Hyperstone is proud to announce that it has been awarded the JOSCAR certification and is now recognized as a fully compliant supplier for several security companies and major organizations.
NAND Flash Memory Controllers for Industrially Embedded Storage Solutions
Our Flash Memory Controller portfolio supports a range of interfaces and form factors including SD cards, microSD, USB Flash Drives, CF cards, SATA and PATA SSDs, Disk-on-Module and Disk-on-Board solutions as well as eMMCPioneers in the NAND flash memory controller business, at Hyperstone we design and develop highly reliable, robust controllers for industrial and embedded NAND flash based storage solutions. We pride ourselves on developing innovative solutions, which enable our customers to produce world-class products for global data storage applications. Our flash memory controller portfolio supports a range of interfaces and form factors including SecureDigital (SD) cards, microSD, USB flash drives, Compact Flash (CF) cards, Serial ATA (SATA) and Parallel ATA (PATA) SSDs, Disk-on-Module (DoM) and Disk-on-Board (DoB) solutions as well as embedded flash solutions such as eMMC. Our NAND flash management technology hyMap is also supplied free and is customized for each flash application, ensuring rigorous fail-safe features and data retention. Non-Volatile storage solutions demands powerful error correction, refresh algorithms, wear leveling, and read and program disturb management as well as many other features to be used reliably, which is why your choice of NAND Flash Controller is so important.
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Hyperstone awarded JOSCAR Certification for Supply Chain Security
INIT designs industrial mSATA module with Hyperstone X1 for Public Transport Devices
Ensuring a durable, highly reliable and performant storage solution can be tough. However, INIT, one of the world’s leading solution providers in the public transportation sector has achieved just that with Hyperstones industrial X1 NAND flash controller.
Hyperstone and partners solve storage challenges for autonomous driving
Within the MEMTONOMY-2 project, consortium partners have set themselves the goal of developing new storage systems as well as safety and reliability concepts for autonomous driving. The project aims to research high-performance computing platforms, innovative vehicle architectures and future orientated software development processes.
Blog
Securing the Rails: Reliable Data Storage for Railway Applications
Reliable data storage is always a top priority. But when it comes to railway applications, the stakes are extra high. Railway infrastructure poses unique challenges for systems designers.
Industrial-Grade SD and microSD Cards: Reliable, Durable & Secure
Originally designed for consumer environments, these SD and microSD cards are now undergoing a renaissance in industrial environments, where storage system design engineers are welcoming them with open arms for their impressive reliability, durability, and security.
Do's & Don'ts: How to Design a NAND Flash-Based Storage System
Designing a NAND flash-based storage system is a tall order. For one, there are many different systems and flash controllers available. Designers must make tough decisions to create a system that can meet industry- and application-specific requirements.