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Two 64-pin connectors from the PCI bus are used in the basic PMC module’s 32-bit data bus. There is also a 64-bit variant that employs three PCI connectors with 64-pin connectors.
A PCI mezzanine card (PMC) is a printed circuit board that extends the connectivity or functionality of a computer system that is compatible with it.
Typically, this is done for computer systems that accept the PCI specification, such as those that use the VMEbus, Futurebus+, and others. PMCs are experts at delivering both combat and security forces.
They perform a variety of tasks, from carrying out small-scale training missions to providing combat groups made up of up to several hundred highly trained soldiers and outfitted with potent weaponry, such as tanks and attack helicopters.
The Global PMC I/O Modules market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
According to the VITA 36 specification, the XIt2020 is a PMC I/O Module (PIM) that supports several X-ES PrPMC devices.
The XIt2020 routes I/O signals from an attached PrPMC’s back panel P14 connector to enable connection of these signals when mounted on the right carrier, such as the XTend3100 or XIt1003.
A new product line from Bihl+Wiedemann consists of self-configuring digital PMC I/O modules. When you set an output bit in the PLC output data, it becomes a self-configuring output with a diagnostic feedback in the matching input bit.
An input signal is automatically mapped as an output bit in the PLC input data if you don’t set an output bit in the PLC output data. As a result, numerous applications can be achieved using a single module.
In particular, the modules are a fantastic substitute for comparable Ethernet- or IO-Link-based I/O solutions. Savings include both the cost of the module and the wiring.
Channel-specific diagnostics are also advantageous. Self-configuring modules with 4 I/Os, 8 I/Os, and 16 I/Os.
