Motorola MVME7100-0173

Description

Detailed Parameter Table

Motorola MVME-147SB-1

Product Introduction

The Motorola MVME7100-0173 is a legacy industrial VMEbus high-performance Single Board Computer (SBC) designed for mid-to-high-tier real-time control and data-intensive tasks—bridging the gap between entry-level SBCs like Motorola MVME-147-011 and specialized industrial servers. Unlike I/O-focused modules such as Motorola MVME712-12/13 (which prioritizes peripheral connectivity), Motorola MVME7100-0173 integrates a 600 MHz PowerPC 750FX processor, expandable DDR SDRAM, and multi-protocol communication interfaces to handle complex workflows like multi-axis motion control, high-speed data acquisition, or distributed system coordination.

In automation architectures, Motorola MVME7100-0173 acts as a “central control engine”: it processes high-volume data from connected modules (e.g., Motorola MVME-177-003 for analog sensor data, Motorola MVME712-12/13 for peripheral I/O) and executes real-time logic to coordinate system operations. For example, in a semiconductor wafer inspection system, Motorola MVME7100-0173 synchronizes 4 vision cameras (via Ethernet) and 2 robotic arms (via PMC motion modules), using its L2 cache to reduce data latency to <10 µs. Its -40°C–70°C operating range and ruggedized design make it ideal for legacy systems like aerospace test rigs, industrial robotics, or critical infrastructure monitoring—where reliability and processing power are equally critical.

Core Advantages and Technical Highlights

High-Performance Processing for Complex Tasks: Motorola MVME7100-0173’s 600 MHz PowerPC 750FX processor with 512 KB L2 cache delivers 5x the computational power of entry-level SBCs like Motorola MVME-147-011. This performance is critical for applications like automotive powertrain testing, where Motorola MVME7100-0173 processes 1000+ sensor data points (temperature, pressure, torque) per second to simulate engine performance under varying conditions. Its integrated cache reduces data access time by 70% vs. cache-less processors, ensuring real-time control loops execute within 1 ms—avoiding costly test inaccuracies.

Scalable Memory + Expansion for Growing Needs: With 512 MB DDR SDRAM (expandable to 1 GB) and 2 PMC slots, Motorola MVME7100-0173 adapts to evolving system requirements. A renewable energy plant using Motorola MVME7100-0173 to monitor wind turbine performance can expand to 1 GB RAM to store 6 months of historical data, then add a PMC Ethernet module to connect to a cloud-based analytics platform—all without replacing the SBC. This scalability eliminates the need for premature system overhauls, reducing long-term costs by 30% vs. fixed-configuration alternatives.

Ruggedness for Extreme Environments: Motorola MVME7100-0173’s -40°C–70°C operating range and 100 g shock resistance exceed the specs of most industrial SBCs (typically -20°C–60°C, 50 g shock). In a military vehicle testing facility, the SBC operates reliably in desert heat (65°C) and cold-storage chambers (-35°C), monitoring vehicle vibration and engine performance without component failure. Its voltage and temperature monitoring also provides early warning of potential issues (e.g., overheating), reducing unplanned downtime by 40% vs. non-monitored SBCs.

Typical Application Scenarios

In aerospace component fatigue testing, Motorola MVME7100-0173 controls a test rig for aircraft landing gear. It connects to Motorola MVME-177-003 (16-channel analog input) to measure strain gauge data (4–20mA) and a PMC-based motion module to apply cyclic loads (up to 100,000 cycles). The SBC’s 1 GB DDR SDRAM logs test data at 500 samples/second, while its GPIB interface communicates with a calibration tool to verify load accuracy every 1000 cycles. Motorola MVME7100-0173’s 2.5 g vibration resistance withstands rig-induced mechanical stress, ensuring compliance with ISO 12405 aerospace testing standards.

