Fanless Industrial PC Mini Computer Rugged Edge Computing System For Robotics Automation
Product Details
| Type: | Embedded Computer | Custom Software: | Start Up Logo, Boot Logo |
|---|---|---|---|
| Hard Drive Capacity: | NONE | Products Status: | Stock |
| RAM: | NONE | Memory: | 1 * DDR4 3200MHz SO-DIMM, With A Maximum Capacity Of 32GB |
| Display Interface: | 1*HD2.0 / 1*DP | Working Humidity: | 10% -95% @ 40. C No Condensation |
| Work Environment: | -10. C~60. C (-4. F~149.F) | Storage Environment: | -40. C~80. C (-40. F~176.F) |
| Power Supply: | DC12V Input 25W | Installation Method: | Embedded/Wall Mounted/Desktop Stand |
| Startup Mode: | Switch Start, Supports Automatic Startup Upon Incoming Call | Texture Of Material: | High Quality And Efficient Heat Dissipation Aluminum Alloy |
| Hot Design: | Fanless Passive Heat Dissipation | ||
| Highlight |
Robotics Automation Rugged Fanless PC,Factory Automation Fanless PC,Stable Computing Industry Computer |
||
Product Description
Embedded Computer: Ideal for mission-critical applications with high reliability.
Fanless Passive Heat Dissipation: Quiet operation with no fan noise.
High Quality Aluminum Alloy Texture: Durable and resistant to corrosion.
Compact Design: Efficient use of space in industrial settings.
Embedded/Wall Mounted/Desktop Stand: Flexible installation options.


Shenzhen Lingnuo Intelligent Control Technology Co., Ltd. specializes in industrial computing solutions, offering fanless touchscreens and embedded PCs. With 3000+ square meters of production space, they provide over 100 product varieties, supporting Windows/Linux. Their advanced manufacturing ensures high precision, while certifications and global sales networks enhance market presence.







Product Highlights
Product descriptions from the supplier Embedded Computer: Ideal for mission-critical applications with high reliability. Fanless Passive Heat Dissipation: Quiet operation with no fan noise. High Quality Aluminum Alloy Texture: Durable and resistant to corrosion. Compact Design: Efficient use of ...