Full/½ bridge ADC (voltage excitation, programmable analog gain, balance and classic shunt, 6.25 kHz b/w) 12ch at 25 ksps.

Designed to operate in a rugged military environment and facilitates interfacing and data fusion of legacy, proprietary, and emerging interfaces and payloads.

NET/SWI/101 Airborne Ethernet switch (Xbar, SNMP, GPS, IRIG-B, RTC, PTPv1/v2 capability) - 8 port, with in-system programming

Ethernet multi-role recorder (CompactFlash, voice connector) - 4 user-slots.

The XMC-529 is a high-performance, user-programmable processing and FPGA resource for embedded security applications or use as an FPGA co-processing engine.

A large number of defense applications require complex processing from a growing number of video sources of increasingly higher bandwidth with high-resolution output in a variety of formats.

The Multi-Platform Mission Management (MPMM) System was designed from the ground up with high-performance computing, ruggedization, and flexibility in mind. The MPMM provides the raw horsepower needed for airborne mission management applications.

You can customize it by adding application-specific software or expanding the base system with additional components required for your program needs.

Curtiss-Wright Defense Solutions' High-Density Computing (HDC) Development Systems are air-cooled lab systems designed to open industry standards, allowing providing functioning hardware to customers without any redesign efforts.

ISR Video Processing System (VPS) combines leading-edge technologies in Intel multi-core CPUs, NVIDIA GPGPUs, and Xilinx FPGAs to provide users with powerful signal processing capabilities in a compact, embedded 6U VPX format.

The Curtiss-Wright Electronic Warfare (EW) multi-channel tuner system is a ruggedized compact 3U VPX system that combines state-of-the-art multi-channel receivers, Intel® Xeon® D multi-core DSPs, and Xilinx® FPGAs.

The Curtiss-Wright EW multi-channel tuner system is a ruggedized compact 3U VPX system that combines state-of-the-art multichannel receivers, Intel® Xeon® D multi-core DSPs, and Xilinx® Kintex®-7 FPGAs.