Advantech industrial motherboard pcm

Types of Advantech industrial motherboards PCM

Whether for embedded system applications or edge computing, Advantech's full range of motherboards provides excellent performance and flexibility. The products include an array of features such as PCIe expansion slots, multi-I/O, intelligent system management, and a wide range of operating temperature. This enables clients to tailor their solutions to suit a variety of application requirements.

Advantech has introduced a product called the WiTstone, which consists of embedded boards, custom solutions, and industrial motherboards. It is PCIe-based and can be extended via IO, which gives it strategic flexibility.

The KPM, which stands for the Kernel-plugged Module, is an IPC embedded motherboard. It is a standard IPC motherboard and can be used together with other IPC products. It can also carry out hot plug insertion and extraction, making it a strategic fit for applications where parts can be replaced without revising the machine.

Advantech has introduced the following motherboard series:

• PCM(Nano): This series is relatively small and consists of an industrial computer embedded motherboard. It is referred to as a computer-on-module and has a core version of 1.2. It supports a voltage of 5 to 19 pin and has a connector version of 10 to 26 pins.
• PCM (PC/104 or PCM-ACR): The PC 104 is a form factor that is usually used globally for embedded and vehicle-mounted applications. It features a stacking architecture that allows devices to be plugged in and stacked on top of one another.
• PCM-ACR (PCM-ACR): This motherboard works with PCM adapters to fulfill mission-critical roles in managing and controlling a company's resources. It is known as a ruggedized crate adapter that embeds technology and helps manage and control functions.

Functions and Features

The Advantech industrial motherboard is a sophisticated computing device designed to operate in challenging industrial environments. It leverages cutting-edge technology to deliver outstanding performance, durability, and flexibility to meet the diverse needs of modern industrial applications.

• Robust performance: This motherboard features an Intel processor, a dual-core CPU, or a quad-core CPU with real-time capabilities designed to handle complex computations, deliver smooth operations and numerous industrial applications, including AI, automation, and embedded tasks.
• Real-time communication: This motherboard has diverse communication ports, including USB, Ethernet, and serial ports, to facilitate timely transmission of data between various industrial systems. The robust design of the motherboard promotes seamless Industrial PC communications, which are vital for effective Industrial Internet of Things and Factory Automation implementations.
• Embedded integration: This motherboard is ideal for embedded system applications due to its small size and suitability for integration within various devices and systems. With mounting interfaces and I/o terminals strategically positioned, it enables easy and tidy embedding wiring.
• Rough environment resistance: This motherboard can perform well under extreme temperatures, industrial grade shock/vibration, electrostatic discharge environments due to effective design incorporation management components e-tex environmental protections. It meets/ exceeds industry standards specifications work reliably under conditions typical found in factories, industrial plants and other similar locations.
• POE support: It supports Power Over Ethernet (POE) connectivity, allowing it to receive power via network cables while supplying power link-connected devices such as IP cameras, wireless access points, VOIP phones, etc., thus enabling deployment installations where conventional power sources can't be used directly or additional electrical wiring needs be avoided.
• Cognitive industrial solutions: With its advanced computing capabilities integrated sensors/actuators onto motherboard devices equipped with this system can collect, process, and analyze data at the edge to foster the development of smart factories, predictive maintenance strategies, enhanced decision-making processes, etc.

Applications of Advantech Industrial Motherboard PCM

Here are some applications of Advantech industrial motherboard PCM:

