Tag: storage

Este es el chip que podría aparecer en el SSD más grande del mundo: Kioxia lanza un chip NAND de 2 TB y su principal socio Pure Storage podrá utilizarlo en SSD DirectFlash de 150 TB

Post author By lisa nichols
Post date July 7, 2024
No Comments on Este es el chip que podría aparecer en el SSD más grande del mundo: Kioxia lanza un chip NAND de 2 TB y su principal socio Pure Storage podrá utilizarlo en SSD DirectFlash de 150 TB

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El gigante japonés de la memoria Kioxia dice que ha comenzado a probar envíos de dispositivos QLC de 2TB, utilizando tecnología de memoria flash BiCS FLASH 3D de octava generación.

Este nuevo chip se utilizará en unidades de estado sólido (SSD), servidores y otras formas de dispositivos de almacenamiento digital que requieren componentes de memoria de alta capacidad y alta eficiencia.

La tecnología BiCS FLASH de Kioxia expande el chip de memoria tanto vertical como horizontalmente, mientras que la incorporación de la tecnología CBA (CMOS de acoplamiento directo) admite una construcción de memoria más densa y velocidades de interfaz de hasta 3,6 Gbps. El nuevo producto presenta una densidad de bits aproximadamente 2,3 veces mayor que el dispositivo QLC de quinta generación anterior de Kioxia y una eficiencia energética de escritura un 70% mayor. Kioxia dice que su nuevo dispositivo QLC, que tiene 16 chips apilados en un solo paquete de memoria, puede alcanzar una capacidad de 4 TB.

Pure Storage para adoptar la tecnología

“Con una alta densidad de bits líder en la industria, una transferencia de datos de alta velocidad y una eficiencia energética superior, el producto QLC de 2 TB proporcionará un nuevo valor para las aplicaciones de inteligencia artificial que emergen rápidamente y las aplicaciones de almacenamiento de gran tamaño que requieren ahorro de energía y espacio”, dijo Hideshi Miyajima, director Responsable de Tecnología en Kioxia.

El almacenamiento DirectFlash Module (DFM) de Pure (que permite que los arreglos totalmente flash se comuniquen directamente con el almacenamiento flash sin formato) ya ofrece densidad y eficiencia mejoradas, así como una vida útil más larga en comparación con los SSD. La compañía dijo anteriormente que lanzaría DFM de 150 TB en 2025, con el objetivo de enviar DFM de 300 TB para 2026. La integración de la tecnología de Kioxia en sus productos ayudará a lograr este objetivo.

Kioxia también ha agregado un nuevo dispositivo de memoria QLC de 1TB a su línea. En comparación con el dispositivo QLC de 2 TB, el dispositivo de 1 TB ofrece un rendimiento de escritura secuencial aproximadamente un 30 % más rápido y una mejora de la latencia de lectura de aproximadamente un 15 % y se utilizará en aplicaciones de alto rendimiento, incluidos SSD y dispositivos móviles.

“Tenemos una relación de larga data con Kioxia y nos complace integrar nuestros productos de memoria flash BiCS FLASH 2Tb QLC de octava generación para mejorar el rendimiento y la eficiencia de nuestras soluciones de almacenamiento totalmente flash”, dijo Charles Giancarlo, director ejecutivo de Pure Storage. La plataforma de almacenamiento de datos totalmente flash de Pure es capaz de satisfacer las necesidades “de los desafíos de la inteligencia artificial, así como de los agresivos costos de almacenar copias de seguridad”.

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Tags aparecer, chip, del, DirectFlash, este, Grande, KIOXIA, lanza, más, mundo, NAND, podrá, podría, principal, Pure, socio, SSD, storage, utilizarlo

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Western Digital’s new external SSD is aimed at content creators and offers 8TB of fast storage – but the firm plans to double capacity by next year

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Content producers are churning out data in unprecedented volumes, with high-definition images and 4K/8K video content consuming an enormous amount of storage space. Creators typically need to store several versions of their projects, including the initial raw files, edited versions, and the published format.

