▁problems ▁that ▁traditional ▁RA ID ▁brings ▁to ▁N AND ▁Flash ▁memory ▁used ▁in ▁SS D ▁disk ▁which ▁causes ▁hot sp ots ▁in ▁the ▁SS D ▁used ▁for ▁par ity ▁and ▁une ven ▁load ▁in ▁remaining ▁data ▁carrying ▁SS D ' s ▁in ▁a ▁traditional ▁RA ID ▁grouping . ▁F lex i Rem ap ™ ▁uses ▁two ▁par ity ▁drives , ▁two ▁hot ▁sp ares ▁and ▁even ly ▁loads ▁the ▁remaining ▁data ▁SS D ' s ▁by ▁using ▁an ▁award - win ning ▁algorithm ▁that ▁del ivers ▁st unning ▁performance ▁at ▁a ▁ 2 8 % ▁Data ▁Prote ction ▁and ▁serial ▁write ▁pack ing ▁overhead , ▁which ▁when ▁compared ▁to ▁RA ID ▁ 5 ▁( 2 7 % ▁overhead ) ▁is ▁a ▁very ▁reasonable ▁overhead ▁considering ▁that ▁it ▁is ▁deliver ing ▁ 3 x ▁extended ▁SS D ▁dur ability , ▁ 1 3 x ▁Performance ▁boost ▁over ▁RA ID ▁ 5 ▁and ▁very ▁attract ive ▁laten cy ▁features ▁to ▁boot . ▁ ▁F lex i Rem ap ™ ▁out per forms ▁P ure ▁Storage ▁RA ID ▁ 3 D ▁by ▁a ▁wide ▁margin ▁and ▁del ivers ▁maximum ▁performance ▁offered ▁by ▁current ▁P CI e ▁ 3 . 0 ▁server ▁technology . ▁ ▁Acc el St or ▁use ▁three ▁different ▁hardware ▁prov iders ▁for ▁their ▁base ▁systems , ▁featuring ▁Super M icro ▁platforms ▁for ▁the ▁P 7 1 0 ▁and ▁H ▁series ▁systems , ▁A IC ▁for ▁the ▁P 3 1 0 ▁N V Me ▁platform ▁and ▁D ell ▁for ▁the ▁new ▁P 8 1