
Server motherboards will continue to incorporate advanced management features to enable remote management and monitoring of server systems.
Support for Advanced Security Features
With the increasing threat of cyber attacks, server motherboards are expected to incorporate advanced security features, such as hardware-based encryption and secure boot.
Sustainability and Energy Efficiency
As energy consumption becomes a critical concern for data centers, server motherboards will be designed to optimize energy efficiency, reduce waste, and promote sustainability.
Server Motherboard Maintenance
Proper maintenance of server motherboards is essential for maintaining the performance, reliability, and longevity of server systems. Here are some tips for maintaining server motherboards:
Keep the Server Clean
Dust and other debris can accumulate on server motherboards and components, causing overheating and potentially damaging components. Regularly cleaning the server system, including the motherboard, with compressed air or a soft-bristled brush can help prevent this.
Monitor System Temperatures
Overheating can cause damage to server components, including the motherboard. Monitoring system temperatures and ensuring proper airflow and cooling can prevent overheating and extend the life of the motherboard.
Keep Firmware Up to Date
Updating the firmware on the server motherboard and other components can fix bugs and security vulnerabilities and improve system performance.
Check for Physical Damage
Inspect the server motherboard and other components regularly for signs of physical damage, such as cracked or damaged circuit boards or broken connectors.
Keep the Server Room Environment Controlled
Server rooms should be maintained at a controlled temperature and humidity level to prevent damage to server components, including the motherboard. Regularly checking the server room environment and making necessary adjustments can prevent damage to the motherboard and other components.
Check for Loose or Damaged Connectors
Loose or damaged connectors on the motherboard can cause intermittent or complete failure of the server system. Inspect the connectors regularly and reseat or replace any that are loose or damaged.
Use High-Quality Components
Using high-quality components, including the motherboard, can improve the reliability and longevity of server systems. Choosing components from reputable brands with good warranties and support can also help prevent issues and ensure quick resolution if problems arise.
Because every customer will have a different set of requirements, whether personal or dictated to them by a superior, this is a tricky question.while the following answer is somewhat of an obvious one, it encompasses the thousands of different possibilities for server motherboard configuration: The best server motherboard is one that meets your needs or fulfills any requirements and specifications that have been given to you, the buyer.
There are numerous components that make up a server motherboard, and many of these can be changed to add and subtract functionality to and from your server.
One powerful Intel Core or Xeon processor may be enough for a workstation application, but heavy-duty servers usually require the power of dual CPUs, since they’re providing high-speed computation and storing critical resources for other computers in a network. Some customers will not need a bunch of RDIMM slots, but others will. Why Because more RAM would equal smoother performance for their application, or they may just want to have the capability to install more RAM down the line.
PCIe slots are another consideration, especially when you’re talking about high-end servers and workstations. If you have a slew of option cards that you plan to use to connect additional high-speed GPUs, hard drives, USB ports or Ethernet ports, or you would at least like to have the option to extend the functionality of your server down the road, then a server motherboard with a bunch of PCIe Gen 3 or Gen 4 slots is your bread and butter.
Always remember that what constitutes the best server motherboard is highly relative to the customer and dependent on numerous variables dictated by personal or enterprise-related requirements.
Server motherboards are available in a variety of form factors, which are just specifications dictating a motherboard’s size, shape, mounting holes, power supply and other features. These include eATX, ATX, microATX, SSI CEB, SSI EEB, SSI MEB, COM Express or even a manufacturer’s custom form factor.
ATX is the most common server motherboard form factor, at 12 inches in width and 9.6 inches in depth, but you’ll often see eATX server motherboards as well (12 inches by 13 inches), as eATX is designed specifically for rackmount servers that contain more components and circuitry than the smaller ATX form factor can house.server motherboards (9.6 inches by 9.6 inches) are also available on the market for smaller server systems. Like ATX and eATX, SSI form factors can support dual or multi-processor motherboards, but they’re slightly larger in width or depth and have differing mounting holes and I/O options.
