Military Embedded Systems

Company Directory

Rochester Electronics

16 Malcolm Hoyt Drive
Newburyport, MA 01950
[email protected]
https://www.rocelec.com/
Rochester Electronics
Articles related to Rochester Electronics
Comms

PODCAST: Military aftermarket suppliers, counterfeit parts, component recreation - Podcast

March 03, 2026

Managing obsolescence is a forever problem for military system designers as defense platforms last for decades and commercial component lifespans last on average 18 months. In this podcast with Daniel Deisz, VP of Design Technology at Rochester Electronics, we discuss the military aftermarket world, component recreation, anchoring of semiconductor manufacturing, counterfeit parts, the impact of modular open systems approach (MOSA) strategies on sustainment, and more.

Radar/EW

Planning for and minimizing the costs of obsolescence in military and aerospace applications - Story

September 06, 2023

Military and aerospace supply chains are facing greater challenges than ever before, as systems in these arenas require longer development times and have longer production life cycles than any other industry. The industry must work to overcome such obstacles as component obsolescence in aging systems, prioritization of funding for long-term procurement and maintenance, coordination on the timing of and transition to newer systems, and lengthened budget cycles.

Comms

Life cycle management, semiconductor re-creation, and mitigating counterfeit parts - Story

November 29, 2018
Obsolescence management continues to be a challenge for military system designers, who are faced with designing for platforms that must last decades but using components that become obsolete in 18 months. In the following Q and A with Daniel Deisz, Director of Design Technology at Rochester Electronics, he discusses how Department of Defense (DoD) planners need to build in life cycle management costs in projects up front, the advantages of authorized re-creation or porting of semiconductor components for extending the life of parts, the importance of testing for aftermarket solutions, and how best to mitigate the spread of counterfeit components in the defense supply chain. Edited excerpts follow.