Product Overview
The MOTOROLA FLN3524A is a high-performance single board computer manufactured by Motorola,designed specifically for demanding industrial control and military applications.This advanced computing module features a PowerPC-based architecture and operates as a critical component within VMEbus systems,delivering exceptional processing power and reliability in severe operating environments.TheMOTOROLA FLN3524Aserves as a robust computing platform for real-time control applications where performance,reliability,and extended lifecycle support are essential requirements.
Engineered for maximum reliability,theMOTOROLA FLN3524Aincorporates military-grade components and advanced thermal management features that ensure stable operation across extreme temperature ranges and challenging environmental conditions.The module’s comprehensive I/O capabilities and expansion options make it suitable for diverse applications ranging from industrial automation to defense systems.As part of Motorola’s renowned embedded computing product line,theMOTOROLA FLN3524Arepresents a proven solution for applications requiring long-term availability and consistent performance.
Technical Specifications
Parameter Name
Parameter Value
Product Model
MOTOROLA FLN3524A
Manufacturer
Motorola
Product Type
Single Board Computer
Processor
PowerPC Architecture
Bus Architecture
VMEbus Compliant
Memory Capacity
Up to 512MB SDRAM
Storage Interface
IDE Controller
Ethernet Ports
Dual 10/100/1000Base-T
Serial Interfaces
Multiple RS-232/422/485
Expansion Slots
PMC Sites
Operating Temperature
Extended Industrial Range
Power Supply
+5V with±12V Auxiliary
Cooling Method
Convection or Forced Air
Board Size
Standard 6U VME Format
Certification
Military Standards Compliant
Shock and Vibration
Designed for Severe Environments
MTBF
High Reliability Design
Main Features and Advantages
High-Performance Processing Architecture:TheMOTOROLA FLN3524Adelivers exceptional computational capabilities through its advanced PowerPC processor architecture,optimized for real-time control applications.The processor’s efficient execution of complex algorithms ensures responsive system performance even under heavy computational loads.The module’s generous memory configuration supports extensive application programs and data storage requirements,while the high-speed bus architecture facilitates rapid data transfer between system components.
Robust Environmental Tolerance:Designed for deployment in severe operating conditions,theMOTOROLA FLN3524Aexhibits remarkable resilience to environmental stressors including wide temperature variations,mechanical shock,and vibration.The module’s construction incorporates military-grade components and advanced thermal management techniques that maintain operational stability across extended temperature ranges.This environmental robustness makes theMOTOROLA FLN3524Aparticularly suitable for applications in transportation,defense,and industrial settings where reliability under adverse conditions is paramount.
Comprehensive Connectivity Options:TheMOTOROLA FLN3524Aprovides extensive I/O capabilities including dual Gigabit Ethernet ports,multiple serial interfaces,and expansion through PMC sites.This connectivity versatility enables seamless integration with various peripheral devices and network architectures.The module’s support for industry-standard communication protocols ensures compatibility with existing infrastructure,while the expansion capabilities allow for customization according to specific application requirements.TheMOTOROLA FLN3524A’s flexible I/O configuration facilitates adaptation to diverse system architectures without compromising performance or reliability.
Long-Term Availability and Support:As part of Motorola’s embedded computing portfolio,theMOTOROLA FLN3524Abenefits from the manufacturer’s commitment to long-term product availability and technical support.This commitment is particularly valuable for applications with extended lifecycle requirements,such as military systems and critical infrastructure,where component availability over extended periods is essential for system maintenance and sustainability.The module’s proven design and manufacturing quality ensure consistent performance throughout its operational lifespan.
Application Field
TheMOTOROLA FLN3524Afinds significant application in defense and military systems where reliability,performance,and environmental tolerance are critical requirements.In radar systems,command and control installations,and vehicle electronics,the module provides the computational power necessary for real-time data processing and system control.TheMOTOROLA FLN3524A’s military-grade construction and extended temperature operation make it suitable for deployment in ground vehicles,naval vessels,and airborne platforms where environmental conditions can be extreme and system reliability is non-negotiable.
Industrial automation applications benefit from theMOTOROLA FLN3524A’s robust design and real-time processing capabilities.In manufacturing control systems,process automation,and quality monitoring applications,the module delivers reliable performance in environments characterized by electrical noise,vibration,and temperature variations.TheMOTOROLA FLN3524A’s VMEbus architecture ensures compatibility with established industrial control systems,while its processing power supports complex control algorithms and data acquisition requirements.The module’s longevity and availability make it particularly suitable for industrial applications requiring long-term system support.
Transportation and infrastructure systems utilize theMOTOROLA FLN3524Afor critical control and monitoring functions.In railway signaling,traffic management,and public transportation systems,the module provides the computational foundation for safety-critical applications where system failure is not an option.TheMOTOROLA FLN3524A’s ability to operate reliably in wide temperature ranges and withstand mechanical stress ensures consistent performance in transportation environments characterized by vibration,shock,and temperature extremes.The module’s proven track record in demanding applications makes it a trusted choice for infrastructure systems requiring decades of reliable operation.
Related Products
MOTOROLA FLN3524B:Enhanced version with additional processing capabilities
MOTOROLA MVME5100:Advanced single board computer with increased performance
MOTOROLA MVME5500:High-performance PowerPC-based computing module
MOTOROLA MVME7100:Next-generation VMEbus processor board
MOTOROLA PPC7A:PowerPC processor module for embedded applications
MOTOROLA CPR7A:CompactPCI processor board with similar architecture
MOTOROLA MCP750:Compact single board computer for space-constrained applications
MOTOROLA PME 68-46:Power supply module compatible with FLN3524A systems
MOTOROLA DCB 68-48:Daughter card for expansion capabilities
MOTOROLA MEM 68-49:Memory expansion module for increased capacity
Installation and Maintenance
Pre-installation preparation:Before installing theMOTOROLA FLN3524A,ensure that the host system meets all mechanical,electrical,and environmental requirements specified in the product documentation.Verify that the VMEbus backplane is properly configured and that all necessary support components are available.Check that the operating environment remains within specified temperature and humidity ranges,and ensure adequate cooling capacity is available for the module’s thermal management requirements.Proper electrostatic discharge(ESD)precautions must be observed during handling to prevent damage to sensitive electronic components.
Maintenance recommendations:Regular maintenance of theMOTOROLA FLN3524Ashould include periodic inspection of board connectors and seating,verification of cooling system operation,and monitoring of operating temperatures.System diagnostics should be run regularly to identify potential issues before they affect system operation.Firmware and software updates should be applied following manufacturer recommendations,with proper backup procedures followed to preserve system configuration and application data.Environmental conditions should be monitored continuously to ensure they remain within specified operating ranges,with particular attention to temperature and humidity levels that could affect long-term reliability.
Product Guarantee
We guarantee that everyMOTOROLA FLN3524Amodule meets original manufacturer specifications and undergoes comprehensive testing before shipment.Each unit is backed by our technical support team with extensive experience in Motorola embedded systems and industrial control applications.Our commitment to customer satisfaction includes prompt technical support,complete documentation packages,and replacement guarantees for defective components.With extensive experience in critical control systems,we provide expert guidance from selection through installation and maintenance,ensuring your investment delivers long-term value and operational reliability.Our quality assurance processes ensure that you receive a fully functional module capable of reliable performance in the most demanding application environments.
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