#10 tb

[ansiklomedia]

Western Digital’den 10 TB Sabit Disk! Western Digital’in bir alt kuruluşu olan HGST tarafından piyasaya çıkarılacak olan Ultrastar He10, çok yüksek kapasiteli sabit disk arayan kullanıcıları memnun edebilir.

[ansiklomedia]

Seagate İlk 10 TB Sabit Diskini Duyurdu 1970 yılından bu yana depolama alanında hizmet veren Western Digital, yaklaşık dört sene önce Hitachi’nin sabit disk bölümünü satın almıştı.

[ansiklomedia]

Seagate 10 TB Sabit Disk Satışa Çıkıyor

Seagate 10 TB Sabit Disk Satışa Çıkıyor

Seagate’in yeni yılın ilk günlerinde tanıttığı 10TB diski önümüzdeki ay satışa sunuluyor. Özellikle bulut tabanlı veri depolama merkezlerinin taleplerini karşılamayı hedefleyen disk, tanıtılmasıyla birlikte Alibaba ve Huawei gibi firmalara tedarik edilmeye başlanmıştı.

Standart 3,5 inçlik sabit disk boyutlarında olan, 7 adet plakadan oluşan ve 14 okuma/yazma kafası bulunan diskin içi helyum…

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[overcluster]

Seagate almacena y protege todo con 'The Guardian'

Seagate almacena y protege todo con ‘The Guardian’

La nueva serie aporta versatilidad para grandes cantidades de información (more…)

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[sanalyer]

İlk 10 TB Sabit Disk Seagate’den geldi: Western Digital’in alt kuruluşu HGST’nin ardından, Seagate de ilk 10 TB sabit diskini duyurdu. 1970 yılından bu yana depolama alanında hizmet veren Western Digital, ortalama dört yıl ilkin Hitachi’nin sabit disk bölümünü satın almıştı. WD, böylece Seagate ve Samsung karşısında güçlenmişti. Bu yenilikle birlikte, sabit disk kapasitelerinin artacağı tahmin edilmişti. Ek olarak sabit disklerden SSD’lere geçişin hızla artacağı da http://dlvr.it/DKGKnD

[overcluster]

Western Digital y su disco de 10 TB

Western Digital y su disco de 10 TB

Además de su tremenda capacidad; el modelo Ultrastar He10, de HGST, división de WD, es el primero en su tipo sellado con helio.

Si 4 o 6 TB de espacio te parecían una “guasada”, ¿qué te parece un disco con 10 TB? HGST, una división de Western Digital, presentó el primer disco rígido sellado herméticamente mediante el uso de helio.

Se trata de un nuevo modelo llamado Ultrastar He10, de 7200 RPM, pensado para utilizarse como unidad de almacenamiento de archivos de respaldo, y no tanto como un HDD normal para el uso continuo.

Ultrastar He10 al desnudo.

Esta iniciativa de HGST junto a los chicos de WD, al usar helio en el sellado, genera una menor resistencia que el aire que se usa en los discos giratorios magnéticos para formar el almacenamiento, logrando así que se incremente la capacidad tras aprovechar mejor el lugar interno en el disco.

Según destacan varios medios internacionales, el Ultrastar He10 llegará a capacidades de 15 y 20TB durante el 2016, pero a un precio elevado. Si te gustó el He10, te contamos que tiene un valor estimado de casi US$ $900.

http://www.overcluster.com/western-digital-y-su-disco-de-10-tb/

[latestnews24-blog]

E.L.O Everything Live On

http://www.everythingliveon.com/intel-and-micron-announce-3d-nand-production-open-gates-to-10tb-ssds/

Intel and Micron announce 3D NAND production, open gates to 10TB SSDs

Capacity has always been an issue for solid state drives: Each chip is expensive, and there’s limited space on a drive to contain them. Recently, Samsung has tackled the problem with V-NAND, or vertical NAND, which stacks memory for greater storage capacities. Intel and Micron are getting into that game as well, and the solution they’ve come up with, called 3D NAND, is even denser.

The technology is easy to understand, on a basic level. Traditional memory chips are built on a single plane; in a 3D NAND architecture, memory cells are stacked vertically. Doing so greatly increases the potential data capacity of a single chip. Intel and Micron cite a maximum capacity of 48GB per memory die. Since solid state drives house multiple chips, this puts the maximum capacity around 3.5 terabytes for a small M.2 drive (as you might find in a thin laptop, or Intel’s crazy-cool NUC) — and over ten terabytes for a 2.5-inch SSD.

That, of course, is an incredible boost in capacity over today’s largest SSDs, which can be found no larger than four terabytes in a 2.5-inch drive. Intel’s 3D NAND process makes it possible to pack at least twice the storage in the same space, and it’ll probably do so while reducing the overall cost-per-gigabyte of the drive. But not just big drives will benefit. This technology also will help spur development of quicker and quicker external SSDs. Samsung, for example, put its VNAND technology to use in the Portable SSD T1, which fits in the palm of your hand but packs up to a terabyte of capacity.

Those who follow hard drive technology closely will be interested to know the 3D NAND implementation used by Intel and Micron uses floating gate technology rather than the charge-trap approach by Samsung, which was considered necessary to make stacked memory work. The use of an older technology to accomplish the same feat may help Intel and Micron produce hardware at lower cost than its competitors, and that will of course mean good things for anyone who wants to buy an SSD.

Retail products aren’t a dream, either. Chips are sampling to vendors, and mass production is set to pick up in late 2015. Intel itself is to release a drive based on 3D NAND, but the technology will show up in drives from other manufacturers as well.

Samsung took the lead in this area with its introduction of V-NAND last year, and was first to market with drives based on it, but now it has real competition. We can’t wait to see which of these technology titans is first to put a 10TB solid state drive on the market.