Our goal is to become your true partner in the field of embedded motherboard in China. Shenzhen Aiostar Electronics Co.Ltd is a high technology enterprise with R&D, production and marketing in a body. We are highly valued product quality and customer service. The factory has accumulated rich manufacturing experience. Our company is committed to applying advanced manufacturing technology and strict quality control standards to every product. The price is competitive and the product is quality-assured, which is a good choice for your long-term cooperation.
Why Choose Us
Product Application
Our products mainly include OPS computers, mini PCs, Android OPS computer motherboards, industrial motherboards, OPS to small boards, etc. Our products are used in DS, MIDS, IWB, retail, automation, telecommunications, smart security, cloud computing, medical, defense and other industries.
OEM Service
Aiostar provides the best product solutions with rich experience in different industries, responds quickly to customer needs, and we also provide engineering services and OEM or ODM.
Quality Control
We have professional production workshops and quality inspection equipment (such as constant temperature aging room, constant temperature and humidity test chamber, high and low temperature test machine, rainfall test chamber, vibration table, salt spray test machine, drop test machine, etc).
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![Mini Embedded Motherboard]()
Mini Embedded MotherboardThis mini embedded motherboard is based on the Intel Alder Lake-N and Twin Lake platform, supporting N95, N97, N100, N150, N250, and i3-N305 processors.. It delivers low power consumption with -
![Industrial Control Motherboard]()
Industrial Control MotherboardThis industrial control motherboard is based on the MINI-ITX form factor and supports Intel 12th/13th generation Alder Lake and Raptor Lake processors. . It delivers powerful computing performance -
![Industrial 4-inch Motherboard]()
Industrial 4-inch MotherboardThis industrial 4-inch motherboard is built on the Intel Alder Lake-N / Twin Lake platform, supporting N95/N97/N100/N150/N305 processors.. It features up to 5 Gigabit Ethernet ports, rich I/O -
![Industrial Mini Motherboard]()
Industrial Mini MotherboardHigh-performance Industrial Mini Motherboard powered by domestically produced Feiteng D3000M platform, featuring LPDDR5 memory, 14× RS232 serial ports, dual LAN, rich USB interfaces, GPIO expansion, -
![Industrial Motherboard D3000M]()
Industrial Motherboard D3000MHigh-performance NUC Mini PC powered by Intel Alder Lake / Raptor Lake U/P/H processors.. Supports 4K quad-display output, DDR4 memory up to 64GB, dual LAN option, Thunderbolt, NVMe SSD expansion, -
![3.5-inch Industrial Motherboard]()
3.5-inch Industrial MotherboardThis 3.5-inch industrial motherboard uses the domestic Feiteng D3000M processor and onboard LPDDR5/LPDDR5X memory.. It features dual LAN, multiple COM ports, rich USB connectivity, and VGA/HDMI/LVDS -
![Intel Motherboard]()
Intel MotherboardIntel 12th/13th Gen industrial motherboard with DDR5 memory, quad LAN, multi-display outputs, and rich expansion for embedded and industrial systems. -
![Mini Itx Mainboard]()
Mini Itx MainboardMini ITX mainboard with Zhaoxin KX6000 CPU, DDR4 memory, dual LAN, and multi-display outputs for industrial and embedded solutions. -
![N100 Motherboard]()
N100 MotherboardIntel N100 industrial motherboard with 5 Gigabit LAN ports, DDR5 memory support, and flexible display outputs.. Ideal for router, firewall, and industrial systems. -
![AMD Ryzen Industrial Motherboard]()
AMD Ryzen Industrial MotherboardIndustrial motherboard with AMD Ryzen AI 9 HX/8845HS/7840H/5800H CPUs.. Dual DDR5 SO-DIMM up to 64GB, dual LAN, and multiple display outputs (HDMI+DP+Type-C).. Supports COM, USB, DC power, -
![Ryzen 7000/8000/9000 Mini ITX Industrial Motherboard]()
Ryzen 7000/8000/9000 Mini ITX Industrial MotherboardThis compact industrial motherboard supports AMD AM5 platform with B650/B850 chipsets, providing strong processing capability for industrial computing. . It features dual-channel DDR5 memory, dual -
![HaiGuang 4th Generation Desktop Motherboard]()
HaiGuang 4th Generation Desktop MotherboardThis industrial motherboard is based on the HaiGuang 4th generation platform, delivering stable and efficient performance for industrial computing.. It supports high-speed DDR5 memory up to 128GB
Advantages of Embedded Motherboard
Durability and Reliability:
Embedded motherboards are available with wide operating temperature thresholds, enhanced fanless heat dissipation through either heat spreader or heatsink technology, protection against shock and vibration, and support for fluctuating power with wide voltage AC or DC inputs. In short, industrial boards are built to last and require little, if any, maintenance during the duration of their implementation.
