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Apogee Semiconductor at NSREC 2024
Date: July 22-26, 2024 Location: Ottawa, Canada Apogee Semiconductor will be exhibiting at NSREC Apogee Semiconductor will be presenting a Data...
Apogee Semiconductor at SmallSat
Date: August 3-8, 2024Location: Logan, UTWebsite: Small Satellite Conference Apogee Semiconductor will be exhibiting. Visit our booth to learn about...
Apogee Semiconductor at RADECS 2024
Date: September 16-20, 2024Location: Maspalomas, Canary Islands, SpainWebsite: RADECS 2024 Apogee Semiconductor will be exhibiting. Visit our booth...
Apogee Semiconductor In the News
Apogee Semiconductor Announces Leadership Transition: David Briggs Appointed as CEO; Mark Hamlyn assumes position of General Manager Product Lines.
Apogee Semiconductor Inc., a leading Semiconductor company in the Commercial Space Electronics Industry, today announced a leadership transition as Mark Hamlyn assumes the role of Chief Executive Officer (CEO).
Military & Aerospace Electronics Article, May/June 2024
Apogee Semiconductor has released the AP54RHC288 Arbiter, the industry’s first IC designed to prevent propagation of failure modes in power supply, motor control and other half-bridge and full-bridge applications.
Apogee Semiconductor Introduces the RelBridge™ Family!
Apogee Semiconductor has released the AP54RHC288 Arbiter, the industry’s first IC designed to prevent propagation of failure modes in power supply, motor control and other half-bridge and full-bridge applications.
Introducing 300krad In Plastic
Plano, Texas — Apogee Semiconductor, Inc., a leading provider of technologies and products for space and other extreme environments, announces today the launch of their AF54RHC GEO family of radiation-hardened integrated circuits (ICs) designed for medium earth orbits (MEO), geostationary orbits (GEO), and deep space missions
Apogee Semiconductor’s “Automating for SmallSat Success” Webinar
Features cover military satellite communications, AI for military use, radiation-hardened electronics for space, and more!
CMOS Buffers Support Cold Sparing For Space ICs Without The Usual Power Penalty
Features cover military satellite communications, AI for military use, radiation-hardened electronics for space, and more!
Military Embedded Systems
Features cover military satellite communications, AI for military use, radiation-hardened electronics for space, and more!
Military & Aerospace Electronics June issue Military & Aerospace Electronics
Read the entire article.
Military Embedded Systems – Industry Spotlight: Rad-hard Electronics Design Trends
The DoD funding commitments and market pressures are affecting the growth in rad-hard designs. While the supply chain remains a procurement challenge, designers are being forced to innovate to meet size, weight, power and cost (SWaP-C) demands with commercial off-the-shelf (COTS) products while maintaining acceptable radiation-tolerant levels…
Military+Aerospace: Technology Focus – Radiation Hardening Meets Smart Satellites
Radiation-hardened processors, memory, power supplies, and other components for space applications have gone through big changes. Today, the pendulum is starting to swing back in a conservative direction, with more designed-in radiation hardening and test procedures than have been evident in the recent past. The Wild West of anything-goes small satellites with full COTS parts appears to be coming to a close…
SatMagazine – An Apogee Insight: Changing The Economics Of Space
The economics of space has changed significantly over the past decade. We’ve seen amazing reductions in launch costs that have paved the way for innovative satellite constellations with real world benefits that can be monetized. Applications such as Earth observation, providing world-wide internet and asset tracking can improve our lives in many ways, while generating significant revenue streams.
Apogee Semiconductor Appoints Micross Components, Inc. as Global Distributor
Apogee Semiconductor announced today the appointment of Micross Components, Inc. (Micross) as their global distributor of die and packaged Rad-Tolerant and Rad-Hard integrated circuits.