Product Core Brief
- Model: -0171
- Brand: Emerson / Motorola MVME (legacy Motorola product line, later associated with Emerson / SMART Embedded Computing)
- Series: MVME7100 VMEbus Single Board Computer
- Core Function: High-performance VMEbus SBC for industrial, defense, aerospace, telecom, and legacy VME system migration.
- Product Type: VMEbus Single Board Computer
- Key Specs: NXP/Freescale MPC864xD dual-core PowerPC e600 | up to 1.3 GHz | DDR2 ECC memory | NOR + NAND flash | 4x Gigabit Ethernet | VME64 / 2eSST | PMC-X expansion
- Condition: New Original (New Surplus) / Factory Sealed
Product Introduction (Rotation Engine)
The RSON is a VMEbus single board computer from the MVME7100 series, originally developed under the Motorola MVME product line and later associated with Emerson / SMART Embedded Computing. It is built around the NXP/Freescale MPC864xD system-on-chip, which integrates dual PowerPC e600 processor cores, memory controllers, DMA, PCI Express, Ethernet, and local I/O into a single embedded computing platform.
This board is typically used in applications that require long-life VMEbus infrastructure, including industrial automation controllers, test and measurement systems, defense platforms, aerospace equipment, telecom subsystems, and legacy VME migration projects. Instead of replacing an entire VME chassis or backplane, system integrators can use the MVME7100 series to refresh processing performance while preserving existing VME64/VME64x infrastructure.
The variant should be confirmed against the board label, because memory size, flash configuration, temperature grade, and I/O options may vary across MVME7100 order codes. For procurement teams, factory-sealed surplus stock helps reduce risk from prior field installation, connector wear, battery depletion, or unknown operating history.
Key Technical Specifications
| Parameter | Value |
|---|---|
| Manufacturer | Emerson / Motorola MVME (legacy Motorola product line) |
| Product Family | MVME7100 VMEbus Single Board Computer |
| Model | |
| Processor | NXP/Freescale MPC864xD, dual PowerPC e600 cores |
| Processor Speed | Up to 1.3 GHz (1.06 GHz or 1.33 GHz depending on configuration) |
| System Memory | DDR2 SDRAM with ECC, typically 1 GB or 2 GB; higher configurations exist by variant |
| NOR Flash | 128 MB soldered NOR flash |
| NAND Flash | 2 GB / 4 GB / 8 GB NAND flash depending on configuration |
| VMEbus Interface | VME64 / VME64x compatible; supports 2eSST protocol |
| Ethernet | 4x 10/100/1000 Mbps Gigabit Ethernet ports |
| Expansion | Dual PMC-X sites; PCI Express expansion; XMCspan/RTM support |
| Form Factor | 6U VME single board computer |
Note: Exact memory, flash, temperature grade, and rear I/O configuration for the must be verified from the nameplate or vendor datasheet, because MVME7100 order codes map to different hardware builds.
Key Selling Points & Differentiators
- Proven VMEbus SBC platform for legacy system refresh and long-lifecycle projects.
- Dual-core PowerPC e600 processor delivers strong embedded performance for real-time and I/O-intensive tasks.
- 4x Gigabit Ethernet supports networked control, data acquisition, and system communication.
- PMC-X and PCI Express expansion enable flexible I/O, communication, and interface upgrades.
- Factory-sealed surplus stock reduces risk from prior field use, battery depletion, or connector damage.
- Suitable for industrial, defense, aerospace, telecom, and test system maintenance.
Quality Transparency SOP (DYNAMIC GENERATION)
For surplus MVME7100 boards, inspection focuses on physical condition, connector integrity, and configuration verification:
- Visual QA: Inspect the front panel, VME connectors, PMC sites, Ethernet ports, and label for corrosion or impact damage.
- Anti-static handling: Pack in ESD-safe materials with humidity indicators before shipment.
- Nameplate verification: Confirm model MVME7100-0171 and any revision or configuration markings.
- Connector inspection: Check VME P1/P2 connectors, PMC connectors, and Ethernet jacks for bent pins or oxidation.
- Configuration check: Where possible, verify processor type, memory size, flash configuration, and boot response before dispatch.
Technical Risk Avoidance (DYNAMIC GENERATION)
❗ Confirm the exact variant. MVME7100-0171 may differ from MVME7100-0173 or other order codes in memory, flash, temperature grade, or I/O configuration.
❗ Verify VME chassis compatibility. The board requires a compatible 6U VME64/VME64x chassis and proper power distribution.
❗ Check operating system support. MVME7100 platforms typically run embedded OS environments such as VxWorks or Linux; OS licensing and BSP availability should be confirmed separately.
❗ Validate RTC battery condition. For surplus boards, the real-time clock battery may be depleted and require replacement.
❗ Do not assume identical configuration. Two MVME7100 boards with similar model numbers may have different memory or flash configurations.
Buyer’s FAQ
Is this a genuine MVME7100 board?
Yes. The is an original MVME7100 series VMEbus single board computer from the legacy Motorola MVME product line, later associated with Emerson / SMART Embedded Computing.
What condition is it in?
Units are sold as New Original / New Surplus unless otherwise stated. That means unused, factory-sealed inventory rather than field-removed hardware.
Can I use it to replace an older MVME board?
It can be suitable for VME system migration, but mechanical fit, VME slot compatibility, OS/BSP support, and I/O mapping must be verified before deployment.
Does MVME7100-0171 always have the same memory and flash?
No. Memory, NAND flash, temperature grade, and I/O options may vary by order code. Always confirm the configuration label.
Is this the same as -0173?
Not necessarily. Different suffixes may represent different memory, flash, or environmental configurations.
How fast can you ship?
Stock availability determines lead time. For urgent legacy system maintenance, request expedited shipping.
Do you offer a warranty?
Yes. Warranty terms are provided at checkout. For surplus embedded SBCs, a clear warranty window helps protect against DOA or hidden inventory issues.
