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    COM Express stands for "Computer on Module Express." It's a highly integrated and compact form factor standard for System-on-Modules (SoMs) that are used in embedded computing applications, the standard is initiated by PICMG. These modules integrate the core components of a computer onto a single board, including the processor, memory, storage, and other essential features. COM Express stands for "Computer on Module Express."

Features and Specifications

Processing Power: COMe Core Modules boast a variety of processor options, from energy-efficient ARM processors to high-performance Intel Core processors. This flexibility allows developers to choose the processing power that suits their application's needs.

Memory and Storage: With integrated RAM and storage options, these modules provide a streamlined approach to memory management. From DDR4 RAM to fast SSD storage, they ensure swift data processing and retrieval.

Connectivity: Whether it's Gigabit Ethernet for networking, USB ports for peripherals, or PCIe lanes for expansion, COMe Core Modules offer a range of connectivity options. This versatility makes them adaptable to diverse use cases.

Graphics Capabilities: Many COMe Core Modules come equipped with advanced graphics processors, supporting high-definition displays and multimedia applications. This makes them ideal for digital signage, gaming machines, and other graphics-intensive tasks.

Form Factors: COMe Core Modules come in standardized form factors such as Type 6 (125mm x 95mm) or Type 7 (125mm x 95mm with higher pin counts). This ensures compatibility with various carrier boards, simplifying the development process.

Advantages:

• Scalability: Different modules can be chosen based on performance requirements.

• Interchangeability: Modules from different manufacturers can often be used on the same carrier board.

• Longevity: The standardized form factors make it easier to replace modules when newer versions become available without redesigning the whole system.

• Extensibility: Support various PCIe, USB, SATA communication bus. Can be combined with various hardware devices.

• Reliability: Can meet various safety standards such as EMC. 
  

Applications:

• Embedded Systems: Used in industrial automation, medical devices, transportation systems, and more.

• Smart Medical Equipments: Applied in smart medical systems such as ultrasound, endoscope, CT, DR, and more.
  

• Digital Signage: Provides a compact and powerful solution for multimedia applications.

• Edge Computing: Ideal for edge devices in IoT (Internet of Things) applications.

• Gaming Machines: Used in some gaming machines for their performance and scalability.

These modules are designed to be mounted onto a carrier board, which provides additional features like connectors for external peripherals, display interfaces, power management, and more. This separation of the core computing components from the carrier board offers flexibility and simplifies the design process for embedded systems.

For viewing more ZRT COMe modules, please visit https://en.zrt-tech.com/hexinban.html.