Preparing for Post-Quantum Cryptography: Trust is the Key
Patrick Hopper
Publisher, President #Influencer @ OpenSystems Media | Embedded | AI | IoT | Military | Aerospace | Embedded World Media Partner #ew25 #embeddedworld
By Larry Liu of PUFsecurity
The era of quantum computing is on its way as governments and private sectors have been taking steps to standardize quantum cryptography. With the advent of the new era, we are faced with new opportunities and challenges. This article will outline the potential impact of quantum computing and discuss strategies for preparing ourselves amid these anticipated changes. Continue reading.
Embedded Executive: We’ve Moved Past the GaN Starting Gate, TI
We appear to be over the hump between hype and reality when it comes to GaN technology. Components and end products are readily available. But according to David Snook , the product line manager for? GaN products at 德州仪器 (TI), we are just scratching the surface of where GaN’s potential lies. Hear more in this week’s?Embedded Executives podcast. Listen now.
Vector Proves Reliable with its ISO 26262 Certified Software
VECTOR Informatik introduced its new high availibility MICROSAR compatible ISO 26262 certified software solution. MICROSAR combined with the software upgrade proves to be reliable in autonomous driving and x-by-wire systems. For demanding autonomous driving applications, MICROSAR High Availability assures a deterministic Worst Case Execution Time (WCET). Read more.
Sondrel Completes a Multi-Billion Transistor Chip Design at 5nm
顺卓微电子（西安）有限公司 (LON: SND), a leading provider of ultra-complex chips for leading global technology brands, has announced that it has completed its most complex chip design to date. Designed on a 5nm process node, this ultra-complex design has more than 50 billion transistors. ?
Graham Curren , Sondrel’s CEO, said, “With every new process node, the density and number of transistors per area increases dramatically, along with the overall complexity of designing in each process. For example, only a few years ago, our biggest chip had 30 billion transistors. Our latest design delivered over 50 billion transistors. Many factors were considered to implement a 5nm design: number of engineers working on the design, the size of the design database, the complexity of data management, the number of design rules, and the expanded capability of compute infrastructure. Such a project also requires a sophisticated project management system to oversee every aspect of the design to ensure on time delivery of the highest quality. We typically have several such mega chip designs on the go at the same time as, with more than 130 engineers, we have in house the skilled resources to create the teams needed for each stage of the design. And we are using all these skills for even more complex designs at 3nm with over a hundred billion transistors.”
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Sales Manager at Otter Public Relations
1 个月Great share, Patrick!
#1 PR Firm Clutch, G2, & UpCity - INC 5000 #33, 2CCX, Gator100 ?? | Helping Brands Generate Game-Changing Media Opportunities ??Entrepreneur, Huffington Post, Newsweek, USA Today, Forbes
1 个月Great share, Patrick!
Great share, Patrick!
Senior Media Strategist & Account Executive, Otter PR
3 个月Great share, Patrick!