Description
MOTOROLA PMC-6130-J – PMC expansion module for embedded VME/cPCI systems
The MOTOROLA PMC-6130-J is a legacy PCI Mezzanine Card (PMC) designed to add I/O and communications capabilities to embedded platforms that provide PMC sites—typically VME or CompactPCI carrier boards from the Motorola Computer Group lineage. From my experience, this kind of module is chosen to extend mature systems without redesigning the host hardware, which keeps qualification costs low and uptime high. The “-J” suffix usually denotes a special-build variant (often conformal-coated or region-specific), making it attractive in applications where reliability under less-than-ideal environments matters.
Order Placement Process and Guarantees
- Warranty: 365 days
- Lead time: 1 week if in stock; no more than 1 month at the latest
- Payment: 50% advance payment; full payment before delivery
- Express options: FedEx, UPS, DHL
Key Features
- Standard PMC form factor (IEEE 1386/1386.1): Fits common Motorola VME and CompactPCI carriers with PMC sites, easing drop-in integration.
- Native PCI bus interface: Typically 32‑bit, 33 MHz operation for broad compatibility with legacy embedded hosts.
- “-J” hardened variant: In many cases indicates conformal coating or special build, helping in dusty or humid cabinets.
- Front or rear I/O routing: You might notice most Motorola PMCs support front-panel connectors and/or rear I/O via the PMC Pn4 area to suit different enclosure styles.
- Bus-powered simplicity: Draws power through the PMC connector—no external supply, fewer wiring risks.
- Lifecycle fit for sustainment: A practical choice for maintaining long-lived equipment where requalification of a new architecture would be costly.
Technical Specifications
| Brand / Model | MOTOROLA PMC-6130-J |
| Form Factor | PMC (PCI Mezzanine Card), IEEE 1386/1386.1 compliant |
| Bus Interface | PCI, typically 32‑bit, 33 MHz |
| Power Requirements | Powered via PMC connector (3.3 V and/or 5 V rails); typical consumption < 10 W |
| Dimensions & Weight | Approx. 74 mm × 149 mm (standard PMC); ~0.15–0.20 kg |
| Operating Temperature | Commercial range, typically 0 °C to +55 °C (wider temp builds may exist) |
| Communication Interfaces | Model-specific I/O via front panel and/or rear I/O (Pn4); consult exact sub‑variant |
| Installation Method | Mounts on a carrier board with PMC sites (e.g., VME or cPCI CPU boards) |
| HS Code | 8471.80 (Other units of automatic data processing machines; final classification may vary by country) |
Related and Supporting Products
- MOTOROLA MVME5100 / MVME6100 – VME processor boards with PMC sites; ideal carriers when you need additional I/O without changing the CPU board.
- MOTOROLA MVME5500 – PowerPC VME CPU with multiple PMC/XMC sites; frequently used in long-life industrial and defense systems.
- Emerson / Artesyn VME or cPCI carriers – Successor lines that maintain compatibility with legacy Motorola PMC modules in many cases.
- XMC alternatives (PCIe-based) – If you’re refreshing hardware, XMC modules on newer carriers provide higher bandwidth; not drop‑in compatible with PMC but worth considering for new builds.
One thing I appreciate is how these modules extend the life of installed bases. A maintenance client in rail control used a similar Motorola PMC to add redundant serial links on an MVME5100—no chassis change, just a short planned outage.
Installation & Maintenance
- Cabinet standards: Install into a carrier with compliant PMC sites; ensure the enclosure meets ventilation and shock specs for the host system.
- ESD handling: Use a grounded wrist strap and handle by the edges; avoid touching the connector gold fingers.
- Mounting: Align the PMC connectors carefully, press evenly, and secure with the standoffs/screws at all points to prevent vibration-induced faults.
- Wiring: If using front-panel I/O, route cables with strain relief; for rear I/O, verify pinout against the carrier’s Pn4 mapping.
- Cooling: Provide adequate airflow across the card area; many carriers rely on front-to-back chassis airflow—keep filters clean.
- Routine maintenance: Periodically reseat during scheduled service windows, dust off with dry air, and verify connector integrity. Firmware or driver updates (when applicable) should match the host OS and kernel level.
- Safety: De-energize the system before insertion/removal; hot-swap is not generally supported for standard PMC sites.
Quality & Certifications
- Certifications: CE conformity typically available for Motorola Computer Group hardware; UL and RoHS status can vary by production lot and year.
- Manufacturing: Produced under ISO 9001 quality systems during its active lifecycle.
- Warranty: 365-day warranty from us; units are functionally tested prior to dispatch.
If you can share your carrier board part number and the I/O you expect from the PMC-6130-J, I can match the sub-variant and confirm exact pinouts and drivers. That usually shortens integration time and avoids surprises at FAT/SAT.
Reviews
There are no reviews yet.