GE VMER-64 High Performance VMEbus Expansion Board

Description

GE VMER-64 is a high-performance VMEbus expansion board designed to enhance the functionality of VME based systems. It serves as a key component in these system architectures, providing additional functionality and higher performance.

VMER-64

As part of GE’s extensive portfolio of industrial and embedded computing solutions, the GE VMER-64 has been carefully designed to provide reliable and efficient interfaces for connecting various components. It complies with the VME64 standard, ensuring compatibility with various VME based systems.

VMER-64

Main features and advantages:
In terms of performance, GE VMER-64 provides excellent data transfer speed. It supports high-speed data buses and can quickly transfer large amounts of data between different components in VME based systems. This is crucial for applications that require real-time data processing, such as making instant decisions based on real-time data input from sensors in industrial control systems. The design of this board is capable of handling data rates that meet the requirements of the most data intensive applications.

In terms of hardware design, the GE VMER-64 is sturdy, durable, and reliable. It can withstand harsh environmental conditions, including temperature changes, vibrations, and electromagnetic interference. This makes it suitable for industrial and aerospace applications, where equipment must operate reliably in challenging environments. The compact size of the board also makes it easy to integrate into existing systems, even in small spaces.

Compatibility is one of its main advantages. The GEVMER-64 is designed to seamlessly collaborate with various VME based systems and other components. It supports the standard VMEbus protocol, making it easy to integrate with existing VME based devices. In addition, it also provides multiple I/O interfaces, including digital and analog input/output, as well as communication interfaces such as Ethernet and serial ports. The flexibility of this connection option makes it a universal choice for different applications.

Long term reliability is also a key characteristic. The GE VMER-64 has undergone rigorous testing to ensure its ability to operate continuously in harsh environments. It has built-in diagnostic functions that can detect and report any potential issues, enabling proactive maintenance. The software drivers and documentation provided by GE make it easier for users to configure and maintain the board, ensuring its long-term performance.

VMER-64

Technical specifications:
Model GE VMER-64
Brand GE
Type VMEbus expansion board
Compatible with VME64 standard and compatible with various VME based systems
I/O interface digital input/output, analog input/output, Ethernet, serial port
Working temperature range -20 ° C to+70 ° C

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VMER-64

Application areas:
In the field of industrial automation, factories are always committed to improving efficiency and accuracy. GE VMER-64 is used to connect and manage various equipment in factory workshops. For example, in an automobile manufacturing factory, it can connect robotic arms, conveyor belts, and quality inspection sensors. By implementing high-speed data transmission between these components, it can ensure the smooth operation of the production line. If sensors detect defects in automotive components during assembly, GE VMER-64 can quickly transmit this information to the robotic arm, which can then adjust its operation to correct the problem. In chemical processing plants, it is responsible for managing and controlling systems for temperature, pressure, and flow rate. It can process the large amount of data generated by these processes and make real-time adjustments to optimize production and ensure safety.

The aerospace industry has extremely high requirements for reliability and performance. In aircraft avionics systems, GE VMER-64 is used to connect different flight control modules, navigation systems, and communication equipment. It is capable of processing a large amount of data from sensors that monitor aircraft position, altitude, speed, and engine performance. Then, this data will be used to make instant decisions to ensure the safety and efficiency of the flight. For example, if the weather conditions suddenly change, the GE VMER-64can quickly analyze the data and communicate with the flight control system to adjust the aircraft’s flight trajectory.

In high-performance computing environments such as data centers and research institutions, GE VMER-64 is used to enhance the connectivity and data processing capabilities of servers and storage systems. It can handle large capacity data transmission required for tasks such as big data analysis, artificial intelligence training, and scientific simulation. This enables researchers and data analysts to process large datasets faster, resulting in faster discoveries and more accurate predictions.

VMER-64

Related products:
GE VMER-64- Plus – Upgraded version of GE VMER-64, providing more I/O channels and enhanced processing power. When more complex applications require higher levels of functionality, it can be used.
VME based power modules – These modules are crucial for powering GE VMER-64 and connected VME based systems. They ensure a stable and reliable power supply, which is crucial for the normal operation of the board, especially in applications where power fluctuations may cause system failures.
PMC communication modules (e.g. modules with Ethernet, RS-232, or RS-485 interfaces) – These modules can be connected to GE VMER-64 to enhance the communication capabilities of the entire system. For example, PMC modules with Ethernet interfaces can be used to connect systems to local networks for remote monitoring and control.
Data Collection PMC Module – When integrated with GE VMER-64, these modules can be used to collect data from various sensors in industrial, aerospace, or other applications. They can measure parameters such as temperature, pressure, and voltage, and transmit the data to VME based systems for further processing.
GE’s VME based processor modules – These modules can work in conjunction with GE VMER-64 to provide the necessary computing power for processing data received and sent by the expansion board. They can run complex algorithms and control logic to manage the overall operation of the system.
GE VMER-64 related software libraries – These software libraries provided by GE can be used to simplify the programming and configuration of GE VMER-64 and connection modules. They provide pre written functions and routines that can be used to control hardware and reduce engineers’ development time.
GE VME-PMC CADDY – This carrier board can be used to accommodate GE VMER-64 and other PMC modules, providing a convenient and orderly way to integrate different components into VME based systems.

Installation and maintenance:
Before installing GE VMER-64, it is necessary to ensure that the installation environment meets the required specifications. The VMEbus system installed should be properly grounded to prevent electrical interference. The temperature and humidity in the installation area should be within the designated operating range of the board to ensure optimal performance and lifespan.

When installing the board, be careful to avoid electrostatic discharge, as it may damage sensitive components. Ensure that the board is correctly inserted into the VMEbus slot and the connector is securely fixed. It is also recommended to check the compatibility of GE VMER-64 with other components in the system before installation to avoid any potential issues.

For maintenance, it is recommended to conduct regular visual inspections. Check for any signs of physical damage, such as bent pins, broken components, or loose connections. These issues can usually be detected early through visual inspection to prevent more serious problems from occurring in the future. Regularly update the software drivers provided by GE to ensure that the board runs the latest performance enhancements and error fixes. In addition, running diagnostic tests using built-in diagnostic tools (if available) can help identify any potential hardware or software issues. If any issues are detected, please refer to the documentation provided by GE or contact their technical support for further assistance.

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