Design. Integrate. Perform.

Atrenne perspectives on rugged systems engineering and next-generation computing.
embedded-electronics

Integrating GPU-Based AI Sensors into SOSA®-Aligned and OpenVPX Rugged Platforms

MOSA Event

Atrenne: Driving the Future of Defense Technology with MOSA and Open Standards

Industries

Integrating VITA 67 RF Feed-Through Modules into 3U/6U VPX & OpenVPX Systems

quality_manage

Ensuring Quality in Advanced Manufacturing: Navigating AS9100 and ISO 9001 Certifications

sosa-registered-logo

The Future of SOSA®-Aligned Open VPX Systems: Reshaping Embedded Innovation

MQ-1C_Warrior_2005-08-11

Integrating Modular Electronics in Unmanned Systems for Scalability and Flexibility

testing

Understanding EMI Shielding: Why It’s Critical for Aerospace and Defense Applications

GF23_1920x1080

Atrenne at AUSA Global Force: Advancing Mission-Ready Defense Technology

servers

Comparing Cooling Methodologies: Why Air Flow Through (AFT) Cooling Stands Out

Two members of the 216th Space Control Squadron (SPCS) set up antennas as part of a ‘Honey Badger System’ during BLACK SKIES 22 at Vandenberg Space Force Base, Calif., Sept. 20, 2022. The 216 SPCS specializes in electromagnetic warfare and is participating in the Space Training and Readiness Command’s (STARCOM) BLACK SKIES 22, along with numerous other units spanning from California to Colorado. The first of its kind, BLACK SKIES 22 is a live simulation exercise designed to rehearse the command and control of multiple joint electronic warfare fires. (U.S. Space Force photo by Tech. Sgt. Luke Kitterman)

Leveraging Advanced Data Analytics in C4ISR for Superior Defense Strategies

aoc2024_symposium

Looking Forward to AOC 2024: Atrenne’s Commitment to Innovation and Partnership

Untitled design

Atrenne Wins 4-Star Best-In-Show at AUSA 2024

Signal Analysis

Innovative Solutions for Enhancing Signal Integrity with Atrenne

panel

Strategic Use of Custom Front Panels and Enclosures in Cutting-Edge Equipment

baord-testing

Optimizing System Architecture: Building Backplanes for Advanced Custom Solutions

3U 524 Open Series Chassis

The Ultimate Guide to Selecting the Perfect Chassis Enclosure

custom_backplane

Custom Backplane Design: Key Considerations for Optimal Performance

capabilities

Innovations in Rugged Computing: Ensuring Resilience in Harsh Environments

Large radar screen with maps.low.res.800x530

The Evolution of C4ISR Technology: From Foundations to Future

ATR assemply

Atrenne’s Build-to-Print Solutions: Harnessing Custom Engineering Excellence

booth

Atrenne Wins “Best in Show” Award at AUSA 2025 Annual Meeting in Washington, DC

Electronic technician,banner, hands repairing electronic devices The use of modern one-stop service center concepts.

Precision by Design: Trace Routing, Signal Integrity, and Thermal Considerations in Custom Backplanes

Automatic Pick and Place machine quickly installs Components on Generic Circuit Board. Electronics and Circuit board Manufacturing. Bright Environment

AI, RF, and SOSA: The Next Frontier in Embedded Sensing

embedded-electronics

Integrating GPU-Based AI Sensors into SOSA®-Aligned and OpenVPX Rugged Platforms

MOSA Event

Atrenne: Driving the Future of Defense Technology with MOSA and Open Standards

Industries

Integrating VITA 67 RF Feed-Through Modules into 3U/6U VPX & OpenVPX Systems

quality_manage

Ensuring Quality in Advanced Manufacturing: Navigating AS9100 and ISO 9001 Certifications

sosa-registered-logo

The Future of SOSA®-Aligned Open VPX Systems: Reshaping Embedded Innovation

MQ-1C_Warrior_2005-08-11

Integrating Modular Electronics in Unmanned Systems for Scalability and Flexibility

testing

Understanding EMI Shielding: Why It’s Critical for Aerospace and Defense Applications

GF23_1920x1080

Atrenne at AUSA Global Force: Advancing Mission-Ready Defense Technology

servers

Comparing Cooling Methodologies: Why Air Flow Through (AFT) Cooling Stands Out