Catering to this need, Western Digital has launched a new external SSD, the SanDisk Desk Drive, which comes in 4 and 8TB capacities.

External SSDs can operate at incredibly high speeds compared to their HDD counterparts, which means that content creators can not only store, but also edit their photos and videos directly from the drive itself, decreasing the time spent on transferring files, accelerating work efficiency while ensuring that the data is securely stored.

16TB versions planned

“As digital content creation continues to soar, there is an increasing need for high-performing and high-capacity storage solutions to help manage and preserve it. Expanding our SSD portfolio is the first step in offering creators backup solutions that deliver the speed and flexibility they need to unlock their creativity,” says Susan Park, Vice President, Consumer Solutions, Western Digital.

The SanDisk Desk Drive boasts read speeds up to 1000 MB/s, and fast backup capabilities using Apple Time Machine or the included downloadable Acronis True Image for Western Digital backup software. The device also sports a modern Red Dot award-winning design.

Retailing at $379.99/£359.99 and $699.99/£663.99 for the 4TB and 8TB versions respectively, these devices can be purchased now from the Western Digital Store and other retailers.

Western Digital doesn’t intend to stop at 8TB however. Susan Park says, “By next year, we expect to double the capacity of the SanDisk Desk Drive from 8TB to 16TB on a single desktop SSD.”

The firm has also previously hinted that it plans to offer 60TB internal SSDs this year or next to meet consumer needs off the back of growing demand for AI-related applications.

Xbox Series X/S storage expansion cards from WD and Seagate are discounted right now

Post author By lisa nichols
Post date May 1, 2024
No Comments on Xbox Series X/S storage expansion cards from WD and Seagate are discounted right now

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For better or (mostly) worse, the only way to fully increase the storage of an Xbox Series X/S is to use a proprietary expansion card. Three and a half years into the consoles’ lives, there remain only two official solutions: Seagate’s Storage Expansion Card and the WD Black C50. It’s a limiting situation, but if you’re tired of deleting and reinstalling games to create space, versions of each card are at least a little cheaper than usual right now. The 1TB WD Black C50 is on sale for $125 at Amazon, while the 2TB Seagate Storage Expansion Card is down to $230 at Amazon and Best Buy.

This is within $5 of the best price we’ve seen for WD’s Xbox storage card.

$125 at Amazon

The former is $5 more than the lowest price we’ve ever seen, but it’s still $25 off the card’s usual street price. We’ll note that Seagate’s 1TB model has technically dropped as low as $90 a few times before, but those offers have typically sold out extremely fast; as of this writing, that drive costs $140. The discount on the 2TB Seagate card, meanwhile, matches the best price we’ve tracked. That one normally goes for $250. Since WD doesn’t sell a 2TB card, it’s also the highest-capacity option you can buy. Both of these discounts equal the prices we saw during Black Friday last year.

To reiterate, these aren’t great prices in the context of the wider storage market. Sony lets you upgrade the PlayStation 5 with a much wider range of traditional M.2 SSDs, almost all of which are available for significantly less per gigabyte. The top pick in our PS5 SSD buying guide, for instance, currently costs $90 for 1TB or $158 for 2TB. This is despite the fact that consumer SSD prices have generally increased over the past few months.

If you own a recent Xbox, though, you don’t have much choice. You can use a standard external drive to store Series X/S games or run backwards-compatible titles from the Xbox One and older consoles, but the only way to play current-gen games is via internal storage or one of these official cards. That said, the cards themselves are just about as fast as that internal SSD, and setting them up is a breeze: You simply plug the tiny device into the Xbox’s expansion slot, and you’re good to go. The sticker shock is the one major negative, but these discounts should lighten the load somewhat.

Follow @EngadgetDeals on Twitter and subscribe to the Engadget Deals newsletter for the latest tech deals and buying advice.

