| Model | NANO-DIN | ||||||||
| Primary Components | Processor Family | Intel Celeron Processor | |||||||
| Processor Model | N2840, J1900 | ||||||||
| Memory Type | DDR3 | ||||||||
| Memory Support | 4GB, 8GB | ||||||||
| Storage Type | 1x MSATA | ||||||||
| Storage Support | MS:128GB~512GB | ||||||||
| Operating Systems | Windows | Windows | |||||||
| Linux | Linux | ||||||||
| Peripherals & Wireless Connectivity | WiFi | Optional 802.11 a/b/g/n/ac/ax Wi-Fi 6 | |||||||
| Bluetooth | Optional Bluetooth 5.3 | ||||||||
| External I/O Ports | USB | 6x USB | |||||||
| Serial/COM | 2x RS232, option RS485 | ||||||||
| Ethernet / LAN | 2x RJ45 2.5 GbE LAN | ||||||||
| Video Outputs | 1x HDMI, 1x VGA | ||||||||
| Other Ports | 1x 4IN&xOUT GPIO option | ||||||||
| Power Input Port | DC-in Jack (Phoenix Type) | ||||||||
| Expansion Slots | Others | 1x MINI-PCIe (support WiFi/4G LTE), 4G module | |||||||
| Power | Standard Power Adapter | 12V DC Adapter and power cable, 5A, 60W | |||||||
| Input Voltage Range | / | ||||||||
| Weight / Dimensions | Weight | 0.52 kg | |||||||
| Dimensions | 136 x 127 x 40 mm | ||||||||
| Thermal & Environmental | Operating Temperature | -30°C ~ 70°C | |||||||
| Storage Temperature | -40°C ~ 80°C | ||||||||
| Cooling Solution | Passive – Fanless | ||||||||
| Humidity Range | 10% – 95% Non-condensing | ||||||||
| Enclosure | Material | Aluminum | |||||||
| Color | Black | ||||||||
| Led Indicator Light | HDD Access, Power | ||||||||
| Mounting Options | DIN Rail Mount, Desktop, Wall Mount | ||||||||
| Benefit | Why It Matters | Use Case Fit |
|---|---|---|
| Ultra-compact DIN-rail mount | Saves cabinet space; neat alignment with PLCs, drives, switches | Control cabinets, edge nodes, small automation cells |
| Fanless passive cooling | No moving parts → lower MTBF, less dust ingress, silent | High-dust, vibration-prone, or noise-sensitive sites |
| Industrial-grade durability | Wide temp range, shock/vibration resistance, rugged alloy chassis | Factory floors, outdoor cabinets, transportation |
| Flexible I/O & expansion | GigE LAN, USB 3.x, COM (RS232/485), M.2/mini-PCIe for WiFi/4G/5G/SATA | IoT gateways, edge analytics, machine vision |
| ⚙️ Scalable compute | Options: Intel Celeron (J1900/N2840/J6412), Core i3/i5/i7; DDR3/DDR4; SSD storage | Light edge processing to mid-range AI inference |
| Global compliance | Multi-region plugs, CE/FCC/RoHS; Windows/Linux/Android support | International deployments, regulated industries |
| ️ Customizable & serviceable | Private mold, BOM tuning, 1-year warranty, tech support | OEM/ODM projects, mission-critical deployments |
Space & Installation Efficiency: DIN-rail mounting eliminates shelf space and simplifies cable routing, ideal for dense cabinets or retrofits. Compact form factor (typical ~80×127×47 mm class) fits tight spots where traditional desktops/servers can’t.
Reliability & Low Maintenance: Fanless design reduces failure points (no fan bearings to wear out) and prevents dust accumulation, cutting downtime and service costs. Passive heatsinks efficiently dissipate heat in industrial temp ranges (-20°C to +60°C typical).
Performance & Versatility: Scalable CPU options let you match compute to workload—from basic data logging to edge AI/vision. Rich I/O enables direct connection to sensors, cameras, and cloud backends.
Deployment Agility: Supports wired (GigE) and wireless (WiFi/4G/5G via expansion) connectivity for remote sites. Multi-OS compatibility (Windows 10 IoT, Linux, Android) adapts to legacy and modern software stacks.
Cost-Effective Total Ownership: Lower upfront footprint, reduced maintenance, and longer lifespan offset initial investment—critical for large-scale edge fleets.
CPU: Intel Celeron J1900/N2840/J6412 or Core i3/i5/i7 (select models)
Memory: Up to 16GB DDR3/DDR4 SODIMM
Storage: M.2 NVMe/SATA SSD, 2.5" SATA (if applicable)
I/O: 2–4×GigE LAN, 4×USB 3.x, 2–4×COM (RS232/485), HDMI/VGA (dual display)
Power: 12–24V DC wide input (industrial standard), optional redundant PSU
OS: Windows 10 IoT Enterprise, Linux (Ubuntu/Debian), Android (RK3566-based models)
Industrial Automation: PLC/HMI co-processing, motion control, recipe management.
IoT Gateway: Collect sensor data, protocol conversion (Modbus/MQTT/OPC UA), edge filtering/upload to cloud.
Edge Computing: Real-time analytics, predictive maintenance, AI inference (e.g., defect detection, quality control).
Network Security: Compact firewall, VPN concentrator, or traffic inspection in distributed sites.
Right-size the CPU: Use Celeron for data logging/gateways; Core i3/i5 for vision/AI inference.
Secure storage: Use TPM 2.0 (if available) and encrypted SSDs for sensitive data.
Thermal management: Ensure adequate airflow in the cabinet; use DIN-rail heatsink extensions for high-TDP CPUs.
