Military Embedded Systems

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ITT Cannon LLC

56 Technology Drive
Irvine, CA 92618
https://www.ittcannon.com/
ITT Cannon LLC
Articles related to ITT Cannon LLC
Unmanned

AUSA EXHIBITOR PROFILE: C5 Warrior: Smallest, High-Density 10 Gbps Battlefield Connectors showcased by ITT Cannon at AUSA - Story

October 12, 2025

ITT Cannon is showcasing their C5 Warrior rugged, ultra-miniature connector at AUSA booth #6713 this week at the Washington Convention Center. The C5 Warrior is engineered for high-performance defense and aerospace electronics. Delivering 10 Gbps data transfer in a form factor four times smaller than traditional D38999 connectors. The 19-pin variant has an outer diameter of .633”, making it smaller than a U.S dime. It’s ideal for space-constrained, data-intensive applications across soldier modernization, UAVs, avionics, and smart weapons.

Unmanned

New Passive Media Conversion technology from ITT Cannon at AUSA 2024 - Video

October 15, 2024

New Passive Media Conversion Technology from ITT Cannon at AUSA 2024. Listen in as Anthony Annunziata, director of product management at ITT Cannon, discusses the latest innovation that converts fibre signals into copper electrical signals.

Unmanned

ITT Cannon announces its newest military connector at AUSA 2024. - Video

October 15, 2024

Listen in as ITT Cannon's Director of Product Management Anthony Annunziata talks to Military Embedded Systems vlogger Tom Varcie about the newest Warrior Connector System. He said it's the ``densest, lightest military ruggedized high speed interconnect ever produced.''

Unmanned

EXHIBITOR PROFILE: High-performance, Innovative Interconnect Solutions for Army Applications at AUSA Booth #2939 - Other

October 11, 2024

Since 1915, Cannon has been synonymous with high-performance, innovative interconnect solutions. From high-speed, low-profile, or breakaway connectors used throughout soldier-worn devices, to high-speed and ultra-high-density solutions for unmanned systems, the team at Cannon can rapidly support any size, weight, and power (SWaP) design advancements across high-reliability, air or ground sensors and power systems.