Figure 3.1: MIC-3811 and MIC-3812 slot numbering

3.5 Connector and Jumper Locations

The backplane provides connectors and jumpers for users to configure the backplane for specific applications. Table 3-2 gives a brief description of each connector on the backplane. Figures 3-3 to 3-6 illustrate the connec- tor locations on the backplane.

Table 3.2: Backplane connector and jumper description

Function

MIC-3811

MIC-3812

 

 

 

AC/DC power connector

CN3, CN17

CN3, CN17

 

 

 

CPCI power connector

CN1, CN2, CN5

CN1, CN2, CN5

 

 

 

LED board connector

CN14

CN14

 

 

 

Fan module connectors

CN8~CN13

CN8~CN13

 

 

 

Power switch connector

CN15

CN15

 

 

 

V I/O voltage selections

T1~T3

T1~T3

 

 

 

I/O transition

P3, P5

P3, P4, P5

 

 

 

H.110 CT bus (slots 1~4,6)

S1P4~S4P4, S6P4

N/A

 

 

 

Alarm Module Connector

CN16

CN16

 

 

 

M66EN

JP8

JP8

 

 

 

64EN

JP1~JP6

JP1~JP6

 

 

 

Drive bay power

CN18

CN18

 

 

 

Power failure connector

CN4, CN6, CN7

CN4, CN6, CN7

 

 

 

21

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Advantech MIC-3043 user manual Connector and Jumper Locations, Backplane connector and jumper description

MIC-3043 specifications

The Advantech MIC-3043 is a cutting-edge embedded computing platform designed for industrial and IoT applications. Hailing from a renowned manufacturer known for its commitment to quality and innovation, the MIC-3043 offers a robust solution tailored for today's demanding environments.

One of the standout features of the MIC-3043 is its compact form factor, enabling seamless integration into various systems without compromising on performance. Despite its small size, it boasts powerful processing capabilities, housing Intel Celeron or Core processors that ensure efficient execution of complex applications. This feature makes it particularly suitable for applications like machine vision, automation, and data acquisition.

The MIC-3043 is engineered with flexible I/O options that cater to diverse industry needs. It supports multiple serial, USB, and Ethernet interfaces, allowing for broad connectivity and easy integration with existing systems. This versatility enables the MIC-3043 to communicate effortlessly with numerous devices, enhancing its usability across different industrial sectors.

In addition to its versatile I/O capabilities, the MIC-3043 prioritizes expandability. It offers mini-PCIe slots that facilitate additional functions through modular expansions, such as wireless communication or additional storage options. This characteristic not only enhances the MIC-3043’s functionality but also positions it as a scalable solution that can evolve with changing technological demands.

The MIC-3043 integrates advanced remote management features, allowing users to monitor system performance and health in real-time. This capability is crucial for reducing downtime and maintenance costs in industrial settings. Coupled with the device's support for various software environments, including Windows and Linux, it provides developers with the flexibility to implement tailored solutions.

Durability is another hallmark of the Advantech MIC-3043. Designed to operate in harsh environments, it complies with industrial standards for temperature and vibration resistance. This resilience ensures reliable operation even in challenging conditions, making it an ideal choice for factory automation, transportation, and energy sectors.

Overall, the Advantech MIC-3043 represents a synthesis of power, flexibility, and durability. Its robust features, combined with a compact design and extensive connectivity options, empower industries to harness the potential of edge computing and IoT, contributing to more efficient and intelligent operations.