Industrial Storage for Industrial Markets

Hyperstone NAND flash memory controllers are designed to enable highly flexible, robust and reliable industrial storage systems. Through a range of flash controller features we manage the flash memory and ensure your overall NAND flash based system is operating in its most reliable state for its unique use case.

From automotive requirements, to networking connectivity, industrial storage systems can find themselves across a range of demanding environments with a unique set of challenges accompanying their use case. To meet these requirements, Hyperstone has a portfolio of reliable NAND flash controllers which enable highly secure storage solutions that can be tailored to your systems demands and requirements. With a focus on reliability and next generation flash support, our flash controllers have powerful error correction algorithms, superior wear leveling and many other features to guarantee optimal performance.

Scroll through the markets to see how we can also serve your use case in the best way.

Industrial Automation covers a wide range of applications. It encompasses Factory Automation as well as Point of Sales Terminals, Access Control systems and Robotics. Systems using flash memory devices are typically found in PLCs, IPCs, HMIs, Motion Controls and Computer on Modules.

The Internet of Things (IoT) can be seen as an infrastructure and ecosystem for very different smart devices, which can be uniquely identified and have the ability to communicate over a network without necessarily requiring human involvement. IoT encompasses (M2M) communication, Industry 4.0, connected cars, smart metering, smart homes connected transportation and more. 

Modern medical treatments and procedures are highly reliant on state-of-the-art electronic devices which gather and store patient data. Additionally, the Operating Systems (OS) running these devices also demand reliable and secure storage. This data needs to not only be stored securely but also effectively prevent unauthorized access in demanding environments.

Storage is an integral part of communications infrastructure. A fault in any sub-system could result in service failures. Non-volatile memory has become the default media for code and data storage across the entire infrastructure, meaning service providers rely on suppliers being able to provide long-term support for new and legacy interfaces.

Security weaknesses and breaches in telecommunication, data theft of sensitive information, and even political scandals are topics of increasing frequency and magnitude during recent years it seems. Consequently, demand for security solutions is constantly growing.

With the ongoing and growing use of electronic components and displays within cars, storage has become a key component in the reliable operation of modern cars. The possibilities are endless, as storage is no longer limited to Infotainment and map storage, but also serves as the basic data source for ADAS/ Autonomous Driving.

There has been a huge shift in environmental infrastructure over the last few decades. Central power plants have been replaced with distributed power solutions like wind mills and solar panels. With a special focus on efficient and reliable energy, distributed energy systems, also known as Smart or Digital Grid are an investment shaping our future. 

Mobility and transportation applications such as rail, trucking, naval, avionics, agriculture, construction and mobile automation require ruggedized computers and data-loggers as well as reliable OS storage. Related infrastructure like signalling or monitoring systems needs to be reliable, maintainable and anticipatable.