YX-E550A series
Powered by Intel 11th Gen Core Processor, Equipped with 6x GbE LAN, HDMI DP & Industrial I/O, Supports 24V DC, 0°C to 50°C Wide Operation
Model: YX-E550A
System Core Specifications
- CPU: Intel® 10th~11th generation Core i3/i5/i7 series processors
- Memory: 2x DDR4 SO-DIMM ，Max.64GB
- Networking: 6 LAN (5 x Intel i210, 1 x Intel i219)
- Display: DP, VGA, HDMI (independent three displays)
- Power: 24V DC; 9–36V DC optional
- Operating System: Win 10/11 and Linux multi-version systems
- Operating Temp: 0–50°C with airflow 0.7 m/s
Product overview
Processor and memory
Intel Core i3/i5/i7 generation variants; processor TDP up to 65W depending on configuration. Dual-channel DDR4, up to 64GB. Processor TDP is different from total system power consumption.
   System Features
Technical specifications
| Hardware & Core System | |
|---|---|
| Processor / CPU | Intel® 10th~11th generation Core i3/i5/i7 series processors |
| System Memory | 2x DDR4 SO-DIMM ，Max.64GB |
| Network / LAN | 6 LAN (5 x Intel i210, 1 x Intel i219) |
| Display Output | DP, VGA, HDMI (independent three displays) |
| I/O & Physical Construction | |
| Power Requirement | 24V DC; 9–36V DC optional |
| Operating System | Win 10/11 and Linux multi-version systems |
| Operating Temperature | 0–50°C with airflow 0.7 m/s |
Downloads
No download files are attached to this product. You can request documents from our engineers.
Frequently Asked Questions
Technical specifications, OS compatibility, and deployment details for this platform
What processor and memory are listed for YX-E550A?
Processor: Intel® 10th~11th generation Core i3/i5/i7 series processors; Memory: 2x DDR4 SO-DIMM ，Max.64GB
What interfaces are listed for YX-E550A?
Network: 6 LAN (5 x Intel i210, 1 x Intel i219); Display: DP, VGA, HDMI (independent three displays)
What operating conditions and software are listed for YX-E550A?
Power input: 24V DC; 9–36V DC optional; Operating temperature: 0–50°C with airflow 0.7 m/s; Operating system: Win 10/11 and Linux multi-version systems
Technical Selection Guides
Engineering references and whitepapers relevant to this hardware platform
How to Choose a Fanless Industrial PC
Learn when a fanless industrial PC is the right choice, what tradeoffs to expect, and how to evaluate thermal design, enclosure protection, I/O, and lifecycle fit before buying.
How Fanless PCs Manage Heat: The Engineering of Passive Cooling
Thermal management is the defining challenge of industrial computing. Learn how to calculate thermal headroom and why component-level conduction is the key to 24/7 reliability.
