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VMIVME-332-003230-000E Other names:
Single board computer VMIVME-332-003230-000E
VMIVME-332-003230-000E input-output controller
Analog controller VMIVME-332-003230-000E
VMIVME-332-003230-000E Editable Controller
Product Description
VMIVME-332-003230-000E This device is part of the VMIC series equipment in the General Electric Industrial Automation department and was subsequently purchased and acquired by Abaco Systems, where it is widely produced. These devices are largely considered outdated equipment and have been completely discontinued. The VMIVME-332-003230-000E module is a four channel serial input and output (I/O) interface board module.
The design of this four channel multifunctional peripheral interface board has multiple standard VMIC functions. The VMIVME-332-003230-000E model is equipped with necessary components to meet various serial data communication requirements in the VMEbus system. The basic function of VMIVME-332-003230-000E is serial to parallel/parallel to serial controller.
The VMIVME-332-003230-000E module can be configured through software, so its characteristics can be optimized for any given serial data communication application. The VMIVME-332-003230-000E module is designed to handle asynchronous protocols, synchronous byte oriented protocols (such as IBM BiSync), and synchronous bit oriented protocols (such as HDLC and IBM SDLC).
This serial I/O controller can also be used to support any type of serial protocol other than data communication, such as cassette tapes or floppy disk interfaces. VMIVME-6015 can generate and check CRC code in any synchronization mode, and can be programmed to check data integrity in various modes. The controller also has a modem control function, which can be used for general I/O in applications that do not require these controls. VMIVME-6015 is designed with two MK68564 SIO dual channel multifunctional peripheral circuits, supporting self-test functionality. When the loop mode bit in the command register is set, the loop mode is activated to support built-in testing and analysis functions.
VMIVME-332-003230-000E The following are some key points about interface board modules:
Design considerations: The interface module needs to carefully analyze the type of message during design, including priority, requirements for processing latency (asynchronous or synchronous messages), and message concurrency. For critical synchronous messages, it is necessary to ensure fast and accurate processing, while for asynchronous non critical messages, separate threads can be used to avoid affecting normal business processing.
Flow control: The interface module needs to have warning and control functions in flow control. When the traffic exceeds the design capacity, effective intervention is required.
Time out control: The timeout control of messages is also an important function of the interface module, ensuring the accuracy and reliability of data transmission.
Logging: A comprehensive logging function is crucial for the interface module. When a problem occurs, logs can be used to locate whether the problem is from an external system or its own module.
The interface board module plays an important role in various application scenarios, such as:
Control in automated production lines: In automated production lines, interface board modules can be used to achieve data exchange and control command issuance between devices.
Data collection in engineering control: In engineering control, the interface board module can be used to collect data generated by IoT devices and upload it to the cloud platform for analysis and processing.
Control in warehousing logistics: In warehousing logistics, interface board modules can be used to control and manage logistics equipment, improve logistics efficiency and accuracy.
When designing interface board modules, it is necessary to carefully analyze the types of messages, including priority, requirements for processing latency (asynchronous or synchronous messages), message concurrency, and so on. For critical synchronous messages, it is necessary to ensure their processing speed and accuracy, while for asynchronous non critical messages, separate threads can be used to avoid affecting normal business processing. In addition, there is a need for early warning and control functions in flow control to prevent the impact of flow timeout on internal modules of the system.
The application of interface board modules is extensive, including but not limited to industrial automation, smart home, medical equipment, communication equipment, and transportation vehicles. For example, in the field of industrial automation, interface board modules can achieve networking and data transmission of various devices, improving production efficiency and management level. In the field of smart home, it can achieve interconnectivity of various household appliances and achieve intelligent control and management.
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