Description
The MOTOROLA MVME162-213 is a highly versatile VMEbus Single Board Computer (SBC) based on the MC68040 microprocessor. Part of the legendary MVME162 series, this specific variant balances high-performance computing with extensive I/O flexibility through its support for IndustryPack (IP) modules. It is widely used in legacy industrial control, embedded processing, and real-time data acquisition systems where reliability and long-term stability are paramount.
Product Specifications
- Model Identification: Motorola MVME162-213
- Microprocessor: MC68040 with integrated Floating Point Unit (FPU)
- Clock Speed: 25 MHz
- Memory: 4 MB or 16 MB of Shared Dynamic RAM (DRAM)
- SRAM: 128 KB of battery-backed Static RAM
- IndustryPack Slots: 4 IP slots for modular I/O expansion
- Communication: Two Serial Ports, One Ethernet Port, and SCSI Interface
- Dimensions: Standard 6U VMEbus Form Factor
- Weight: 0.55 kg
- Country of Origin: USA
MOTOROLA MVME162-213
MOTOROLA MVME162-213
MOTOROLA MVME162-213
Application Fields
The MOTOROLA MVME162-213 continues to serve as a reliable backbone in various specialized technical fields:
- Aerospace & Defense: Used in flight simulators and ground support equipment for legacy aircraft systems.
- Industrial Automation: Serving as a cell controller or high-level PLC in automotive and semiconductor fabrication plants.
- Scientific Research: Data collection and instrument control in particle physics and astronomical observatories.
- Medical Imaging: Processing unit for older generation MRI and CT scan equipment.
- Telecommunications: Network management and signal switching in long-standing infrastructure.
Product Operation Instructions
- Chassis Integration: Slide the MVME162-213 into a standard 6U VMEbus backplane slot. Ensure the module is properly aligned with the guide rails before firmly seating the P1 and P2 connectors.
- IP Module Installation: If using IndustryPack modules for extra I/O, install them onto the mezzanine carrier sites before inserting the SBC into the rack. Secure them with the appropriate mounting hardware.
- Boot Configuration: Configure the onboard jumpers or software switches to determine the boot source (e.g., VMEbus, SCSI, or Ethernet). The board typically runs the MVME162Bug firmware for low-level diagnostics and booting.
- Software Environment: Load a compatible Real-Time Operating System (RTOS) such as VxWorks, OS-9, or LynxOS. The 68040 architecture is highly optimized for deterministic multitasking.
- Thermal Management: Ensure the VME chassis has adequate forced-air cooling. The MC68040 processor can generate significant heat during high-duty cycles; maintaining airflow is critical for long-term reliability.
Q&A: Common Questions
Q: What is the primary difference between the -213 and other MVME162 models? A: The -213 suffix specifically denotes the hardware configuration regarding the processor speed, memory size, and the presence of the SCSI/Ethernet/IP-slot combination. It is a fully featured “all-in-one” variant.
Q: Can I use the MVME162-213 to replace an older MVME147 board? A: While they share the VME form factor, the MVME162-213 uses the 68040 processor, which is a generation ahead of the 68030 found in the MVME147. Software recompilation or adjustment is usually required.
Q: Does the battery-backed SRAM require maintenance? A: Yes, the onboard lithium battery has a finite lifespan (typically 5-10 years). If the board loses its configuration after power cycles, the battery likely needs replacement.
Similar Model Recommendations
- MOTOROLA MVME162-210
- MOTOROLA MVME162-222
- MOTOROLA MVME167-002
- MOTOROLA MVME147-010
- MOTOROLA MVME162-533
