Reliance EdgeNAND
Outlast power failures with
superior speed and reliability
Tuxera Reliance EdgeNAND™ is a true embedded flash file system designed to capture and preserve data on SPI NAND and other software-managed raw NAND flash media. With an integrated flash translation layer that protects your critical system and user data from corruption, Reliance EdgeNAND is specifically designed for maximum reliability – overcoming power losses and keeping your data safe.
Why choose Tuxera Reliance EdgeNAND
Lightning-fast boot times
Reliance EdgeNAND provides faster performance than its alternatives. It’s designed to quickly recover from interrupted program and erase operations at the lowest level, while protecting file system operations at the highest level.
Uncompromising performance
Our extensive file system testing and benchmarking has shown Reliance EdgeNAND to have superior I/O stability and consistency compared to its alternatives.
Consistent fail-safety
Dynamic Transaction Point™ technology designed into Reliance EdgeNAND ensures rock-solid reliability as the file system maintains complete metadata and file data integrity. Forget replaying a journal or performing any other file system checks – Reliance EdgeNAND ensures your decision-quality data is safe.
Stable and adaptable user experience
Reliance EdgeNAND can be configured to meet your flash data storage needs and ensure an optimal user experience by reducing complexity, optimizing resource use, and maximizing performance. Whether your application requires a single log file or ultimate flexibility to modify file hierarchy during runtime – we’ll tailor Reliance EdgeNAND to handle your specific requirements.
Award-winning tech support
Our technical support professionals are on call to help you every step of the way, from evaluation to implementation – ensuring your project performs flawlessly and on schedule. Annual support subscriptions are available in a variety of options, so you can select the ideal level of support for your needs.
Software dev kit and licensing
Our commercially licensed kits include a comprehensive Developer’s Guide, API reference, and validation utilities – plus full source code. We also offer a variety of licenses for runtime distribution according to your needs.
Technical data
Dynamic and static wear leveling
Includes both dynamic (writes automatically go to the least-used free block) and static (as compared to a threshold) wear leveling. For systems with mostly static data, static wear leveling maximizes flash lifetime. For high data turnover, dynamic is sufficient.
Compile-time and run-time control
Customize power profiles – change, suspend, and resume transaction profiles at runtime all throughout our API.
ANSI C source code
Highly portable source code means Reliance EdgeNAND can be built with many compilers for faster implementation and rapid time to market.
Support for multiple environments
Implementation on any RTOS, or even on a simple scheduler loop.
Robust error handling
Error correction, error management, and CRCs for excellent handling of read disturb and data retention issues.
Resources
Whitepapers
Troubleshooting corrupted data
As providers of software solutions that make flash data storage reliable in embedded systems, we are often the first…
How to avoid end of life from NAND correctable errors
Flash media is fabulous for most use cases, but heavy reads can cause correctable errors. Linux flash file systems…
Data reliability in space
Storage hardware that can ensure consistency and correctness in space applications require more than commercial…
Technical articles
Crash landing! Preserving data in aerospace devices
At Tuxera, we are glad to see the incredible aim of NASA’s DART team, and humbled to remember that sometimes hardware…
What is write amplification, why is it bad, and what causes it?
Write amplification happens when data written to the flash is multiplied on the flash media, reducing the device…
Get Tuxera Reliance EdgeNAND
For software evaluations and pricing quotes on Tuxera Reliance EdgeNAND file system, get in touch with us.
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