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Tags cards, discounted, expansion, Seagate, series, storage, Xbox

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No ‘independent chip makers and system makers and storage makers’: Industry expert paints bleakest picture of future of IT — insatiable tech appetite of Google, Microsoft and other hyperscalers could kill off competition forever

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In IDC’s own words, its Worldwide Quarterly Enterprise Infrastructure Tracker: Buyer and Cloud Deployment is “designed to provide clients with a better understanding of how enterprise infrastructure technologies (server, external enterprise storage systems, purpose-built appliances: HCI and PBBA) are being deployed in cloud environments and what type of buyers are acquiring them.”

The Next Platform has been following these trackers as they are released every quarter, and noticed that while hyperscalers, cloud builders, and other service providers who “build datacenter infrastructure and sell capacity on it” surpassed 50 percent share of the combined server and storage revenues in the first quarter of 2020, by the close of 2028, if IDC is right, that figure will have jumped to 69.7 percent.

The reason, of course, is LLMs. While enterprises, governments, and academic institutions (EG&As) all desire to ride the AI wave, it will be more affordable for them to do so through the cloud rather than buying, running and maintaining their own data centers.

No server makers

Digging into IDC’s data, The Next Platform’s Timothy Prickett Morgan has identified that “non-cloud” spending is now seriously below “all-cloud”, and this is a trend that shows no signs of slowing.

Prickett Morgan paints a grim picture of where this might lead us. “In that longest of runs, enterprises may lose the skillsets required to run their own infrastructure as they become more dependent on service providers. In that longest of runs, there may not be independent chip makers and system makers and storage makers, and IT may get a hell of a lot more expensive because of that. There may not be any server buyers at all, and no server makers. Just hyperscale clouds (that is an intentional hybrid) that sell application access with expensive AI built in that no one can easily replicate in a datacenter of their own, all based on hardware of their own design and making.“

And things get gloomier. “What if the plan for the hyperscalers and cloud builders is not just to build their own stuff, but to keep you and your OEM partners from building an alternative? That is what happens when the EG&A sector gets too small, and don’t think for a second these ever-hungry behemoths don’t know it.”

That may sound like the worst case scenario, and it may not come to pass, but the trends and projections presented by IDC and analyzed by The Next Platform underscore genuine concerns within the tech community. If organizations increasingly depend on hyperscale clouds and invariably lose the capability to run their own hardware, this could create a tech monopoly where only a handful of major players dictate the terms of IT solutions. The consequences could range from inflated pricing to reduced options for customization and flexibility. This is a transition that organizations, tech vendors, and policy makers need to monitor closely.

2PB SSD storage in your computer? Why not — storage firm debuts tech that can support up to 32 drives, perfect if you want to use 61.44TB Solidigm SSDs or even bigger PCIe 5.0 ones in the future

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HighPoint has unveiled the industry’s first 8-Channel PCIe Gen5 x16 NVMe Switch and NVMe RAID product lines.

Powered by Broadcom’s PEX89048 IC, these are designed to cater to high-demand, data-intensive applications and integrate Broadcom’s Gen5 PCIe switching technology to utilize x16 lanes of Gen5 host bandwidth, direct from the CPU, across Intel and AMD platforms.

HighPoint says this unique architecture enables each AIC/Adapter to maximize transfer performance for up to 8 independent device channels, and support as many as 32 NVMe devices via backplane connectivity.

Synthetic Hierarchy

The Rocket 1600 series NVMe Switch uses native inbox drivers, meaning that a 2PB solution is possible using Solidigm 61.44TB SSDs, providing they already work with the system in question.

HighPoint’s PCIe Gen5 NVMe AICs high-performance switching architecture integrates Broadcom’s 48-Channel PEX89048 switch IC to provide x16 lanes of dedicated PCIe Gen5 upstream bandwidth, ensuring x4 lanes of downstream bandwidth are available for each NVMe device channel. HighPoint says “The innovative hardware architecture enables our Gen5 NVMe product series to deliver up to 64GB/s of transfer bandwidth, minimize latency, facilitate consistent, robust I/O throughput.”

