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Model Embedded COTS Systems IVHM-31CP0C


The IVHM-31CP0C is a preconfigured, rugged system with a high-performance, low power ARM® Cortex®-A9 processor. It ideally suited to support a multitude of functions that require high-density, multichannel, programmable communications, temperature measurement and I/O consisting of: ARINC 429/575; A/D Conversion; RTD Measurement and Dual-Port Gig-E Ethernet.

NAI’s remote Integrated Vehicle Health Monitoring (IVHM) systems employ a range of device interfaces that support a myriad of sensor inputs and perform intelligent sensor monitoring of military vehicles on critical missions. IVHM systems enable the collection and transmission of information regarding a vehicle’s condition, performance and location. This provides early warning maintenance signals, enhances vehicle safety, reduces man-power and maintenance costs, and improves vehicle readiness.

NAI’s IVHM systems combine a range of diagnostic tools within a single platform and provide around-the-clock, intelligent diagnostics on critical mission, air, land and sea.

Applications include:

• Fault detection and diagnostics

• Proactive maintenance and failure prevention

• Data management

The IVHM-31CP0C is designed to meet requirements in harsh, remote locations and seamlessly integrates with the same field-proven backplane technology as the standard open architecture systems.


Model Embedded COTS Systems IVHM-33CP0C


The IVHM-33CP0C is a preconfigured rugged system with a high-performance, low power ARM® Cortex®-A9 processor. It ideally suited to support a multitude of functions that require high-density, multichannel, programmable communications, temperature measurement and I/O consisting of: ARINC 429/575; A/D Conversion; CANBus (CAN 2.0 A&B or J1939); Dual-Redundant, Quad Channel MIL-STD-1553B; RTD Measurement RS-232/422/485 Serial Communications; Discrete I/O and Dual-Port Gig-E Ethernet.

NAI’s remote integrated vehicle health monitoring systems employ a range of device interfaces that support a myriad of sensor inputs and perform intelligent sensor monitoring of military vehicles on critical missions. IVHM systems enable the collection and transmission of information regarding a vehicle’s condition, performance and location. This provides early warning maintenance signals, enhances vehicle safety, reduces man-power and maintenance costs, and improves vehicle readiness.

NAI’s IVHM systems combine a range of diagnostic tools within a single platform and provide around-the-clock, intelligent diagnostics on critical mission, air, land and sea.

Applications include:

• Fault detection and diagnostics

• Proactive maintenance and failure prevention

• Data management

The IVHM-33CP0C is designed to meet requirements in harsh, remote locations and seamlessly integrates with the same field-proven backplane technology as the standard open architecture systems.


Model Embedded COTS Systems IVHM-35CP0C


The IVHM-35CP0C is a preconfigured rugged system ideally suited to support a multitude of functions that require “SBC-less” remote Gig-E command and control of high-density, multichannel, programmable ARINC 429/575; Dual-Redundant, Quad Channel MIL-STD-1553B; CANBus (CAN 2.0 A&B or J1939); A/D Conversion; RTD Measurement; RS-232/422/485 Serial Communications; Discrete I/O; TTL/CMOS I/O and Dual-Port Gig-E Ethernet.

NAI’s remote integrated vehicle health monitoring systems employ a range of device interfaces that support a myriad of sensor inputs and perform intelligent sensor monitoring of military vehicles on critical missions. IVHM systems enable the collection and transmission of information regarding a vehicle’s condition, performance and location. This provides early warning maintenance signals, enhances vehicle safety, reduces man-power and maintenance costs, and improves vehicle readiness.

NAI’s IVHM systems combine a range of diagnostic tools within a single platform and provide around-the-clock, intelligent diagnostics on critical mission, air, land and sea.

Applications include:

• Fault detection and diagnostics

• Proactive maintenance and failure prevention

• Data management

The IVHM-35CP0C is designed to meet requirements in harsh, remote locations and seamlessly integrates with the same field-proven backplane technology as the standard open architecture systems.