• Control and automation of industrial equipment: The motherboard is embedded into computers and used to monitor and control functions of industrial equipment like pumps, compressors, motors, etc. It enables automation of tasks for efficiency and reliability.
• Data acquisition: The capabilities of the motherboard allow scientists and engineers to use it for data acquisition systems. Here, it will collect data from sensors and instruments to monitor temperature, pressure, and other vital parameters in laboratories and industrial plants.
• Embedded systems development: As a powerful, compact computing engine, the PCM motherboard serves as a platform for developing and prototyping embedded systems for various applications — from medical devices to smart home products.
• Mobile computing solutions: The board supports mobile computing applications, like a field data collection, diagnostics, and troubleshooting tasks done by mobile workforce personnel in industries such as oil and gas and manufacturing.
• IPC (Industrial PC) applications: The WISE-IPC series motherboards can easily integrate with IPC solutions for industrial computing tasks, like managing industrial processes, running HMI (Human Machine Interface) applications, and performing edge computing functions.
• Embedded control and automation: Motherboards are important parts of embedded systems used for control and automation in applications such as robotics, machine tools, conveyor systems, and other automated equipment.
• Networked and integrated computing: Using the motherboard as part of a distributed computing setup, users can capture data from various sources, such as sensors and field devices, and use it for decision-making.
• Process supervision and control: With its processing power and connectivity capabilities integrated into a PCCage, the motherboard can enable users to remotely monitor and control industrial operations and processes via Internet or Intranet.

How to Choose Advantech Industrial Motherboard PCM

Before purchasing Advantech industrial motherboard PCM, buyers should keep a few factors in mind that may affect their business. Buyers should be aware of the form factor, processor type, and availability of I/O ports, sockets, and expansion slots, among other things.

First and foremost, buyers must consider the form factor of the industrial motherboard. Motherboards come in different sizes depending on the PC type (desktop, server, or embedded). Advantech motherboards are available in the following form factors: Mini-ITX, Micro ATX, ATX, and E-ATX. Buyers should also inquire about the board's dimensions and weight.

Secondly, buyers should research and compare the processors of different motherboard models. The motherboard should support and integrate the processor type that runs the intended applications smoothly. Many Advantech industrial motherboards come with integrated Intel processors, such as Intel Core 7 & 9, Celeron, Atom, and i3/i5/i7/i9 options. Most industrial motherboards support a wide range of processors from different manufacturers like Intel, AMD, and ARM. This is a crucial factor for many OEM applications.

Next, buyers should take the motherboard's I/O port configuration into account. This can include USB, Ethernet, serial ports, audio jacks, and other industry-specific interfaces. They should get a motherboard with the most important ports available to connect to other devices and peripherals directly.

Buyers should also consider the motherboard's power supply specifications and connectors. Most industrial motherboards use non-standard power connectors or require ATX power supplies. Motherboards from Advantech usually support wide voltage ranges and can work even in harsh environments.

Next, buyers should look at the types and quantities of expansion slots on the motherboard. They should consider expansion potential and get a motherboard equipped with expansion slots to meet their future expansion needs. Expansion slots allow users to add PCI cards to increase functionality. PCIe, PCI, and AMP are common slot interfaces. Advantech industrial motherboards have PCI, PCIe, and mini-PCIe slots.

Finally, buyers should check the industrial motherboard's compatibility with the OS and OEM application requirements. They should choose a motherboard that offers the optimal blend of features, performance, and stability for their particular situation. Inherent in the design of most industrial motherboards is the need for long-term stability and consistent performance under extreme conditions. Therefore, purchasers must examine the motherboard's quality certifications, such as CE, RoHS, and IPC standards.

Q & A

Q: What are industrial motherboards?

A: Industrial motherboards are specialized motherboards designed for industrial applications and environments. They are typically more robust and offer a range of connectivity options.

Q: What is a PC104 motherboard?

A: A PC/104 motherboard is a compact, modular motherboard designed for embedded systems and rugged applications. It follows the PC/104 form factor and stacking design.

Q: What is the form factor of the Advantech industrial motherboard?

A: The form factor varies based on the specific manufacturer's PC configurations. Common sizes include standard ATX, micro ATX, mini ATX, and Flex ATX.

Q: What socket does the motherboard use?

A: The socket type depends on the specific ACP motherboards under consideration. However, most industrial motherboards use the LGA (land grid array) design.

Q: What type of RAM does a PC-based motherboard use?

A: RAM type varies depending on the motherboard specifications. However, most PC motherboards use DDR4/DDR3 RAM.