The PCIe Gen5 and Gen4 Switching Architecture employs a technique known as a “Synthetic Hierarchy” to isolate the host system’s operating system from any PCIe physical changes. It enables the AIC/Adapter to directly manage resource allocation to the downstream PCIe channels and provide true hot-swap /hot-plug capability.

The NVMe Switch Series consists of the Rocket 1628A, which is a PCIe Gen5 x16 to 4-MCIOx8 NVMe switch adapter, the Rocket 1608A, a PCIe Gen5 x16 to 8-M.2×4 NVMe switch AIC, and the Rocket 1528D, a PCIe Gen4 x16 to 4-SlimSASx8 NVMe switch adapter.

HighPoint’s RocketRAID 7600 PCIe Gen5 NVMe RAID AICs and Adapters are built on the foundation of the Rocket 1600 Switch series, and provide RAID capabilities using HighPoint’s drivers, which are compatible with qualified NVMe drives from the company’s ecosystem partners. The Rocket 7600 Series AICs/Adapters can directly support up to eight M.2 or U.2/U.3/E3.S NVMe SSDs.

The NVMe RAID Series includes the Rocket 7628A, a PCIe Gen5 x16 to 4-MCIOx8 NVMe RAID adapter, the Rocket 7608A which is a PCIe Gen5 x16 to 8-M.2×4 NVMe RAID AIC, and the Rocket 7528D, a PCIe Gen4 x16 to 4-SlimSASx8 NVMe RAID adapter.

HighPoint says its PCIe Gen5 NVMe AICs will begin shipping globally in Q3 2024.

‘A game of chicken’: Samsung set to launch new storage chip that could make 100TB SSDs mainstream — 430-layer NAND will leapfrog competition as race for NAND supremacy heats up

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NAND-based storage devices are a fiercely contested sector, one in which Samsung has held the lead since 2002, but its rivals are gaining ground.

The South Korean electronics giant has announced plans to commence mass production of its newest 290-layer ninth-generation vertical (V9) NAND chips, aimed at AI and cloud devices as well as large-scale enterprise servers. These utilize Samsung’s double-stack technology, rather than the triple stack method typically used.

Other firms are closing in, however. SK Hynix, the world’s second-largest memory chipmaker and Samsung’s archrival, intends to launch its 321-layer NAND tech early next year, while Chinese flash memory specialist Yangtze Memory Technologies says it plans to introduce 300-layer chips later this year.

A game of chicken

With the battle heating up, Samsung is already looking beyond the impending V9 launch, with industry insiders indicating that a staggering 430-layer tenth-generation (V10) NAND chip is expected to be unveiled next year. Unlike the V9, this will use Samsung’s triple-stack technology.

The aggressive push for NAND supremacy comes as demand for high-performance and large-capacity storage devices grows in the AI era. High-density NAND chips answer that demand while also enhancing capabilities for 5G smartphones.

The Korea Economic Daily says the major chipmakers are now “engaged in a game of chicken in a race to develop advanced chip stacking technology to cut costs and improve performance.” It points out that Samsung has previously announced plans to develop over 1,000-layer NAND chips by 2030.

Researchers produce thinnest sheet of metal ever using a 100-year old Japanese technique — Goldene could pave way for super catalysts, ultra high density optical storage and much more

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Described by Nature as the “gilded cousin of Graphene”, Goldene is a one-atom-thick sheet of gold created by scientists from Linköping University (LiU) in Sweden.

It has unique properties that the researchers believe could pave the way for applications such as carbon dioxide conversion, hydrogen production, water purification, and communication.

Shun Kashiwaya, a researcher at the Materials Design Division at LiU, explains, “If you make a material extremely thin, something extraordinary happens. As with Graphene, the same thing happens with gold. As you know, gold is usually a metal, but if single-atom-layer thick, the gold can become a semiconductor instead.”

