MOTOROLA MVME2434

MOTOROLA MVME2434

Product Model: MOTOROLA MVME2434

Product Parameters:

• CPU: 32-bit PowerPC with a clock speed of 400 MHz¹.
• Memory: 128 MB¹.
• Storage Space: 256 MB¹.
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  MOTOROLA MVME2434

• Input/Output Interfaces:
  • 16 digital inputs.
  • 8 digital outputs.
  • 4 analog inputs.
  • 2 analog outputs¹.
• Communication Interfaces: Ethernet, RS232¹.
• Power: 24V DC¹.

Product Specifications:

• VME Bus Interface: Provides advanced capabilities for connection with other devices and systems²³.
• ECC SDRAM: Supports up to 32 to 512 MB of ECC SDRAM for data integrity and reliability².
• Cache Memory: 32 KB/32 KB L1 Cache and 1MB backside L2 Cache².

Dimensions and Weight:

• Dimensions: 100mm x 70mm x 30mm¹.
• Weight: 0.5 kg¹.

Features:

• Advanced Processor Technology: Uses Motorola’s PowerPC architecture processor for strong computational capabilities²³.
• Operating System Support: Runs on UNIX-based Real-Time Operating System (RTOS) or Linux²³.
• Low Power Consumption: Designed with low-power technology to improve energy efficiency³.
• IP67 Protection Rating: Provides a high level of dust and water ingress protection¹.

Functions:

• Data Processing and Control: Provides powerful data processing capabilities for a wide range of applications¹³⁶.
• Embedded Computing: Used in embedded systems for real-time monitoring and control²³⁴.

Application Areas:

• Industrial Automation: Used in manufacturing, chemical, and petrochemical industries for monitoring and controlling production processes¹⁴.
• Embedded Control Systems: Suitable for various embedded control systems, such as machine control and automation equipment⁴.
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  MOTOROLA MVME2434

• Data Acquisition and Processing: Used in data acquisition systems to collect and process sensor and instrument data⁴.
• Communications Equipment: Applied in the communications industry for controlling and processing communication equipment⁴.
• Testing and Measurement Instruments: Used in scientific research, laboratories, and engineering fields for data processing and control in testing and measurement instruments⁴.
• Medical Equipment: Potential use in medical imaging and laboratory equipment for control and data processing⁴.
• Aerospace Applications: Applied in flight control, navigation, and other aerospace areas for control and data processing⁴.
• Energy Management: Used in the energy industry to monitor and manage energy production and distribution systems⁴.

Please note that the information provided is based on the search results as of the current date. It is always recommended to consult the official documentation or contact the manufacturer for the most accurate and up-to-date information.