BOHEMIA, NY – June 2025 --North Atlantic Industries, Inc. (NAI), a leading provider of rugged embedded electronics for the defense, industrial, and commercial aerospace markets, announces the release of the 68SR1, a 3U OpenVPX Solid-State Power Controller Relay Board. Designed for military and aerospace applications, the 68SR1 offers high-reliability solid-state power switching in demanding environments.
The 68SR1 supports up to three NAI Solid-State Power Controller Relay modules, each offering up to four isolated, high-current, high-voltage output channels. It features a PCIe x1 backplane interface and a factory-configurable Ethernet port supporting either 10/100/1000BASE-T or 1000BASE-X for command and control.
Module options include the SW1 with four normally open low-voltage channels rated at ±100V and 6A continuous per channel, the SW2 with four normally open high-voltage channels rated at ±200V and 4A per channel, and the SW3 with two normally closed low-voltage channels rated at ±100V and 3A per channel.
Additional features include continuous Built-In-Test (BIT), voltage and current monitoring, VITA 46.11 Tier-2 IPMC compatibility, and a rear I/O interface using standard VPX connectors. An RS-232 debug/console port is also included. NAI provides a comprehensive Software Support Kit (SSK) with API libraries, documentation, sample projects, and source code to streamline system integration.
“The 68SR1 expands NAI’s COSA® Architecture portfolio with advanced power control capabilities for mission-critical systems,” said Lino Massafra, Vice President of Sales and Marketing. “It reflects our commitment to delivering SWaP-optimized solutions for defense and aerospace platforms.”
With the introduction of the 68SR1, NAI continues to provide configurable, high-performance embedded solutions tailored to evolving mission requirements.
NAI offers, and continues to support, primary or single function I/O boards designed for a specific, single-purpose application. Based on the specialized application itself, from the interface connectors through the motherboard, to the specific function, these boards typically address I/O function integration challenges requiring higher current capacity, layout, and/or grounding requirements. They are specifically designed for rugged defense, commercial aerospace, and industrial applications.