What is the difference between a server motherboard and a desktop motherboard
Purpose
A server motherboard is designed for use in servers, which are computers that provide network services to other devices. Desktop motherboards are designed for use in personal computers.
Size
Server motherboards are typically larger than desktop motherboards to accommodate more components, such as multiple processors and memory modules.
Processing Power
Server motherboards often support multiple processors, which allows for greater processing power and better performance when handling large amounts of data. Desktop motherboards typically support a single processor.
Memory Capacity
Server motherboards often support more memory than desktop motherboards. This is because servers need to be able to handle large amounts of data at once.
Connectivity
Server motherboards often come with multiple Ethernet ports and support for more advanced networking features like teaming and VLANs. Desktop motherboards usually only come with one Ethernet port.
Management Features
Server motherboards often come with built-in management features like remote management interfaces, which allow system administrators to manage the server remotely. Desktop motherboards usually do not include these features.
Types of Server Motherboards
AT Motherboard
The AT motherboards have bigger physical dimensions; Thus, they are not fit for the mini desktop category. Their bigger size also inhibits installing of new drivers. These motherboards use sockets and six-pin plugs as power connectors. These power connectors are not easily identifiable, so users face difficulty in connecting.
ATX Motherboard
ATX stands for Advanced Technology Extended. It was created by Intel during the 1990s and was an upgraded version of the old AT motherboard. It is smaller in size in comparison to its ancestors and provides interchangeability of the connected components. You can see an improvement in the connector aspects as well.
EATX Motherboard
The extended ATX is the largest of all the ATX variants. This motherboard is designed for a powerful PC system. The configuration of the motherboard allows it to work alongside full tower cases and provides ample features and space. The big size of this motherboard not only allows expansion but also offers some breathing room for all the essential components. This has an impact on the overclocking of the system thus improving its performance. This version of the ATX boards is best for gamers and professional production workers.
Micro ATX Motherboard
This motherboard is built on the ATX design but in a smaller version. The Micro ATX measures 9.6 by 9.6 inches, which is slightly smaller than the standard ATX. The board comes in fewer SATA ports and M.2 slots in comparison to the ATX variant. Thus, making it a bad choice for individuals who need a lot of storage. Moreover, the Micro ATX can only have as many as 4 PCI-e slots due to its smaller size. However, to compensate for these downgrades these motherboards come at a lower price than the other ATX versions.
SSI CEB Motherboard
The SSI CEB is the form factor of the ATX motherboards. These are 12 inches in length and wary between 9.6 to 10.5 inches in width. The SSI CEB boards are slightly wider than the standard ATX. The maximum number of expansion slots in them is 7. And you will have up to 8 mounting holes. This form factor of the ATX motherboard is common to lower end dual CPU motherboards.
SSI EEB Motherboard
The standard SSI EEB has a length of 12 inches and its width varies from 10.5 to 13 inches. Thus, making it significantly wider than the standard ATX. You will find a maximum of 7 expansions slots along with 111 mounting holes in this motherboard. This form factor of ATX is common to high end dual CPU motherboards.
SSI MEB Motherboard
The standard SSI MEB motherboard is 16 inches long and 13 inches wide. This motherboard is longer from the top to accommodate two additional CPU sockets. The maximum number of expansion slots available in this motherboard is 7 and up to 14 mounting holes are available. This is common for quad CPU motherboards.
Mini and Micro ITX Motherboards
Mini ITX is a miniature version of its ancestors. This server motherboard is 17 x 17 cm in dimension. These are in small form factor computers, due to their low power consumption and the ability to cool faster. It also comes with a lower level of fan noise giving a unique experience. Micro ITX on the other hand, are both bigger in height and width, in comparison. These motherboards are generally the least expensive and ideal for single GPU PCs. They can fit pretty much into any case and have a higher RAM capacity than the Mini ITX.
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,
Certifications
FAQ
We're well-known as one of the leading server box manufacturers in China. If you're going to wholesale bulk cheap server box made in China, welcome to get quotation from our factory. Quality products and low price are available.
intelligent pc for industrial iot, connected pc for iot cloud integration, intelligent pc for iot data analysis