VMIVME-5565 6U VMEbus Ultra – High – Speed Fiber Optic Reflective Memory Node Card

Description

VMIVME-5565

The GE VMIVME – 5565 serves as the vital connection point between VME – based control processors and various field devices, enabling seamless data sharing across multiple nodes. It is designed to fit into standard 6U VMEbus slots, adhering to industry – recognized standards such as VITA 1 – 1994 and IEEE 1014 – 1987, ensuring compatibility with a wide range of existing VME racks. This plug – and – play compatibility is a game – changer, allowing for easy installation and integration without the need for custom firmware development or external signal conditioning. For example, a large – scale industrial control system upgrading its data transfer capabilities can simply swap in the GE VMIVME – 5565 to immediately benefit from its high – speed data sharing capabilities, reducing installation time and minimizing disruptions to ongoing operations.

At the heart of the GE VMIVME – 5565‘s performance is its advanced fiber optic network, which operates at an impressive 2.12 Gbaud serial connection speed. This high – speed link enables data to be written to the memory of one node and simultaneously replicated to the memory of all other nodes on the network, ensuring that all connected systems have access to the most up – to – date information in real – time. The module supports dynamic packet sizes ranging from 4 to 64 bytes, allowing for optimized data flow based on the specific requirements of the application. With a sustained network data rate of up to 170 Mbyte/s, the GE VMIVME – 5565 can handle even the most data – intensive applications with ease.

VMIVME-5565

The GE VMIVME – 5565 features a 128 or 256 Mbytes of onboard SDRAM, providing fast read access times to stored data. This local memory not only enhances the module’s performance but also serves as a buffer for data during peak transfer rates, ensuring that the system can maintain high data throughput even under heavy load. The data transfer between nodes is software – transparent, meaning that there is no I/O overhead, further optimizing the system’s performance and reducing the burden on the processor. Additionally, the module supports multimode fiber connections up to 300 m and single – mode fiber connections up to 10 km, providing flexibility in network design and allowing for long – distance data transfer without signal degradation.

To ensure reliable operation in harsh industrial environments, the GE VMIVME – 5565 is equipped with a range of robust design features. It includes EMI – shielded circuitry, compliant with EN 61326 – 1, to resist interference from nearby motors, high – voltage equipment, or other sources of electromagnetic noise. The module is also rated for an operating temperature range of 0°C to 55°C, with a storage temperature range of – 40°C to 85°C, making it suitable for use in a variety of environmental conditions. In addition, it features overcurrent protection and error management and detection mechanisms to safeguard against lost data and ensure the integrity of the data transfer process. A dedicated status LED provides at – a – glance visibility into the module’s health, enabling technicians to quickly identify and address any issues that may arise.

VMIVME-5565

Main features and advantages:

Selecting the GE VMIVME – 5565 offers several transformative benefits for industrial control and data – intensive applications. Firstly, its ultra – high – speed data transfer capabilities significantly enhance system performance. In a large – scale data acquisition system, for instance, the GE VMIVME – 5565 can reduce data transfer times by up to 80% compared to standard data transfer modules, enabling faster analysis and decision – making. This not only improves overall productivity but also allows for more efficient use of resources, as data can be processed and acted upon in real – time.

Secondly, its low – latency data transfer and deterministic interface ensure reliable and consistent operation. In applications such as robotics and simulation, where split – second timing is crucial, the GE VMIVME – 5565 provides the precision and reliability needed to execute complex tasks with accuracy. By minimizing delays and ensuring that data is transferred exactly when required, the module helps to prevent errors and improve the quality of operations.

Finally, its seamless integration with VMEbus systems and support for a wide range of fiber optic connections make it a versatile and future – proof solution. Whether upgrading an existing system or building a new one from the ground up, the GE VMIVME – 5565 can be easily integrated into the network, providing a cost – effective and efficient way to enhance data transfer capabilities. Its compatibility with different fiber optic types also allows for flexibility in network design, enabling the module to be used in a variety of applications, from industrial control to aerospace and defense.

VMIVME-5565

Application fields:

The GE VMIVME – 5565 is tailor – made for industries where high – speed data synchronization and reliable performance are critical to success. In industrial control, it enables seamless communication between multiple control systems, ensuring that complex manufacturing processes run smoothly and efficiently. For example, in a chemical plant, the GE VMIVME – 5565 can be used to synchronize data between different control units, allowing for precise control of chemical reactions and improving product quality.

In robotics, the module’s low – latency data transfer capabilities are essential for coordinating the movements of multiple robotic arms. By ensuring that each arm receives the necessary commands in real – time, the GE VMIVME – 5565 enables robots to perform complex tasks with high precision and speed, reducing cycle times and increasing productivity.

