Swissbit-Blog
Tired of the same old e.MMC storage solutions? Our EM-30 series offers a fresh perspective, combining reliability with exceptional performance. But what sets it apart? Dive into this blog post by Alex Lenz to discover how Swissbit's commitment to quality, durability, and customization makes the EM-30 the ideal choice for your embedded systems.
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.
Are you curious about seamless system integration for your embedded projects? Join Alex Lenz as he offers insights and delves into Swissbit's EM-30 e.MMC Compatibility Guide, crafted to streamline development processes and minimize costs. Read now and unlock the key to efficient and reliable system development.
In today's data-driven world, the reliability and security of memory solutions are paramount in a vast array of applications. While consumer-grade products may be sufficient for everyday tasks, they often fall short in demanding industrial and professional applications. Let's delve into the key differentiators that set Swissbit products apart from their consumer counterparts.
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.
Designed for IoT devices and embedded electronics, the new EM-30/36 and S-50/56(u) series offer robustness, reliability, and cost-efficiency. With up to 100k PE cycles endurance and capacities up to 512GB, they provide secure and long-lasting storage for demanding applications in challenging environments. Martin Schreiber provides a closer look into specs, benefits, and application fields.
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.
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!