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  • InnodiskEmbedded ComputingStorageSSD
  • iSLC is proprietary flash memory storage technology that was developed by Innodisk. This exclusive technology ensures longer-lasting and more reliable performance than conventional MLC NAND flash. With iSLC, NAND flash will last 10 times longer than MLC-based flash.

    The purpose of iSLC is to increase the SSD’s lifespan, and keep costs down by finding the right balance between Performance, Price, Capacity, Endurance and Reliability in other words, performing as close as possible to SLC flash, but costing as close as possible to MLC flash.

    Innodisk’s iSLC is designed to overcome this inherent deficiency in MLC NAND flash due to ever increasing demands on performance and endurance. With our iSLC technology, a 32GB capacity drive can sustain 320GB per day for more than 7 years. See Figure below.




    iSLC offers an improvement over endurance of MLC to further suit the needs of industrial SSD applications.

    Features
    •   Performance and data quality congruent to SLC
    •   Lifespan 7 times longer than MLC
    •   Half or less than the cost of SLC

    Application
    •   Industrial PC (IPC)
    •   Kiosks
    •   Point-of-Sale systems (POS)
    •   Embedded systems
    •   Servers


  • InnodiskEmbedded ComputingStorageSSD
  • iCell is a smart data protection technology that is built into Innodisk’s SSDs. iCell is vital for mission-critical applications, where working under extreme conditions and without backup power is unavoidable.
    The iCell technology provides a mechanism to instantaneously discharge data stored in temporary volatile DRAM buffers to flash storage, to ensure the safety of data during power failures.

    To a large extent, the one crucial question for any mechanism is how fast its SSD can discharge all of its data to flash storage within the time provided, right before total power failure. To ensure that there is ample time for all of the data to be discharged.
    Innodisk’s iCell Technology is engineered with several capacitors on the IC board to provide 58ms more of a power buffer (which is crucial for large data with an average power buffer of 2ms only). With iCell Technology, Innodisk SSDs can write up to 15MB of data to flash storage in 60ms.

    Features
    •   In different form factors applicable
    •   Prevents data loss

    Applications
    •   Aerospace and Defense
    •   Industrial/Embedded Applications
    •   Cloud Computing Applications
    •   Server Application
    •   Casino gaming
    •   In-Vehicle
















    Figure 1:
    Residual power in the system is only around 2ms.
    Data cannot be written fully to flash storage before total power loss.

    Figure 2:
    Residual power available to the SSD is around 60ms.
    Within 60ms, the SSD can write 15MB of data to flash.



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