Description
Detailed Parameter Table
| Parameter Name | Parameter Value |
| Product Model | MOTOROLA MVME2305 – 900 |
| Manufacturer | Motorola |
| Product Category | VME Processor Module |
| Processor | 300 MHz MPC 604 |
| Memory | 16 MB ECC DRAM |
| Flash Memory | 5 MB |
| PMC Slots | 2 available 32/64 – bit PMC expansion slots |
| Front Panel | IEEE 1101 compatible with injector / ejector handles |
| Expansion Connector | 64 – bit PCI expansion mezzanine connector |
| Debug Port | Asynchronous serial debug port |
| Timers | Four 32 – bit timers, one 16 – bit timer, one watchdog timer |
| Ethernet Interface | 10 / 100 Mb/s Ethernet transceiver interface |
| Power Requirements | N/A (designed for standard VME power supplies) |
| Operating Temperature Range | N/A (designed for industrial environments) |
| Product Status | May be available new or used/refurbished in the market; stock availability varies |
| Warranty | Varies by supplier |
| Compatibility | Compatible with VME – based systems |
Product Introduction
The MOTOROLA MVME2305 – 900 is a high – performance VME processor module that brings advanced computing capabilities to industrial and embedded systems. As part of the MVME2300 series, it inherits the strengths of Motorola’s PowerPlus architecture, offering a combination of flexibility and processing power.
This module is designed to fit seamlessly into VME – based systems, making it an ideal choice for applications that require reliable and high – speed data processing. With its well – defined set of interfaces and features, the MVME2305 – 900 can be easily integrated into existing industrial setups or used to build new, high – performance systems.
Core Advantages and Technical Highlights
High – Performance Processor
The MVME2305 – 900 is equipped with a 300 MHz MPC 604 processor. This 32 – bit microprocessor, based on Motorola’s technology, offers excellent performance for a wide range of applications. It can handle complex computational tasks with ease, making it suitable for industrial control systems, data acquisition systems, and other applications that require real – time processing.
The processor’s architecture enables efficient execution of instructions, resulting in fast response times. In industrial control scenarios, such as controlling automated manufacturing processes, the MPC 604 can quickly process sensor data and send out control signals, ensuring smooth and accurate operation of the production line.
Robust Memory Configuration
Featuring 16 MB of ECC (Error – Correcting Code) DRAM, the MVME2305 – 900 ensures data integrity even in challenging environments. The ECC functionality detects and corrects single – bit errors and can also detect multi – bit errors, which is crucial in applications where data accuracy is non – negotiable. For example, in data acquisition systems where large amounts of sensor data are being stored and processed, the ECC DRAM helps prevent data corruption.
In addition to the DRAM, the module has 5 MB of flash memory. Flash memory is used for storing non – volatile data, such as the system’s firmware. This allows the MVME2305 – 900 to retain important configuration information and startup code even during power outages, ensuring quick and reliable system startups.
Versatile Expansion Capabilities
With two 32/64 – bit PMC (PCI Mezzanine Card) expansion slots, the MVME2305 – 900 offers great flexibility for customizing the system according to specific application requirements. PMC modules can be used to add various functions, such as additional communication interfaces (e.g., CAN bus, USB), analog – to – digital conversion capabilities, or advanced control functions.
The 64 – bit PCI expansion mezzanine connector further enhances the module’s expandability. It enables connection to a wide range of PCI – based peripherals, providing access to high – speed data transfer and advanced I/O capabilities. This makes the MVME2305 – 900 adaptable to different industrial applications, whether it’s in factory automation, aerospace, or military systems.
Typical Application Scenarios
Industrial Automation
In industrial automation settings, the MVME2305 – 900 can serve as the central processing unit for controlling and monitoring automated production lines. It can receive real – time data from sensors placed throughout the production line, such as temperature sensors, pressure sensors, and position sensors. Based on this data, the module can make quick decisions to adjust the operation of various devices, such as motors, valves, and robotic arms.