For water treatment plant SCADA integration, Motorola MVME7100-0173 acts as a regional control hub. It collects data from 8 remote pump stations (via RS-485, connected through Motorola MVME334B) and 12 on-site pH/turbidity sensors (via Motorola MVME712-12/13). The SBC processes this data to optimize chemical dosing (via PID loops) and sends real-time alerts to a central SCADA system (via Ethernet). Its battery-backed SRAM preserves critical parameters (e.g., chemical dosage setpoints) during power outages, while its -40°C operating range handles winter temperatures in northern climates—ensuring 99.99% uptime for 50,000+ households.

Motorola MVME-147SB-1

Related Model Recommendations

Motorola MVME7100-0174: Higher-memory variant of Motorola MVME7100-0173 (1 GB DDR SDRAM pre-installed). Ideal for data-intensive applications (e.g., long-term test logging) where immediate expansion is needed.

Motorola MVME712-12/13: I/O transition module compatible with Motorola MVME7100-0173. Expands peripheral connectivity (serial, parallel, SCSI) for legacy devices like barcode scanners or industrial printers.

Motorola MVME-177-003: Analog input module paired with Motorola MVME7100-0173. Provides high-precision sensor data (e.g., pressure, temperature) for real-time control algorithms.

Motorola MVME334B: Serial communication module. Complements Motorola MVME7100-0173 by adding RS-232/RS-485 ports for long-distance communication with remote sensors/actuators.

Emerson MVME7100-0173-R: Refurbished variant of Motorola MVME7100-0173. Tested to original specs—cost-effective replacement for failing units in critical control systems.

Motorola PMC-200: Motion control PMC module. Adds multi-axis motor control capabilities to Motorola MVME7100-0173 for robotics or automated manufacturing applications.

Motorola 30GD-2-U4300117: Industrial DC PSU. Powers Motorola MVME7100-0173 and its PMC modules, ensuring stable +5V/+12V for processor/memory performance.

Installation, Commissioning and Maintenance Instructions

Installation preparation: Before installing Motorola MVME7100-0173, verify the VMEbus chassis has a 6U slot and supports A32/D64 addressing. Confirm the power supply provides +5V DC (±2%), +12V DC (±3%), and -12V DC (±5%)—use a precision multimeter to avoid voltage ripple that degrades processor performance. Gather tools: anti-static wristband (protects CPU/memory), torque screwdriver (0.5 N·m for 6U mounting), DIMM installer (for memory expansion), and a laptop (for OS configuration via Ethernet). If adding PMC modules, align them with the SBC’s slots, press gently until seated, and secure with screws.

Maintenance suggestions: For daily upkeep, check Motorola MVME7100-0173’s LEDs—steady power, blinking processor/Ethernet lights, and no fault indicators mean normal operation. Run BIST monthly via the host OS to validate CPU/memory/PCI bus integrity; replace the module if errors occur. Clean the SBC’s vents quarterly with compressed air (20 PSI max) to prevent overheating, especially when using PMC modules. Replace the battery-backed SRAM battery annually (3V lithium) to preserve critical data. Store spare Motorola MVME7100-0173 units in anti-static bags (15°C–25°C, 40%–60% humidity) to protect processor and memory components.

Service and Guarantee Commitment

Motorola MVME7100-0173 is backed by a 24-month warranty from Emerson for refurbished units, covering defects in the PowerPC processor, DDR SDRAM, and communication interfaces. If the SBC fails (e.g., Ethernet port malfunction in a critical test rig), Emerson provides free 5-day replacement—critical for applications where downtime costs exceed $10,000 per hour.

For extended support, customers can purchase a 36-month service contract, including 24/7 technical support (via phone/email), access to archived OS images (e.g., VxWorks 6.2) and PMC driver packages, and on-site troubleshooting for real-time control issues. Emerson maintains a global stock of PowerPC 750FX processors and DDR DIMMs for Motorola MVME7100-0173 until 2040, ensuring legacy high-performance systems remain operational. This commitment underscores Emerson’s dedication to supporting critical industrial infrastructure and avoiding costly full-system upgrades.