This enclosure supports PLC-based I/O in limited shipboard spaces. Industrial PLC architecture offers modularity, scalability, simplified troubleshooting, and access to a full range of PLC capabilities for flexible design.

Low-Power 3U VPX Managed Ethernet Switch.

This customized, fully-integrated, hard-mounted monitor enclosure receives sensor, health, and ship-status data, which it uses to generate digital commands and signals for external components.

The DTS1X is a rugged ready to deploy data-at-rest network attached file server that supports a 10 GbE interface with removable memory and two layers of encryption.

The Curtiss-Wright VPX3-133 3U OpenVPX processor card combines the performance of the NXP Power Architecture quad-core AltiVec-enabled T2080 processor with an extensive I/O complement for rugged deployed aerospace and defense applications.

PacStar 463 extends and integrates remote LMR radio networks into IP based networks, enabling organizations to benefit from the best capabilities of each.

PacStar 400-Series modules can be operated in PacStar Smart Chassis, Mini Transit Cases, and Rack-Mount Systems, and removed in groups of enclaves and operated independently, and operated as individual modules.

Curtiss-Wright’s TCG LinkPRO is a standards-based, high fidelity, software-only, multi-link, tactical data link (TDL) processing engine that improves tactical communications.

The 901D Rugged Navigation and Mapping table supports applications where displaying large amounts of sensor data in rugged environments is required.

The Curtiss-Wright V3-1222 rugged, high-performance 3U OpenVPX avionics processor card based on the 13th Gen Intel Core i7 "Raptor Lake" processor was designed for systems targeting Design Assurance Level (DAL) A using AC/AMC 20-152A as a means of compliance (includes guidance on the use of DO-254).

PacStar® 431 AI Server Module provides a modular embedded computing platform harnessing NVIDIA’s® high-performance IGX Thor GPU-accelerated artificial intelligence (AI) and edge processor technology.

Curtiss-Wright’s 901D Rack for Life addresses the Navy’s need to drastically reduce the time it takes to field electronic systems on naval ships while cutting costs.