For example, in a food and beverage manufacturing plant, the MVME2305 – 900 can control the filling process of bottles. It can monitor the liquid level in the bottles, adjust the filling speed based on the type of product, and ensure that the correct amount of product is filled in each bottle. In case of any abnormalities, such as a clogged nozzle or a low – level sensor malfunction, the module can send out alerts to the maintenance team.
Aerospace and Defense
In aerospace and defense applications, reliability and high – performance computing are essential. The MVME2305 – 900 meets these requirements with its robust design and powerful processing capabilities. In aircraft avionics systems, it can be used to control and monitor various functions, such as flight control systems, navigation systems, and communication systems.
In military applications, the module can be used in military vehicles, weapons systems, and communication networks. Its ability to operate in harsh environments, combined with its high – speed data transfer capabilities, makes it suitable for real – time communication and control in military operations. For example, in a military surveillance system, the MVME2305 – 900 can process and analyze data from multiple sensors, such as cameras and radar systems, to provide accurate intelligence to the military personnel.
Related Product Recommendations
PMC Modules: To fully utilize the expansion capabilities of the MVME2305 – 900, a variety of PMC modules are recommended. These can include communication modules for adding additional network interfaces, such as CAN bus or wireless communication; I/O modules for expanding digital and analog input/output capabilities; and specialized modules for specific applications, like signal processing or data acquisition.
VME Backplanes: A compatible VME backplane is necessary to integrate the MVME2305 – 900 into a complete system. High – quality VME backplanes ensure stable power distribution and reliable communication between different modules in the VME system. Some backplanes offer features like redundant power supplies and advanced cooling mechanisms, which are beneficial in industrial and aerospace applications.
Ethernet Switches: Since the MVME2305 – 900 has a 10 / 100 Mb/s Ethernet transceiver interface, a suitable industrial – grade Ethernet switch can be used to connect it to other devices in the network. Ethernet switches can manage network traffic, provide reliable connectivity, and ensure seamless data transfer between the module and other components in the industrial network.
Installation, Commissioning and Maintenance Instructions
Installation Preparation
Before installation, ensure that the target VME – based system has a suitable slot for the MVME2305 – 900. Verify that the power supply of the VME system is compatible with the module’s requirements (although specific power values are not widely documented, it is designed for standard VME power supplies). Gather the necessary cables, such as Ethernet cables for network connectivity and any cables required for connecting to additional peripherals through the PMC slots. Use anti – static equipment, like an anti – static wristband, to protect the module from electrostatic discharge during handling.
Commissioning
Physically install the MVME2305 – 900 in the appropriate VME slot. Connect all the necessary cables, including the Ethernet cable to the network and any cables for the PMC – connected peripherals. Power on the system. The module should start initializing. Use appropriate software tools (such as those provided by Motorola or third – party industrial control software) to configure the communication parameters, such as IP addresses for Ethernet, and any settings related to the PMC modules. Verify the connectivity with other devices in the network and test the functionality of the MVME2305 – 900 by running basic diagnostic tests.
Maintenance
Regularly check the network connectivity of the MVME2305 – 900. Monitor for any dropped connections or slow data transfer rates, which could indicate network issues. Inspect the physical connections of all cables to ensure they are secure. Periodically update the firmware of the module if new versions are available from Motorola. This can improve performance, fix bugs, and add new features. In case of any hardware failures, such as a malfunctioning Ethernet port or an issue with the PMC slots, contact the manufacturer or an authorized service provider for replacement or repair.
Service and Guarantee Commitment
The service and guarantee for the MOTOROLA MVME2305 – 900 vary depending on the supplier. Some sources may offer a warranty, typically covering defects in materials and workmanship. Technical support may be available from the manufacturer or authorized resellers. They can provide assistance with installation, configuration, and troubleshooting. In case of any issues, customers can contact the support team for guidance on resolving problems or initiating the warranty claim process if the MVME2305 – 900 fails under normal use conditions. However, as the product may be available in new or used/refurbished states, the warranty terms and availability of support may differ based on the product’s condition and the source of purchase.
