I/O Boards
Showing all 11 results
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C430 | 6U VME Peripheral I/O Board
The Aitech C430 multi-I/O 6U VME slave board provides up to 192 I/Os from three sets of digital I/O circuits available in a variety of configurations.
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C431 | VME Peripheral I/O Board
The innovative Aitech C431 is a VMEbus slave card that provides extensive I/O resources including Analog to Digital, Digital to Analog and opto-isolated digital I/O capabilities.
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C437 | ARINC 429 6U VME Peripheral I/O Board
Aitech’s C437 provides multiple I/O including ARINC-429, Analog to Digital (A/D), Digital to Analog (D/A) and discretes.
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M222 | High Density Flash Memory PMC
The Aitech M222 is a high capacity Flash memory PMC utilizing advanced high-performance, high‑capacity NAND Flash devices to provide up to 128 GB of mass storage in a single industry standard PMC slot.
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M224 | Mass Storage PMC/XMC
The Aitech M224 is a complete SATA mass storage PMC/XMC solution suitable for harsh environments.
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M410 | Servo I/O PMC
The M410 Servo I/O PMC board is designed to provide three-wire Synchro-to-Digital conversion at 14-bit resolution on a cost effective and small industrial PMC form factor.
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M451 | Parallel I/O PMC
The M451 parallel data card is a single-width conduction-cooled (optional air-cooled) PCI mezzanine card (PMC) with a 33 MHz, 32-bit PCI interface.
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M453 | Analog I/O PMC
The M453 Analog I/O PMC board is designed to provide analog output and analog input on a cost effective and small industrial standard PMC form factor.
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M611 | Quad Gigabit Ethernet XMC
Aitech’s M611 is a high-performance Gigabit Ethernet XMC for embedded harsh environment applications.
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M705 | Multi-I/O Communications PMC
The M705 Multi-I/O Communications PMC provides multiple avionics style communication protocols (MIL-STD-1553, ARINC-429 and Serial I/O), all packed into a small single-width PMC form factor.
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M706 | Avionic Communications PMC
The M706 Avionic Communications PMC provides multiple avionics style communication protocols (MIL‑STD-1553, ARINC-429, CANbus, and Serial I/O), all packed into a small single-width PMC form factor.
