INTERFACE: The Edge Electronics Blog

The ability to analyze and read data instantly may just be the most important trend in today’s fast paced data industry. Where read-intensive workloads are concerned, Micron’s quad-level cell (QLC) NAND flash technology is redefining storage.

The FPC-BEP - a small, power-efficient, complete hardware solution by Fingerprint Cards AB - is optimizing touch payment transaction speed, convenience, and security. This Biometric Software Platform, FPC-BEP, is ideal for manufacturers of payment cards, wearables, and USB dongles. It can run Fingerprints’ new, optimized algorithm, or a 3^rd party one, making it compatible with many applications and projects.

If your current HDD workload is responsible for reading data over 80% of the time and relies on random reads and sequential writes, it’s time to consider upgrading to QLC NAND technology.  The main focus here is on performance-sensitive, read-intensive applications that would benefit from having faster capacity for less, meaning the ability to process and read information instantly – a major concern for a number of applications in today’s data space! This key performance improvement makes Micron’s 5210 a solid replacement for the following HDD operations:

Think about the best customer service experience you've had with a distributor. What did they do to stand out among the competition? Did they exceed your expectations by providing a better delivery timeline? Were they able to offer you a pipeline management solution to keep your project running long-term? Are they easy to work with?

Micron makes the move from hard drive to IO, AI for faster read-to-write ratio. The 5210 ION SSD boasts faster performance, increased endurance, added energy efficiency, and improved reliability.