In simulation and image processing, the GE VMIVME – 5565‘s ability to handle large amounts of data at high speeds is invaluable. In aerospace simulation, for instance, the module can be used to transfer real – time flight data between different simulation nodes, providing a more accurate and immersive simulation experience. In medical imaging, it can enable fast and reliable data transfer between imaging devices and processing units, improving the speed and accuracy of diagnosis.

VMIVME-5565

Related products:

GE VMIPMC – 5565 – A PMC – form – factor variant of the GE VMIVME – 5565, offering similar high – speed data sharing capabilities but in a different form factor, suitable for applications where space is limited or a different mechanical interface is required.

GE VMIPCI – 5565 – A PCI – form – factor version, designed for use in systems that utilize the PCI bus. It provides the same ultra – high – speed fiber optic reflective memory functionality, allowing for seamless integration into PCI – based systems.

GE VMIVME – 5565 – ET – An extended – temperature variant, capable of operating in extreme temperature environments, such as those found in polar regions or deserts. This makes it ideal for applications where standard modules may fail due to temperature fluctuations.

GE VMIVME – 5565 – R – A redundant power input variant, ensuring continuous operation even in the event of a power failure. This is crucial for applications where uptime is critical, such as in emergency response systems or data centers.

GE VMIVME – 5565 – HV – A high – voltage compatible variant, suitable for use in heavy – industry applications where high – voltage signals are present. It can withstand and operate in environments with higher electrical voltages, providing a reliable data transfer solution.

Installation and maintenance:

Before installing the GE VMIVME – 5565, there are several important steps to take to ensure optimal performance and system compatibility. Firstly, verify VME backplane compatibility. Ensure that your rack uses a 6U VME slot and that the backplane can supply stable +5V, +12V, and – 12V power. Voltage fluctuations can cause data transfer errors or module failures, so it’s essential to use a multimeter to test the power rails, especially in older racks where wiring may have deteriorated over time.

Secondly, configure the network settings for your application. Determine the number of nodes in your network, the type of fiber optic connections (multimode or single – mode), and the required packet sizes. Use GE’s configuration software to set these parameters, ensuring that the module is optimized for your specific application requirements.

Thirdly, test for EMI and grounding. In high – noise environments, such as those found in industrial plants or near high – voltage equipment, it’s crucial to ensure that the module is properly shielded and grounded. Connect the module to a test node and measure the signal noise using an oscilloscope. If the noise exceeds the recommended levels, use shielded twisted – pair cables and ensure that the VME rack is properly grounded to the facility’s earth ground. This will help to reduce EMI interference and ensure stable data transfer.

Fourthly, plan for wiring and cooling. The module’s fiber optic connectors and VMEbus connectors require careful handling during installation. Use appropriate cable management techniques to avoid cable tangles and ensure that the cables are not subjected to excessive stress. Additionally, the module generates heat during operation, so ensure that the VME rack provides adequate cooling. The module should be installed in a location with sufficient airflow, and there should be at least [X] mm of clearance between adjacent units to prevent overheating.

Finally, perform a pre – installation test. Before fully integrating the module into your system, conduct a series of tests to verify its functionality. Use GE’s diagnostic tools to check for any hardware or software issues, and ensure that the module is communicating properly with other nodes in the network. This will help to identify and resolve any potential problems before they cause disruptions to your operations.

Ongoing maintenance for the GE VMIVME – 5565 is focused on maintaining optimal performance and ensuring the reliability of the data transfer process. Monthly, check the status LEDs on the module to ensure that it is operating normally. A steady green light indicates normal operation, while a red light may indicate a fault, such as a hardware failure or a communication error. Log the LED statuses to track the module’s performance over time and identify any recurring issues.

Quarterly, perform a network integrity check. Use network diagnostic tools to verify that the data transfer rates are within the expected range and that there are no packet losses or errors. If any issues are detected, troubleshoot the problem using GE’s technical documentation or contact their support team for assistance.

Semi – annually, inspect the fiber optic connections for any signs of damage or degradation. Check the connectors for dirt or debris, and clean them if necessary using appropriate cleaning tools. Ensure that the fiber optic cables are not bent or kinked, as this can cause signal loss. If any cables show signs of wear or damage, replace them with new ones.

Annually, update the module’s firmware to the latest version. GE regularly releases firmware updates to improve performance, fix bugs, and add new features. Installing the latest firmware will ensure that your module is operating at its best and is compatible with the latest software and hardware. Additionally, perform a comprehensive system test to verify that the module is still functioning properly after the firmware update.

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