▁Specifically ▁designed ▁for ▁N AND ▁flash ▁memory ▁operations , ▁Acc el St or ' s ▁F lex i Rem ap ™ ▁technology ▁features ▁a ▁unique ▁architect ural ▁re - design ▁of ▁RA ID ▁operation ▁that ▁consider ably ▁spe eds ▁up ▁random ▁I / O ▁requests , ▁a ▁major ▁cause ▁of ▁storage - access ▁slow down s . ▁Un like ▁traditional ▁RA ID ▁algorithms , ▁F lex i Rem ap ™ ▁rem aps ▁data ▁before ▁passing ▁it ▁to ▁the ▁underlying ▁flash ▁memory ▁layer , ▁avoid ing ▁unnecessary ▁processing ▁overhead ▁and ▁extending ▁the ▁lif es pan ▁of ▁SS D s ▁by ▁a ▁large ▁margin . ▁ ▁F lex i Rem ap ™ ▁har ness es ▁the ▁power ▁of ▁processor ▁architecture ▁by ▁man aging ▁the ▁underlying ▁flash ▁memory ▁directly ▁from ▁the ▁kernel ▁level ▁of ▁the ▁operating ▁system . ▁This ▁technology ▁pack s ▁data ▁intellig ently ▁during ▁random ▁writes , ▁acceler ating ▁access ▁and ▁impro ving ▁performance . ▁Data ▁is ▁written ▁onto ▁each ▁data ▁carrying ▁SS D ▁even ly ▁to ▁prevent ▁any ▁section ▁from ▁we aring ▁out ▁prem ature ly ▁as ▁seen ▁with ▁RA ID ▁ 5 ▁and ▁RA ID ▁ 6 . ▁F lex i Rem ap ™ ▁also ▁simpl ifies ▁SS D ▁management ▁by ▁integr ating ▁all ▁the ▁SS D s ▁into ▁a ▁single ▁store , ▁combining ▁capacity ▁with ▁data - access ▁performance . ▁ ▁The ▁power ▁of ▁Acc el St or ▁F lex i Rem ap ™ ▁technology ▁is ▁best ▁demonstrated ▁in ▁Acc el St or ▁Ne o S app hire ▁all - flash