Flash Controllers for Embedded Solutions

Reliable NAND flash controllers to manage data storage on SSDs and devices using Compact Flash, USB, SATA and SD interfaces

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Reliable Data Storage for Automotive Solutions

eMMC & SD flash controllers for fast booting storage in navigation systems, infotainment, telemetry, event data recorders, and instrument clusters

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Performant Data Storage for Demanding Environments

Ruggedized & power fail safe, our NAND flash memory controllers withstand industrial temperatures from -40°C - +85°C

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Industrial Grade NAND Flash Memory Controllers

Industrial data storage requires high quality NAND flash memory controllers to ensure data integrity and performance for embedded and card based applications

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White Paper: Power Consumption in NAND Flash Storage

Download our latest white paper to learn about heat dissipation, the impact of environmental temperatures and the scaling of power consumption with performance.

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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 eMMC

Pioneers 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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News

Hyperstone Manages New European Flash Controller Platform

Hyperstone Manages New European Flash Controller Platform

Hyperstone participates in the development of a new flash controller platform as part of the European Penta project XSR-FMC

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Hyperstone and Mouser Electronics Sign Global Distribution Deal

Hyperstone and Mouser Electronics Sign Global Distribution Deal

Today, Hyperstone announces a global distribution agreement with Mouser Electronics. This distribution deal adresses the increasing demand for reliable storage systems around the globe. 

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Swissbit strengthens growth strategy with the acquisition of Hyperstone

Swissbit strengthens growth strategy with the acquisition of Hyperstone

As a leading provider of flash controller solutions, Hyperstone will continue to provide controllers, firmware and reference designs to module suppliers and disk-on-board integrators around the world.

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Blog

Preventing Data Loss

Preventing Data Loss

In times of a steady increasing number of systems managing crucial data, it has become increasingly critical to foresee impending issues before they happen. The hySMART™ reads the data from a connected Hyperstone device and displays valuable information and statistics.

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The Developments of 3D NAND Flash Technology

The Developments of 3D NAND Flash Technology

SSDs based on NAND flash have advantages of low power, high speed and reliability. There is still a price premium compared to traditional HDDs; however, newer devices based on 3D NAND flash are becoming ever more competitive in the storage market.

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Power Consumption and NAND Flash

Power Consumption and NAND Flash

When designing a storage system, the power used by each component is an important consideration. Power dissipation in semiconductor devices has increased because of higher data rates and the smaller transistor sizes in modern chips.

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