Specifications
|
CPU |
CPU |
Intel Alder lake-N/Twin Lake Plat Series N95/N97/N100/N150/N250/i3-N305 Series Cpu |
|
Chipset |
Intel® SOC |
|
|
BIOS |
AMI 32Mbit, Diskless boot, WOL, Power-on boot, watchdog, ect |
|
|
Memory |
Capacity |
1× DDR4 SODIMM Memory Slot,max 16GB |
|
Storage |
SATAPort M.SATA |
1×SATA3.0, 1×M.2 Key-M 2280 Seif-adaptive PCIE/SATA SSD Slot |
|
Disply |
Chipset Output |
Intel CPU HD DisplyController 2×HDMI port 4K@ 60Hz(Max：3840x2160p) 1×VGA Port(Max：1920×1080pChoice) Supports HDMI+HDMI+VGA Synchronous/Asynchronous Triple Disply |
|
Internet |
Lan WIFI |
2×RJ45 1000M network RTL8111H 1×WIFI Module support 802.11b/g/n (M.2 half card) |
|
I/O |
USB 3.0 USB 2.0 COM HDM VGA Network LED Light DC JACK Audio |
4×USB3.0 2×USB2.0,(Max Supports 10)Choice 2~6×COM(Choice) 2×HDMI 1×VGA 2×RJ45 1 x power light & 1x HDD light 1× DC JACK Onboard AL897 7.1 High fidelity audio controller,Mic-in/Line-out dual Audio interface |
|
Power |
Input Rated Power |
DC 12~19V 45W |
|
Watchdog |
Input Interval |
Interrupt, system restart 255 time interval |
|
Physical Parameters |
Dimension |
120mm (L) x 120mm (W) |
|
Environment |
Temperature Humidity |
Working Temp.: 0°C ~50°C, Storage Temp.: -20~70°C 5%~90% No Condensation |
|
Operating System |
Version |
Windows 10/Linux |
What is the difference between a nano itx motherboard and a regular motherboard?
Compared to traditional motherboards, the Nano ITX motherboard emphasizes "small size + high expandability." Its 12x12cm design allows it to easily fit into compact devices. Supporting Intel N100, N105, and N300 processors, it ensures excellent computing power while maintaining low power consumption. Notably, it features two HDMI and one DisplayPort video interfaces, enabling multi-screen interactive display. It also has two serial ports for easy integration with various industrial control devices. In fanless embedded industrial computer applications, the Nano ITX motherboard meets the demands of high-definition multi-screen displays while supporting stable data communications, making it ideal for scenarios such as industrial automation, digital signage, and smart retail terminals.
How is the N100 CPU used in industrial automation control?
In traditional industrial automation systems, high-performance CPUs can lead to excessive power consumption and heat dissipation pressures. The N100 CPU strikes a perfect balance between computing power and energy efficiency. It can easily handle tasks such as production line control software, SCADA systems, and multi-serial device management. Furthermore, thanks to its support for multiple display interfaces (such as HDMI and DP), the N100 CPU can be used on large industrial monitoring screens, enabling real-time display on multiple screens from a single device. Combined with its low power consumption, enterprises using N100 CPU-based industrial computers can not only reduce electricity costs but also reduce maintenance frequency, which is of practical value to smart factories, logistics warehousing, and automated inspection equipment.
Ordering Informations
|
Sales Model |
Specification |
|
AOS-N12N952H1VH |
CPU：N95 3.40 GHz |
|
AOS-N12N972H1VH |
CPU：N97 3.60 GHz |
|
AOS-N12N102H1VH |
CPU：N100 3.40 GHz |
|
AOS-N12N1052H1VH |
CPU：N105 3.80 GHz |
|
AOS-N12N1502H1VH |
CPU：N150 3.80 GHz |
|
AOS-N12N2002H1VH |
CPU：N200 3.70 GHz |
|
AOS-N12N3002H1VH |
CPU：N300 3.80 GHz |
|
AOS-N12N3052H1VH |
CPU：N305 3.80 GHz |
Areas of Application
Application to robotice,visual inspection,Industrial automation,industrial manufacturing,intelligent transportion,renewable energy,eletricity,militady Industry,medical care,commercial disply,communication control,medical instruments,Industrial control,financial equipment,cloud terminals.
Which generation of Intel Core CPU does N300 CPU compare to?
If the Core CPU is a "jack of all trades" for general computing, the N300 CPU is more like a "stamina" processor focused on energy efficiency and stability. In terms of performance, the N300 CPU is roughly comparable to an 8th-generation Core i3 low-voltage processor, and even surpasses it in multi-threading and energy efficiency optimization. It can easily handle multi-screen displays, data acquisition, and lightweight AI inference tasks, but it falls short of the Core i5/i7 for complex 3D rendering or large-scale design software. In contrast, the Core is more suitable for desktop office and professional computing, while the N300 CPU is focused on industrial automation, educational terminals, and fanless embedded computers, ensuring long-term low-power operation.
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