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Match the complete marking
Include MVME2304 64-W5206C01B and every visible revision or serial identity in your enquiry. Keep the same complete reference on the quotation. -
Check the offered item before ordering
Request available label and connector photos. Have your maintenance team compare the offered MVME2304 64-W5206C01B with the installed equipment and applicable Motorola documentation.
Technical specifications for MVME2304 64-W5206C01B
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Manufacturer:Motorola
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Product Category:General Automation
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Spare Part Number:MVME2304 64-W5206C01B
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Weight:0.4 kg
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Tariff Code:8537101190
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Processor family:PowerPC 603 or 604 within MVME2300 series; inspect fitted board
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VME interface:VME64 extension, 5-row P1/P2 connectors
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Expansion:Two IEEE P1386.1 PMC sites
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Network interface:10BaseT/100BaseTX Ethernet via front-panel RJ-45
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Serial interface:One asynchronous serial port via front-panel RJ-45
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Memory architecture:ECC-protected DRAM; capacity depends on assembly
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Nonvolatile storage:Flash and battery-backed NVRAM in series architecture
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System-control option:Jumper-selectable or automatic VME system controller
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Rear I/O boundary:PMC P2 routing requires a compatible VME64 extension backplane
Information
- A PowerPlus processor board supplies compute and bus-control functions inside an MVME2300-compatible VME chassis.
Slot check: inspect five-row P1/P2 engagement
Expansion check: record fitted PMC positions
Startup proof: compare saved boot sequence
Two PMC positions support expansion I/O. The Motorola brochure routes front-panel interfaces separately from optional P2 PMC I/O, so a replacement must be compared with both the installed mezzanine population and the backplane connector arrangement.
The board provides front-panel Ethernet and asynchronous serial access for host communication and service. VME system-controller selection, firmware startup path and network settings belong to the installed system configuration; record them before removing a working card.
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Motorola MVME2304 64-W5206C01B technical reference
Prepared by Apter Power - PDF, 4 pages. Motorola MVME2300 Series VME Processor Modules, M2300-D6. -
Motorola MVME2304 64-W5206C01B installation guide
Prepared by Apter Power - PDF, 3 pages. Model-specific installation, electrical checks and commissioning review.
Expansion boundary: PMC card functions depend on the actual installed mezzanines; the base processor board alone does not establish a specific plant I/O map.
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VME chassis control
Use the processor module as the host for software and VME transactions in a chassis whose backplane and controller selection match the board. -
PMC expansion
Retain the installed PMC population and connector routing when transferring a machine application to a replacement board. -
Network service
Use the front-panel Ethernet path where the installed network plan provides its address and boot configuration. -
Serial diagnostics
Use the asynchronous front-panel port for supported service or console access, with the correct cable and terminal settings.
Switch off the VME chassis and verify discharged power rails before extracting the processor.
Inspect P1/P2 engagement and the 5-row extension arrangement; never force a module into a mismatched connector.
Record mezzanine identities and front versus P2 I/O usage before disassembly.
Capture boot settings and inspect the removable battery/NVRAM state before changing the board.
Compare the controller jumper or auto-detect setting with the original chassis configuration.
Prove boot, Ethernet and serial access, then test each application-specific PMC path under the machine acceptance plan.
Alternative Names
Technical notes
Board identity: Match both MVME2304 and 64-W5206C01B on the physical label before treating an offered board as the requested assembly.
I/O routing: The two PMC sites can use front-panel or P2 I/O. Verify the fitted PMC modules and backplane pinout before connecting rear I/O.
Technical reference: Motorola MVME2300 Series VME Processor Modules, M2300-D6. Family functions are described here; assembly-specific memory and CPU details follow the offered board marking.
FAQ View All FAQ
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How should MVME2304 64-W5206C01B be matched to an installed VME slot?Compare both markings, P1/P2 connector style, controller selection and fitted PMC population. A base MVME2304 label alone does not establish assembly equivalence.
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What determines rear I/O compatibility for MVME2304 64-W5206C01B?Rear PMC signals use the P2 path only when the chosen mezzanine and VME64 extension backplane support that routing. Check the original slot wiring before connecting a transition module.
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How should the CPU build of MVME2304 64-W5206C01B be verified?Read the offered board labels and boot identification; the MVME2300 family contains more than one processor and speed combination.
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What should be preserved before exchanging MVME2304 64-W5206C01B?Record the boot media, firmware settings, network address, controller mode and any populated PMC modules so the replacement can be commissioned against the same system baseline.
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Why might a PMC device disappear after installing MVME2304 64-W5206C01B?Check the mezzanine seating and PCI configuration first, then confirm that its expected front-panel or P2 signal route is present in the chassis.
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How is the front-panel network path of MVME2304 64-W5206C01B checked?Verify cable link and configured network parameters, then test the application endpoint. A lit link indicator alone does not prove the correct boot image or host communication.
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Which startup checks matter for MVME2304 64-W5206C01B?Observe firmware and front-panel status, confirm memory initialization and VME detection, then compare the boot sequence with the recorded working system.
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How should MVME2304 64-W5206C01B be accepted after replacement?Run the installed software image, confirm chassis controller operation, exercise network and serial service, and prove every fitted PMC function through its real field connection.
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