There are a wide range of healthcare devices that require the ability to store valuable data and these devices need to be designed with reliability in mind.
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 communications 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 Flash Controller is so important.
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Industrial grade data storage for medical applications
FlashXE® and error avoidance for reliable NAND flash systems
There are many factors that contribute to the reliability of flash memory. Hyperstone controllers achieve their renowned level of reliability with the FlashXE ecosystem.
Why technical support isn't what it used to be ...
For too many companies, support stops once their business has been won. This is a serious problem for companies who are designing products for markets that require longevity.
How to properly interpret SSD performance numbers
It’s not hard to see how real-life performance figures differ from what’s presented in datasheets. But what’s the reason? How do these performance changes happen and how can you properly interpret SSD performance numbers?
Why LDPC codes aren’t suitable for industrial storage
LDPC codes are praised to be the solution for increasing error rates in today’s 3D TLC and QLC memories. However, they aren’t suited for every market.
Download Hyperstone Flash Memory Summit Presentations 2019
Available now for download are the two Hyperstone presentations from this year's Flash Memory Summit. Hyperstone presented in both the Embedded Applications and Drive Design sessions. Download the presentations here!
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