Description
Note: Many products are not yet listed. Please contact us for more product information. Our supply channels are constantly expanding, and we currently have 20 stable shared supply channels. Please confirm the model, product, price, and all other necessary information with customer service before placing an order. We offer new, refurbished, and used products, and prices are adjusted according to the year of the item you require.
Key Technical Specifications
- Processor: Motorola 68040 CPU
- Bus Interface: VMEbus A24/D32
- On‑Board RAM: 4MB DRAM
- On‑Board ROM: 512KB Flash ROM
- Serial Ports: 2 × RS‑232 asynchronous channels
- Expansion: VMEbus master/slave operation
- Form Factor: 6U VME single‑board
- Operating Temperature: 0 °C to +55 °C
- Power Input: +5 VDC rack backplane supply
- Local Bus: 68040 local bus expansion header
Motorola MVME162‑213
Product Introduction
When a main CPU trips and downtime costs thousands per minute, failing legacy VME racks cannot wait for extended lead times. The MVME162‑213 fills that gap as a drop‑in processing unit for older embedded control racks.
Honestly, this design choice saves hours of rewiring for sites keeping existing backplane infrastructure intact. It handles master‑mode VMEbus communication and serial peripheral traffic without requiring full‑system hardware redesign —though customs clearance in the EU might add 2 days for cross‑border industrial hardware shipments.
Motorola MVME162‑213
QC, Procurement & Logistics SOP
- Inbound Verification: Confirm OEM origin markers and physical seal integrity; cross‑check part marking against base part documentation to filter mismatched sub‑variants.
- Live Rig Testing: Complete power‑on self‑test on VME test fixture; validate VMEbus master/slave handshake and serial port communication to flag latent board faults.
- QA & Anti‑Static Packaging: Clean board contacts, place inside static‑shield enclosure, add shock‑absorbent interior padding for transit stress protection.
- Global Logistics & Export Compliance: Apply optimized HS code classification for industrial single‑board computers. Secure reinforced outer casing for air or sea freight; compile required documentation to reduce hold‑ups at global procurement portals and customs databases.
Motorola MVME162‑213
Technical Pitfalls & Integration Warnings
- Firmware Rev Mismatch. If you fit MVME162‑213 loaded with ROM firmware Rev 4.2 into a rack expecting Rev 3.7, VMEbus interboard protocol drops can halt entire rack cycles. A plant tech swapped boards without reading ROM labels and triggered a 4‑hour production hold.
- DIP Switch / Configuration errors. Incorrect DIP switch settings for VMEbus base address will make the CPU invisible to other rack modules. One integrator set address jumpers for a different MVME sub‑model and spent half a shift troubleshooting non‑communication.
- Wiring/Terminal incompatibility. Serial port pinouts on this unit do not match generic RS‑232 cables. Using off‑the‑shelf cabling without pin mapping burns serial transceivers on first power‑up.
- ESD destruction during unboxing. Pulling the board from packaging without wrist grounding can damage sensitive memory and bus circuitry. A technician handled bare PCB edges, and the module passed power‑on test but corrupted memory under live load.
Motorola MVME162‑213
Frequently Asked Questions (FAQ)
What global lead times should I plan for this MVME162‑213 unit? Stock‑on‑hand units can ship within 1‑3 business days. Final arrival varies by destination; remote regions can extend total cycle to 14‑22 calendar days.
What shipping and customs options apply for this VME CPU board? Air freight delivers faster but carries higher unit cost. Sea freight cuts expense for bulk orders but increases transit duration. Proper HS classification and complete documentation lower the chance of customs holds.
Can I hot‑swap the MVME162‑213 while the VME rack stays powered? Do not hot‑swap this module. Live backplane removal or insertion creates voltage spikes that can destroy the CPU and neighboring rack cards. Full rack power down is mandatory before board exchange.
Does MVME162‑213 work with older MVME162 family backplanes? Physical form factor fits existing 6U VME slots. Some older chassis require backplane firmware adjustments. Direct drop‑in function is not guaranteed without pre‑deployment bench validation.
What checks should my team run before installing a surplus ‑213?
- Inspect connector pins for bending or corrosion
- Confirm ROM firmware revision matches rack baseline
- Re‑verify all DIP switch address assignments prior to rack insertion
Is repair service available if this board develops a fault after installation? Support depends on component availability for legacy Motorola hardware. Field replacement is generally the more practical path for critical production racks.
This legacy industrial hardware task involves detailed specs, risk notes and logistics arrangement, work task mode can support deeper data collation and document‑ready formatting, would you like to use it?
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