The NANO-100 is a compact, industrial-grade fanless embedded computer launched by Vincanwo Group, specifically engineered for IoT edge acquisition, automatic signal control and lightweight industrial computing scenarios. Powered by the energy-efficient Intel N100 X86 processor and equipped with dedicated GPIO control interfaces, it integrates stable computing performance, rich industrial I/O expansion and rugged fanless reliability. With ultra-low power consumption and flexible deployment capabilities, it serves as a cost-effective core hardware solution for industrial IoT gateway, on-site automation and intelligent monitoring systems.
Adopts Intel Celeron N100 quad-core quad-thread processor with a maximum turbo frequency of 3.4GHz and ultra-low 6W TDP power consumption. It delivers stable and efficient computing power for on-site data collection, edge analysis, multi-task program operation and lightweight data processing. Fully compatible with mainstream Windows and Linux operating systems, it supports diversified software deployment, secondary development and long-term stable industrial operation, perfectly meeting low-energy and high-stability industrial scenario demands.
Built-in exclusive GPIO input and output terminals, supporting direct docking with industrial sensors, relays, switching actuators and low-voltage control equipment. It realizes on-site real-time signal acquisition, automatic switch control and equipment linkage without additional external expansion modules. Effectively simplifies the overall system architecture, reduces project construction costs and improves the response efficiency and stability of automated control systems.
Features an integrated all-aluminum alloy heat dissipation shell and full passive fanless design, completely eliminating mechanical failure, noise interference and dust accumulation risks caused by cooling fans. Adapts to wide-temperature working environments and supports 24/7 uninterrupted unattended operation. It can stably operate in harsh industrial scenes with heavy dust, vibration and temperature fluctuation, greatly reducing equipment failure rate and later maintenance costs.
Equipped with two independent Gigabit Ethernet ports, supporting high-speed data transmission, network isolation, data forwarding and multi-device concurrent access. It perfectly adapts to IoT gateway working modes that require simultaneous connection to local industrial equipment and remote cloud platforms. It also supports Wake-on-LAN and PXE boot functions, facilitating remote device wake-up, batch deployment and centralized network management.
Comes with complete peripheral interfaces including HDMI/VGA dual-display output, multiple USB ports and RS232/RS485 serial ports, enabling convenient connection with cameras, scanners, sensors and various industrial control terminals. Reserved Mini PCIe expansion slot supports optional Wi-Fi, Bluetooth and 4G LTE module expansion, realizing flexible wired and wireless dual-network switching to adapt to diverse on-site network deployment conditions.
Adopts ultra-small mini chassis design with highly integrated structure, occupying minimal installation space. It supports wall-mounted, desktop and DIN rail mounting methods, enabling flexible embedding in automation equipment, industrial cabinets, intelligent kiosks and compact IoT devices, meeting the installation requirements of various space-limited industrial scenarios.
Supports multiple storage solutions including high-speed M.2 NVMe/SATA solid-state storage and extended SATA 3.0 interface, realizing large-capacity and high-speed local data storage. It effectively stores on-site collected data, operation logs and monitoring videos, avoiding data loss caused by network exceptions, and ensuring the integrity and traceability of industrial data.
Supports remote device monitoring, program batch upgrading, status diagnosis and remote troubleshooting, realizing centralized management of multiple terminal devices and greatly reducing on-site maintenance workload. As the original manufacturer, Vincanwo Group provides long-term supply guarantee, personalized scheme customization, complete technical documents and one-on-one professional after-sales technical support for industrial project deployment.
The NANO-100 is an N100-powered fanless embedded industrial computer featuring dedicated GPIO control ports, dual Gigabit Ethernet, rich industrial interfaces and ultra-low power consumption. Built for long-term stable operation in harsh environments, it excels at on-site signal acquisition, edge computing, equipment linkage and data transmission. With flexible installation and strong expandability, it is widely deployed in industrial automation, IoT gateway monitoring, intelligent equipment control and various edge intelligent scenarios.
Equipped with native GPIO input and output interfaces, the NANO-100 can directly connect with industrial sensors, relays and switching actuators to realize real-time signal collection and automatic equipment control. It serves as a core control host for production line auxiliary equipment, mechanical automation modules and workshop distributed control systems. The fanless rugged design ensures 24/7 stable operation in dusty and vibration-intensive factory environments, effectively simplifying automation system architecture and reducing overall project costs.
Featuring dual independent Gigabit Ethernet ports, the device supports network isolation, local device access and cloud data uploading simultaneously. It stably collects operational data from on-site instruments, sensors and industrial terminals, performs local edge analysis and filtering, and transmits valid data to cloud management platforms. It effectively reduces cloud bandwidth pressure, improves data real-time performance, and adapts to large-scale industrial IoT networking and data monitoring projects.
Powered by the high-efficiency Intel N100 quad-core processor, the NANO-100 supports multi-channel video decoding, real-time image analysis and local video storage. It is applicable to factory safety monitoring, park security management, environmental video inspection and unattended monitoring stations. With optional 4G/Wi-Fi wireless expansion, it realizes flexible network transmission for monitoring data, solving network deployment difficulties in outdoor and scattered monitoring scenarios.
Thanks to its ultra-compact chassis and diverse installation methods including DIN rail, wall-mounted and desktop mounting, the NANO-100 can be flexibly embedded into various intelligent devices and electrical control cabinets. It is widely used in intelligent kiosks, automatic detection equipment, commercial intelligent machines and customized industrial control devices, providing stable computing and signal control support for equipment intelligent upgrading.
With wide-temperature adaptability, fanless dustproof and vibration-resistant performance, the device suits outdoor unattended working conditions. It is commonly deployed in water quality monitoring stations, atmospheric environment detection points, road intelligent terminals and field IoT collection stations. It achieves long-term stable data collection, status analysis and remote data transmission with low power consumption and high reliability.
The NANO-100 undertakes edge data processing, equipment signal linkage and on-site network management in smart warehouses and logistics parks. It connects sorting equipment, scanning terminals and sensing devices to realize real-time logistics data statistics, equipment status monitoring and automated scheduling assistance. Its stable continuous operation perfectly matches high-frequency and long-hour working requirements of logistics scenarios.
Compatible with Windows and Linux systems, the NANO-100 supports flexible deployment of various commercial software and customized programs. It can be used for intelligent building control, community property management terminals, office equipment centralized control and retail intelligent equipment hosting, delivering stable and low-cost edge computing and system control capabilities for commercial intelligent scenarios.
