Emerson MVME61006E-0163 – VME Single-Board Computer for Industrial Control & Legacy System Upgrades

The Emerson MVME61006E-0163 is part of the well-regarded MVME6100 family—6U VMEbus single-board computers that are typically used to refresh legacy machines or extend the life of proven control systems. From my experience, this series is built around a PowerPC G4-class CPU (MPC745x family), paired with robust VME64x backplane support, dual Gigabit Ethernet, and versatile serial I/O. You might notice that the -0163 build code usually indicates a higher-speed CPU with ample memory and dual PMC expansion, making it a solid drop-in for demanding motion, vision, and data acquisition tasks.

One thing I appreciate is how predictable these boards are in the field. In many cases, they slide straight into existing VME64x chassis with minimal software tweaks—especially for VxWorks or embedded Linux deployments. A semiconductor client recently swapped in this model to replace an aging controller; they kept their PMC I/O stack untouched and cut downtime to a single maintenance window.

Our Order Process & Guarantees

• Warranty: 365 days
• Lead time: Typically 1 week if in stock; no more than 1 month at the latest
• Payment: 50% advance payment; full payment prior to delivery
• Shipping: FedEx, UPS, or DHL — your choice
• Testing & quality check: Boards are inspected and powered-on tested before dispatch

Key Features

• 6U VME64x architecture: Designed for standard VME backplanes, easing replacement of legacy controllers.
• PowerPC G4-class processing: MVME6100-series performance that typically suits motion control, data logging, and HMI gateway roles.
• Dual Gigabit Ethernet: Reliable networking for control networks, historians, or OPC/SCADA gateways.
• Serial connectivity: Asynchronous serial ports (RS‑232/422, build-dependent) for PLCs, drives, and field devices.
• PMC expansion (up to two sites): Add high-speed DAQ, extra Ethernet, or fieldbus adapters without changing the baseboard.
• Robust VMEbus interface: VME64x signaling with trusted TSI-class bridge silicon for high system bandwidth.
• Field-proven OS support: Commonly used with VxWorks and embedded Linux in industrial deployments.

Technical Specifications

Note: The -0163 build code defines exact CPU speed, memory, and I/O population. If you share your current part label or a backplane photo, we can verify the precise configuration before shipment.

Application Fields

• Semiconductor tools (etch, CVD, lithography) — controller refresh while keeping existing PMC and field wiring
• Factory automation — motion/PLC gateway, deterministic networking, and on-tool data logging
• Test & measurement — VME-based DAQ with high-throughput backplane transfers
• Energy and utilities — legacy VME control racks in turbines, substations, and protection systems
• Transportation & defense labs — avionics test benches and simulation rigs still standardizing on VME64x

Advantages & Value

• Drop-in continuity: Maintains VME64x compatibility to control upgrade costs and avoid requalification.
• Stable performance: G4-class processing with proven silicon for deterministic control tasks.
• Flexible expansion: Dual PMC sites let you keep existing I/O and fieldbus cards.
• Reduced downtime: We can pre-test to your I/O mix, which typically shortens the swap window.
• Lifecycle support: Sourcing assistance for accessories, rear I/O, and spares to keep your fleet consistent.

Installation & Maintenance

• Cabinet & chassis: Install in a compliant VME/VME64x 6U chassis with proper card guides and a steady +5 V/+3.3 V supply.
• Airflow: Provide front-to-back airflow of at least 200–300 LFM; avoid hot spots near adjacent PMC heat sinks.
• Wiring & ESD: Route Ethernet and serial cables with strain relief; observe ESD handling on insertion/removal.
• Firmware & OS: Keep boot firmware and BSP matched to your OS (e.g., VxWorks, embedded Linux). Back up NVRAM settings before swaps.
• Routine checks: Quarterly dust cleaning, connector inspection, and verification of backplane voltages under load.
• Battery-backed RTC: Replace the coin cell/TOD battery on a 3–5 year cycle to avoid timekeeping faults.

Quality & Certifications

• CE compliant; RoHS-compliant build (varies by production lot — we can confirm against the label)
• Manufactured under ISO 9001 quality systems by the original vendor
• Component-level UL recognition typically applies to the chassis backplane; board-level safety aligns with VME norms
• Warranty: 365 days from delivery

If you’re replacing an existing MVME6100 or migrating from older Motorola/Emerson VME boards, share your current part code and OS image. We’ll match a MVME61006E-0163 that fits your exact rack, confirm PMC population, and ship within the stated lead time.