Military Embedded Systems

Topic: DRAM

Story
Enabling next-generation Space IoT with a unified memory architecture

June 16, 2022

The unique environmental challenges of space require truly distributed edge computing for scale and autonomous operation – these systems must have sufficient processing capability and revamped memory architectures to support the vast collection and processing of data in real time. Standardizing around common flexible architectures that embrace universal memory is critical to enabling robust designs with optimized size, weight, power, and cost (SWaP-C), all critical elements for the space community. However, until the advent of recent spin torque transfer (STT) magnetoresistive random access memory (MRAM) solutions, there were no legacy memory technologies that could support the reliability, speed, and robustness required for this pivotal role.

News
AI could get major speed boost from new type of DRAM, research groups say

February 08, 2021

News
Memory module for harsh environments shown by SMART Modular Technologies at Sea-Air-Space show

May 07, 2019

Unmanned
Image via Shield AI
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Uncrewed aircraft system tested in Arctic NATO exercise by Shield AI

March 04, 2026

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Radar/EW
Whitepaper
Modern Defense Systems Require Durable Field Test Solutions with Laboratory Precision

March 02, 2026

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A.I.
Courtesy of U.S. Air Force.
Story
Autonomous AI acceleration requires hardware design to evolve

March 03, 2026

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Comms
Image via Mitsubishi Electric
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Anti-jamming communications payload to be provided for Japan defense satellite by Lockheed Martin

March 04, 2026

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