Technobox, Inc. | PMC/XMC Boards & Embedded Solutions
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Adapters & Carriers

The most extensive range of carriers and adapters that facilitate the engineering and/or testing of PMC/XMC mezzanine boards or to enable their integration within a variety of system platforms such as OpenVPX, VME and standard PCI Express (PCIe).

 
 
 

32-Bit/33 MHz PMC-to-PCI Adapter (4933)

32-Bit/33 MHz PMC-to-PCI Adapter (4933)

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Our 32-Bit/33 MHz PMC-to-PCI Adapter (4933) permits delivery of PMC-derived applications in a standard PCI environment. Mechanically, a PMC card fits cleanly on a short-length PCI board, resulting in a highly acceptable delivery solution for desktop applications.

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Product Information

This PMC-to-PCI Adapter product from Technobox, Inc. permits delivery of PMC-derived applications in a standard PCI environment. Mechanically, a PMC card fits cleanly on a short-length PCI board, resulting in a highly acceptable delivery solution for desktop applications. Effectively, PMC suppliers can introduce products to desktop packaging without having to maintain two PCI-based designs – one for standard PCI and a second for PMC. Note that the inverse (i.e., standard PCI boards plugging into VME bus boards) is mechanically awkward. This product was designed to reduce cost. Since it does not have LEDs, clamping diodes, logic analyzer test headers and test features found on other more comprehensive Technobox, Inc. PMC development tools thus, providing cost savings. Also, PMC Side 1 is not accessible for probing.

The A and C rows of a 96-pin DIN connector, located toward the rear of the board, connect with the 64-pin user I/O connector (J4/P4) on the mezzanine card. This connection is specified by IEEE 1386 for the P2 connector on VME bus boards and permits internal connection of rear I/O, should the PMC board support rear I/O connectivity. A 2.5 mm thick aluminum panel, with a 0.5 mm chamfered edge, is provided on the PCI board bracket. This mimic the mechanics of a PMC installed on a VME bus board or another host environment. To minimize the overall net size of PCI signals, it is recommended that only one of these adapters be installed in a standard PCI-based system. Preferably, the adapter should be located at the end most PCI slot to minimize stubbing of the PCI bus.

 

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