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Not long ago, edge devices relied on simple microcontrollers with limited flash. That was enough when tasks were basic. But today, edge systems are expected to run real-time analytics and even AI inference directly on-site. This shift puts storage into the spotlight. Without fast, reliable memory, even the most powerful processor will stall.
In my latest blog post, I demonstrate once again how important data is in today's world. I also explain how Swissbit storage solutions secure data in different and demanding environments, including on land, in the air, at sea, and in space. Because: Swissbit storage solutions are designed to work when it matters most — when failure is not an option.
Fasten your seat belt! The flash memory market's wild ride continues in 2024. Demand for AI and data centers soars, while automotive sputters. Join our Head of Product Management Martin Schreiber to see where the market's headed next and who's leading the charge.
Dive into 2024's flash memory market with Martin Schreiber's incisive analysis. This year, the sector resembles a rollercoaster, marked by fluctuating production and varied demand trends. Get essential insights and learn more about Swissbit's strategic recommendations to steer through this dynamic market landscape.
In their highly competitive market, data center operators need to adapt their storage equipment to match the application load as exactly as possible. This blog post shows how that can be accomplished and what cars in the fast lane have to do with it.
The ability to operate TLC in pseudo-SLC mode with one bit per cell continues to carve out a niche existence. However, for a vast number of applications the economic advantages of this configuration outweigh the disadvantages. We've compiled four arguments to consider.
NAND Flash SSDs are generally accepted as standard and universal storage devices. Nevertheless, many things can go wrong if you don’t choose the right SSD for your application. Here are the main areas where damage may occur by using unsuited products.
The implementation of effective cyber security risk mitigation mechanisms as well as the functional split between hardware and software are major challenges for automotive OEMs. The Swissbit Automotive competence offers solution paths for both areas - and even more.
The clear up process of being able to release entire blocks in flash memory is called “garbage collection”. But how does it work?
How do “bad blocks” occur in NAND flash and what do flash and storage medium manufacturers have to pay attention to during production in order to avoid early failures? Let's have a look!