Fanless embedded industrial computer SIN-3065-H110: All-round player in smart engineering scenarios

In today's booming smart engineering industry, efficient, stable and flexible industrial control equipment has become the key to building smart buildings and urban infrastructure management systems. SINSMART TECH fanless embedded industrial computer SIN-3065-H110 provides strong technical support for the field of smart engineering with its excellent performance and rich functions.

2.Core advantages of SIN-3065-H110

The fan-less embedded industrial computer SIN-3065-H110 is designed for smart engineering scenarios. Its technical highlights can be summarized as follows:

(1). High-performance hardware configuration to support complex calculations

Processor and memory: Support Intel 8/9th generation Core processors (up to 35W TDP) and support 32GB DDR4 memory, easily cope with multi-tasking and computing needs.

Dual display interface: VGA+HDMI dual output to meet the parallel needs of monitoring large screen and local debugging.

(2). Industrial-grade network and expansion capabilities

5 Gigabit network port design: This fanless embedded industrial computer can choose 4 POE network ports, which can simultaneously power and transmit data for cameras, sensors and other devices, simplifying the complexity of wiring.

Rich interfaces: 4 COM ports (compatible with RS232/422/485 protocols), 6 USBs (including 4 USB3.0), PCIe×16 and mini PCIe slots, support 4G modules, WiFi expansion and other access.

(3). Fanless cooling and compact design

Aluminum alloy passive cooling: Efficient heat dissipation is achieved through precision heat sinks and heat conduction blocks, avoiding the risk of downtime caused by fan failure.

Compact body: The size is only 290×216.2×81mm, supports wall mounting, and is suitable for deployment in small spaces.

3.Typical application scenarios

Scenario 1: Smart building energy management

In smart buildings, SIN-3065-H110 can be used as a central control unit to achieve the following functions:

Multi-device collaboration: connect security cameras and other devices through the POE network port to collect data in real time and control them in linkage;

Computing power: local processing of energy consumption data, optimization of air conditioning and lighting system operation strategies, and reduction of building energy consumption;

Scenario 2: Industrial automation production line monitoring

In the manufacturing industry, the industrial computer can be deployed at the edge of the production line and play a key role:

Device interconnection: use the COM port to connect to PLC and robotic arm controller to achieve protocol communication;

Real-time quality inspection: connect to industrial cameras through USB3.0 and cooperate with algorithms for defect detection;

4.Conclusion

In the field of smart engineering, the reliability of hardware equipment directly determines the success or failure of the system. The fanless embedded industrial computer SIN-3065-H110 efficiently coordinates various devices and systems, pushing smart engineering to a higher level.