Remote management: Enable WOL, PXE, or iAMT (if supported) for remote deployment/updates.
| Model | NANO-DIN | ||||||||
| Primary Components | Processor Family | Intel Celeron Processor | |||||||
| Processor Model | N2840, J1900 | ||||||||
| Memory Type | DDR3 | ||||||||
| Memory Support | 4GB, 8GB | ||||||||
| Storage Type | 1x MSATA | ||||||||
| Storage Support | MS:128GB~512GB | ||||||||
| Operating Systems | Windows | Windows | |||||||
| Linux | Linux | ||||||||
| Peripherals & Wireless Connectivity | WiFi | Optional 802.11 a/b/g/n/ac/ax Wi-Fi 6 | |||||||
| Bluetooth | Optional Bluetooth 5.3 | ||||||||
| External I/O Ports | USB | 6x USB | |||||||
| Serial/COM | 2x RS232, option RS485 | ||||||||
| Ethernet / LAN | 2x RJ45 2.5 GbE LAN | ||||||||
| Video Outputs | 1x HDMI, 1x VGA | ||||||||
| Other Ports | 1x 4IN&xOUT GPIO option | ||||||||
| Power Input Port | DC-in Jack (Phoenix Type) | ||||||||
| Expansion Slots | Others | 1x MINI-PCIe (support WiFi/4G LTE), 4G module | |||||||
| Power | Standard Power Adapter | 12V DC Adapter and power cable, 5A, 60W | |||||||
| Input Voltage Range | / | ||||||||
| Weight / Dimensions | Weight | 0.52 kg | |||||||
| Dimensions | 136 x 127 x 40 mm | ||||||||
| Thermal & Environmental | Operating Temperature | -30°C ~ 70°C | |||||||
| Storage Temperature | -40°C ~ 80°C | ||||||||
| Cooling Solution | Passive – Fanless | ||||||||
| Humidity Range | 10% – 95% Non-condensing | ||||||||
| Enclosure | Material | Aluminum | |||||||
| Color | Black | ||||||||
| Led Indicator Light | HDD Access, Power | ||||||||
| Mounting Options | DIN Rail Mount, Desktop, Wall Mount | ||||||||
| Benefit | Why It Matters | Use Case Fit |
|---|---|---|
| Ultra-compact DIN-rail mount | Saves cabinet space; neat alignment with PLCs, drives, switches | Control cabinets, edge nodes, small automation cells |
| Fanless passive cooling | No moving parts → lower MTBF, less dust ingress, silent | High-dust, vibration-prone, or noise-sensitive sites |
| Industrial-grade durability | Wide temp range, shock/vibration resistance, rugged alloy chassis | Factory floors, outdoor cabinets, transportation |
| Flexible I/O & expansion | GigE LAN, USB 3.x, COM (RS232/485), M.2/mini-PCIe for WiFi/4G/5G/SATA | IoT gateways, edge analytics, machine vision |
| ⚙️ Scalable compute | Options: Intel Celeron (J1900/N2840/J6412), Core i3/i5/i7; DDR3/DDR4; SSD storage | Light edge processing to mid-range AI inference |
| Global compliance | Multi-region plugs, CE/FCC/RoHS; Windows/Linux/Android support | International deployments, regulated industries |
| ️ Customizable & serviceable | Private mold, BOM tuning, 1-year warranty, tech support | OEM/ODM projects, mission-critical deployments |
Space & Installation Efficiency: DIN-rail mounting eliminates shelf space and simplifies cable routing, ideal for dense cabinets or retrofits. Compact form factor (typical ~80×127×47 mm class) fits tight spots where traditional desktops/servers can’t.
Reliability & Low Maintenance: Fanless design reduces failure points (no fan bearings to wear out) and prevents dust accumulation, cutting downtime and service costs. Passive heatsinks efficiently dissipate heat in industrial temp ranges (-20°C to +60°C typical).
Performance & Versatility: Scalable CPU options let you match compute to workload—from basic data logging to edge AI/vision. Rich I/O enables direct connection to sensors, cameras, and cloud backends.
Deployment Agility: Supports wired (GigE) and wireless (WiFi/4G/5G via expansion) connectivity for remote sites. Multi-OS compatibility (Windows 10 IoT, Linux, Android) adapts to legacy and modern software stacks.
Cost-Effective Total Ownership: Lower upfront footprint, reduced maintenance, and longer lifespan offset initial investment—critical for large-scale edge fleets.
CPU: Intel Celeron J1900/N2840/J6412 or Core i3/i5/i7 (select models)
Memory: Up to 16GB DDR3/DDR4 SODIMM
Storage: M.2 NVMe/SATA SSD, 2.5" SATA (if applicable)
I/O: 2–4×GigE LAN, 4×USB 3.x, 2–4×COM (RS232/485), HDMI/VGA (dual display)
Power: 12–24V DC wide input (industrial standard), optional redundant PSU
OS: Windows 10 IoT Enterprise, Linux (Ubuntu/Debian), Android (RK3566-based models)
Industrial Automation: PLC/HMI co-processing, motion control, recipe management.
IoT Gateway: Collect sensor data, protocol conversion (Modbus/MQTT/OPC UA), edge filtering/upload to cloud.
Edge Computing: Real-time analytics, predictive maintenance, AI inference (e.g., defect detection, quality control).
Network Security: Compact firewall, VPN concentrator, or traffic inspection in distributed sites.
Right-size the CPU: Use Celeron for data logging/gateways; Core i3/i5 for vision/AI inference.
Secure storage: Use TPM 2.0 (if available) and encrypted SSDs for sensitive data.
Thermal management: Ensure adequate airflow in the cabinet; use DIN-rail heatsink extensions for high-TDP CPUs.
Remote management: Enable WOL, PXE, or iAMT (if supported) for remote deployment/updates.