Embedded Roadmaps and Supply Continuity:
When releasing new chipsets, manufacturers typically provide a life cycle of 10-15 years as part of their embedded roadmap. This guarantees the availability of that particular chipset or component and allows embedded and industrial manufacturers of embedded and industrial PC platforms to guarantee availability for the same period of time. Having this longevity in availability allows for simple field replacements or continued rollout over extended periods of time without worrying about next generation hardware replacing legacy systems and having compatibility issues arise with either hardware or software.
Cost Effective Solutions:
Another commercial imperative when releasing a new product into the market or integrating a solution to carry out a specific task in the field would be cost. When deploying a new board level computing solution there are two costs associated: upfront cost for purchasing the hardware, and ongoing running costs. embedded motherboard use are designed to be cost-effective from both standpoints.
Application of Embedded Motherboard
Embedded Motherboards in Retail: Some retail applications require only limited functionality, making Pico ITX motherboards ideal. These components are capable of operating within narrow functionality parameters while remaining sustainable, thanks to low power usage. Micro-ATX motherboards are also frequently used when a bit more versatility is required.
Point of Sale Devices: Point of sale, or POS, devices, represent some of the most common applications for embedded computers in retail. Human personnel interact with the unit via a touchscreen or another interface, while input and output sockets support the use of handheld scanners.
Self-Service Units: Self-service checkouts have become almost ubiquitous in retail. While consumers were initially uncertain about these devices, the convenience and speed they provide have won the general public over.
Vending Machines: Embedded motherboards don't necessarily need to be linked to a high performance computing network. Some applications are relatively simple. Vending machines are good examples and are among the oldest applications of an embedded computer in retail.
Inventory Management Devices: Personnel can use handheld devices with embedded motherboard components to monitor these levels. Alternatively, an embedded computer terminal in the warehouse area may also be utilized.
IoT Facility Monitoring: Smart devices gather data from around the facility and interact with a central management system. These devices may be fitted with embedded motherboards to enhance their functionality. As data is collected, a high performance computing network makes sense of this data and derives insight from it.
Embedded Motherboards in Healthcare: Healthcare facilities have some of the most diverse needs of any functional space, requiring high levels of computing power and versatility. This makes the standard ATX motherboard a common component for hospital systems, although other components certainly have their own roles to play.
Specification of Embedded Motherboard
|
Processor |
CPU |
Support Intel®Alder LAKE Core™ i5 1240P 1.7G 12 core 16 threads (28W)(I3 1220P 1.5G 10 core 12 threads /I5 1240P 12 core 16 threads (1235U 1.3G10 core 12 threads /12450H 2.0G8 core 12 threads /13420H Rui 4.6G 8 core 12 threads)/I7 1260P 2.1 12 core 16 threads (1360P Rui frequency 5G 12 core 16 threads /13700H Rui frequency 5G 14 core 20 threads)/I9 13900H Rui Frequency 5.4G 14 core 20 threads) |
|
Chipset |
Intel® SOC |
|
|
BIOS |
The AMI is 32Mbit and supports disk-free startup, wake up on the network, power-on, and watchdog functions |
|
|
Internal Memory |
Capacity |
4GB DDR4 2133/2400 MHz memory , Max.64GB |
|
Store |
SATA interface M.2 Ports |
1*SATA 3.0 1*M.2 Key M NVME/SATA 2280 |
|
Reveal |
Chipset Exportation |
CPU integrated Graphics card HD Graphics 4*HDMI+DP+LVDS/edp Single display, double display, three, four display (same/asynchronous display) 1 ×HDMI (Max support resolution: 3840x2160 60HZ) 1 ×DP (Max support resolution: 7680x4320 60HZ) |
|
Network |
Chip WIFI/3G/4G |
1 × 10/100/1000M(RJ45 LAN)Optional dual network ports 1 x WIFI Module support 802.11b/g/n (M.2 PCIE half card) |
|
I/O |
POWER Rest Audio frequency USB3.0 DP HDMI USB 3.0 GOST RJ45 Type-c LED DC JACK HDMI |
1x switch 1x restart 1 × LINE-OUT & MIC-IN 4x USB3.0 1× DP 4 x HDMI 2.0 4 x USB3.0 1X System restore 1 x RJ45 network port 1 x type-c (USB2.0) 1 × LED 1 x DC JACK interface (Post I/O optional) 1 x HDMI2.0 interface (post-I /O optional) |
