Embedded Computing Design

Engineers and developers have unique requirements influenced by several factors, such as location, age group, and especially the specific phase of the design cycle they are working in. Embedded Computing Design recognizes these needs and strives to deliver relevant information at the right time and place. We organize our coverage into key categories: industrial, automotive, consumer, and medical/healthcare. The main technologies we focus on across all these areas include IoT, security, AI/machine learning, and analog/power.

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Codasip Launches Exploration Platform to Accelerate CHERI Adoption

1 week ago | embeddedcomputing.com | Tiera Oliver

News Codasip has made an exploration platform available based on the Codasip X730 application core, which integrates CHERI (Capability Hardware Enhanced RISC Instructions). Based on commercially available IP, Codasip Prime is designed to enable advanced development of memory-safe and secure software. The platform supports hardware and software engineers with evaluation and demonstration needs via the capabilities of CHERI technology.
Synaptics’ Veros Wi-Fi 7 Family for the IoT

1 week ago | embeddedcomputing.com | Tiera Oliver

Product The extended Veros wireless portfolio of Wi-Fi® 7SoCs designed for IoT from Synaptics features the SYN4390 and SYN4384. These support a peak speed of up to 5.8 Gbps, using 2×2 + 2×2 MLO, 320 MHz channel bandwidth, and 4K QAM.
Rambus Announces Next-Gen CryptoManager Security IP Solutions

2 weeks ago | embeddedcomputing.com | Tiera Oliver

News Rambus Inc. announced the introduction of its next-generation CryptoManager Security IP solutions, including Root of Trust, Hub, and Core families. The CryptoManager Security IP offerings are designed to deliver functional integration and security, enabling customers to choose the level of security features and capabilities for their applications. The CryptoManager Root of Trust delivers a fully turnkey solution and offers the industry’s first Quantum Safe boot flow.
Embedded Executive: Move Your Processing to Your Memory Subsystem | PIMIC

1 month ago | embeddedcomputing.com | Rich Nass

In a typical SoC, you handle all your processing functionality within the processor core. Makes sense, right? What if you can handle your processing within the SoC’s memory subsystem? If I understand the concept correctly, the time and power to handle those processing functions would be reduced considerably, which is needed in an AI application. So why hasn’t someone done this? Someone has, and that would be PIMIC.
Embedded Executive: Functional Safety Is a Must Have | PX5 RTOS

1 month ago | embeddedcomputing.com | Rich Nass

Functional safety is no longer a “nice to have” or “should have” in many applications, having moved to “must have” in spaces like automotive, industrial automation, medical devices, and aviation. Passing the functional safety testing process can be rigorous, especially if you’re going through it for the first time. But even the best experts take at least six months to get software certified.
xMEMS Labs New Cowell MEMS Tweeter Powers AI Glasses

1 month ago | embeddedcomputing.com | Ken Briodagh

News xMEMS Labs, a provider of solid-state MEMS speaker technology, recently announced that its Cowell MEMS tweeter is now shipping to customers. The first product to use the new tweeter is AI sports glasses from BleeqUp, a hardware startup based in China, and xMEMS’ said it sees this as the first product of many in the category, and a sign of growing momentum in the AI eyewear market.
Emerson Announces New Increases in Test and Measurement Investments at NI Connect 2025

1 month ago | embeddedcomputing.com | Tiera Oliver

News FORT WORTH, Texas -- Today at the annual NI Connect conference, Emerson announced hardware and software enhancements to its portfolio that address the growing complexity in test. Emerson's (NI) platform-based approach focuses on data, open software, modular hardware, and ecosystem/community support. The company's foundation of open software, modular designs, and overall flexibility is shown through extensive platform advancements in NI LabVIEW, NI DAQ, NI PXI, and more.
DevTalk with Rich and Vin: Reverse Engineering

1 month ago | embeddedcomputing.com | Rich Nass |Vin D'Agostino

Just about everybody in the engineering space has reverse-engineered a product at some point. It might have been for professional reasons, like seeing how a competitor is attacking a problem or simply seeing how they engineered a product. Or it could have been for personal reasons, because the product stopped working, or simply because they wanted to. Note: If you search for “Tear Down” on Embedded Computing Design, you can see the products we’ve reverse-engineered.
Kardome Joins NVIDIA AGX to Offer AI Voice Recognition to Auto OEMs

1 month ago | embeddedcomputing.com | Ken Briodagh

News When an AI assistant or voice chatbot fails to understand your command, request, or prompt, the frustration is real. If that’s just a home hub controlling your lights, it’s no big deal, but in automotive, industrial, or other mission critical industries, that kind of frustration can mean big losses in time, money, or lives.
Embedded Executive: You Can Have Lots of Power or Performance, But Not Both | Micron

1 month ago | embeddedcomputing.com | Rich Nass

If system developers had unlimited power for their designs, they’d likely find a way to take advantage of it. And the same goes for performance. However, neither of those features is available in infinite quantities. And in just about every case, one becomes a tradeoff for the other. So, how do you manage that tradeoff, and when you do, what other factors come into play?