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Advanced Electronics Packaging Digest

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Suggested Items

Boeing Delivers Final High-speed Service Satellites

09/08/2026 | Boeing
Boeing announced delivery of the final three O3b mPOWER satellites – F11, F12 and F13 – to space solutions provider SES.

Built Here, and Ready for What’s Next

09/08/2026 | Laura Martin, Isola
The rise of drones is no longer on the horizon. Unmanned systems have rapidly changed the modern battlefield, demonstrating the value of platforms that can sense, communicate, process information, and act at unprecedented speed. But as development and production of these systems accelerate, another mission-critical consideration is coming into focus: the supply chain behind the electronics. U.S. defense policy is focusing on reducing dependence on covered foreign sources for unmanned systems and their critical components. The message to the defense industrial base is becoming clear: Resilient, trusted supply chains matter, and the electronics inside tomorrow's unmanned platforms are part of that equation.

Teledyne Qioptiq Receives $21M+ Germany Order for PHOENIX-XR Thermal Sights

09/04/2026 | BUSINESS WIRE
Teledyne Technologies Incorporated announced that Teledyne Qioptiq has received the first option from the German Bundeswehr for PHOENIX-XR cooled weapons sights valued at more than $21 million.

Sypris Secures Follow-On Contract for Classified Missile Program

09/01/2026 | Sypris Electronics LLC
Sypris Electronics, LLC, a subsidiary of Sypris Solutions, Inc., announced that it has been selected to fulfill a follow-on contract to provide advanced electronic power supply modules for a classified, mission‑critical missile program.

Knocking Down the Bone Pile: Hot Air vs. Infrared PCB Rework

08/31/2026 | Nash Bell -- Column: Knocking Down the Bone Pile
Component rework is the controlled process of removing, replacing, repositioning, or repairing electronic components on an assembled PCB. Rework may be required because of component defects, incorrect placement, soldering defects, engineering changes, or damage identified during inspection or testing. A successful rework process uses controlled heating, soldering, cleaning, handling, and inspection techniques to restore the assembly while minimizing thermal and mechanical stress to the PCB and surrounding components.
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