Fujitsu Unveils World First 125 Degree Celcius Compliant FCRAM for Consumer Market Fujitsu razkriva svet prve 125 stopinja Celzija Usuglašen FCRAM za potrošniški trg

Wonder how extreme can the operating temperature of a memory chip go without failure? Zanima me, kako lahko delujejo skrajno temperaturo pomnilniški čip šel brez okvare? Typically for extended temperature, it can goes as high as 95 degree Celsius but this time Fujitsu Microelectronics America has able to break the technology barrier by unveiling two new FCRAM memory chips that can extend the operating temperature up to 125 degree Celsius suitable for extreme environment. Tipično za podaljšano temperaturo, da lahko gre tako visoko kot 95 stopinja Celzija, vendar tokrat Fujitsu Microelectronics America je sposoben prekinil tehnoloških ovir z razkritje dveh novih FCRAM spominski čipi, ki se lahko razširi obseg obratovalne temperature do 125 stopinja Celzija, primerna za ekstremne okolje. Available in both 512Mbit and 256Mbit technology, codenamed as MB81EDS516545 and MB81EDS256545 respectively, they are claimed to be the world's first FCRAM memory module that being designed in such a high operating temperature specifications targeted for consumer and industrial usages. Na voljo v obeh 512Mbit in 256Mbit tehnologiji, imenovani kot MB81EDS516545 in MB81EDS256545 tem so trdile, da je Svet v prvi FCRAM pomnilniške module, ki so oblikovana tako visoka obratovalna temperatura ciljnih specifikacij za potrošniške in industrijske rabe.

The new FCRAM is specially designed to be used with SiPs (System in Package) to withstand extreme temperature as most of the conventional memory module can only go up to maximum of 95 degree Celsius while the SoC (System on Chip) package can easily reach 125 degree Celsius without affecting its normal functionality. Nova FCRAM je izdelana posebej za uporabo z SiPs (System v paketu), da vzdržijo ekstremne temperature, kot je večina konvencionalnih pomnilnik modula lahko le pojdi do največ 95 stopinja Celzija, medtem ko je SOC (System na Chip) paket zlahka dosežejo 125 stopinja Celzija brez vpliva na njegovo normalno delovanje. An alternative solution to conventional memory usage is to add some kind of heatsink or heat spreader with the hope that it can dissipate heat to keep the whole system in operable temperature range but with that, it adds additional cost and stack up which eventually affect its competitiveness and outlook of the end products. Alternativno rešitev za konvencionalne pomnilnika je dodati nekatere vrste heatsink ali toplote posipač z upanjem, da lahko razpršitev toplote za ohranitev celotnega sistema delujejo v temperaturnem območju, ampak s tem, da dodaja dodatne stroške in dimnika, ki se sčasoma vplivajo na njegovo konkurenčnost in izglede v končne proizvode.

More importantly, the new FCRAM is expected to be able to outperform existing DDR SDRAM in terms data speed as well as power consumption. Še pomembneje je, da nove FCRAM se pričakuje, da bodo lahko prekašajo obstoječih DDR SDRAM v smislu hitrosti podatkov, kakor tudi poraba energije. It is claimed to transfer data two times faster while only draw less than 50 percent of power consumption as compared to conventional memory module. Trdila je, da se prenos podatkov dva-krat hitreje, medtem ko samo izdela manj kot 50 odstotkov porabe energije v primerjavi s konvencionalnimi pomnilniške module. Currently these modules are already available for order and pricing availability is upon request. Trenutno ti moduli so že na voljo za red in cenovne dostopnosti na zahtevo.

IMPORTANT : The page is machine translated and provided "as is" without warranty. POMEMBNO: Ta stran je stroj prevod in če "kot je" brez garancije. Machine translation may be difficult to understand. Strojno prevajanje je lahko težko razumeti. Please refer to Prosimo, da original English article original English članek whenever possible. kadar je to mogoče.


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