|
Onboard Function |
COM口 USB2.0 PCIEX4 MINI PCIE LVDS GPIO LED EDP SPK PANEL SATA
|
6*RS232 (2 groups of RS422/485 optional) Optional (default single COM) 1*USB pin (expandable 2*USB2.0) supports up to 5 groups of USB2.0 1*PCIEX4(High precision connector) 1*MINIPCIE(3G/4G) 1*LVDS 1 x 8 In and 8 out of GPIO 1*SATA LED 1*EDP(optional) 1*SPK (3-5W) 1*Front panel 2*SATA |
|
Power source |
Input Rated power Consumption |
DC JACK 12V-19V 60W |
|
Guard dog |
Exportation Interval |
The system restarts. Procedure 255 level timing interval |
|
Physical Parameter |
Dimension |
172mm (L) x 115mm (W) |
|
Environment |
Temperature humidness |
Operating temperature: 0°C ~50°C Storage temperature: -20 °C ~70°C 5% to 90% no condensation |
|
Operating system |
Edition |
Windows 10/Windows 11/ Linux |
Types of Embedded Motherboards
ATX motherboard:
The ATX motherboard is the most common desktop motherboard, which is designed according to the ATX specification and has the characteristics of high scalability and high performance. However, due to its large size, the ATX motherboard is not suitable for miniaturized embedded devices and is mainly used in embedded systems with high performance requirements, such as industrial automation and robot control.
ITX motherboard:
The ITX motherboard adopts the Mini-ITX specification and is the first choice for users who pursue miniaturized embedded devices. The ITX motherboard has the characteristics of small size and low power consumption, and is suitable for some occasions with restrictions on size and power consumption, such as drones, smart homes and embedded media centers.
COM motherboard:
COM motherboard is an embedded motherboard with modular design, which complies with the standardized COM specification. COM motherboard has the characteristics of modular design, small size, low power consumption and easy integration.
ARM motherboard:
ARM motherboard is based on ARM architecture, with the characteristics of low power consumption and high performance, and is widely used in mobile devices, smart watches, smart wearables and other fields.
PCIEe motherboard:
PCIe motherboard adopts PCIe interface, which has the characteristics of high-speed transmission and high performance. It is suitable for some applications with high requirements for high-speed data transmission, such as high-speed data acquisition and digital signal processing.
Components of an Embedded Motherboard
CPU:
This is the brain of the motherboard, responsible for executing instructions and processing data.
RAM:
This is the memory of the motherboard, storing data temporarily while the CPU processes it.
Storage:
This can take the form of solid-state drives (SSDs) or hard disk drives (HDDs), and is used to store data permanently even when the system is turned off.
Connectors and interfaces:
An embedded motherboard includes various connectors and interfaces for connecting to other components, such as Ethernet ports, USB ports, and display connectors.
Precautions for Use Embedded Motherboard
Do not place the embedded motherboard in a sealed place, or cover the device or block the ventilation holes of the device to prevent damage due to excessive temperature in the chassis when the device is working. Please only use the mounting parts and accessories specified by the manufacturer. Avoid stepping on or pinching the AC power cord, plug, or power adapter.
Be sure to check whether the host, display, and touch screen are connected well before turning on the powe. And then turn on the power after confirming that they are correctly worked. Unplug the machine during thunderstorms or when it is not used for a long time. During transportation and use, try not to touch the LCD screen, please do not squeeze the LCD screen forcefully, and do not allow sharp objects or hard objects to cut or damage the LCD screen to avoid damage to the LCD screen.
Since most of the embedded motherboards are suitable for public places, unstable voltage may cause equipment damage. It is recommended to use stable mains power, and must not use the same power supply with high-power equipment such as elevators.
Other Service of Embedded Motherboard
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Package |
Box |
|
Shipping |
Air/Sea/Express |
|
Payment |
T/T, Western Union, Paypal (For Sample Fee & Courier cost) |
FAQ
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