An accidental discovery

Historically, attempts to create single-atom sheets of gold have been hindered due to the metal’s propensity to lump together. However, the successful creation of Goldene was achieved via a century-old Japanese smithing technique called Murakami’s reagent, which etches away carbon residue. For this task the team used an oxidizing reagent.

To produce Goldene, the researchers used a three dimensional base material with layers of gold sandwiched between titanium and carbon.

There was an element of serendipity to the creation of Goldene however, as Lars Hultman, professor of thin film physics at LiU admits. “We had created the base material with completely different applications in mind. We started with an electrically conductive ceramics called titanium silicon carbide, where silicon is in thin layers. Then the idea was to coat the material with gold to make a contact. But when we exposed the component to high temperature, the silicon layer was replaced by gold inside the base material.”

The LiU researchers now plan to turn their attention to exploring whether other noble metals could undergo a similar process and yield yet more unimaginable applications.

Funding for this research was provided by a range of institutions, including the Swedish Research Council, the Swedish Government’s Strategic Research Area in Materials Science, and Linköping University.

The obscure little PC that wanted to be a big NAS — super compact Maiyunda M1 doesn’t cost that much, offers up to 40TB SSD storage, runs Windows and has 4 Gigabit Ethernet ports

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At first glance, the Maiyunda M1 doesn’t look all that special. It’s a mini PC with a large on/off button on the front, alongside a TF card slot, a USB 3.0 port, and two USB 2.0 ports. On the rear, there are HDMI 2.0 and DP ports to allow the device to drive two screens simultaneously (4K/60Hz). There are also four 2.5GbE RJ45 ports plus two additional USB 2.0 slots.

With dimensions of just 165 x 147.5 x 59mm, not including the 52mm leg pads, the M1 with its all-aluminum shell looks like any mini PC, and even its manufacturer describes it as “unassuming”.

But the Maiyunda M1 has something that sets it apart from the competition – four quick release NVMe SSD slots on the front (behind a fascia) so you can add additional drives without having to open the enclosure. The M1 can also hold an internal 2280 NVMe SSD, bringing the total amount of available storage to 40TB.

Choice of processors

At the heart of the M1 is either an Intel N100 or Core i3-N305 Alder Lake-N processor and the device comes with 16GB of LPDDR5 RAM upgradeable to 32GB.

The manufacturer claims the M1 can handle temperatures of 0°C to +70°C and withstand humidity levels of 5%-85%.

Although it runs Windows, the creators say it supports a variety of other systems, including Linux, Proxmox VE, ESXI, Ubuntu, Debian, CentOS, Unraid, and OMV (OpenMediaVault).

The M1 is currently only available in China sadly, where it retails for a very reasonable 1380 CNY (about $190) on Taobao. There’s no information yet on the price differences between the various configuration options.

Maiyunda M1 Front

(Image credit: Maiyunda)

Maiyunda M1 Rear

(Image credit: Maiyunda)

Samsung Galaxy Z Fold 6 to feature at least five color variants, up to 1TB storage

Post author By miranda cosgrove
Post date April 23, 2024
No Comments on Samsung Galaxy Z Fold 6 to feature at least five color variants, up to 1TB storage

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We are just three months away from the launch of Samsung’s next-generation foldable phones. We exclusively revealed a few weeks ago that Samsung will hold its next Galaxy Unpacked event in early July. Ahead of the official announcement of the Galaxy Z Fold 6, its color and storage variants have leaked.

Galaxy Z Fold 6 to come in two new colors

The Galaxy Z Fold 6 will likely come in at least five color options: Crafted Black, Light Pink, Navy, Silver Shadow, and White. Industry insider Ross Young revealed that Crafted Black and White color variants will be available in lower volume, so they could likely be online-exclusive colors. He also revealed that the Galaxy Z Fold 6 will be available in 256GB, 512GB, and 1TB storage variants.

According to some rumors, the Galaxy Z Fold 6 will have a significant design change compared to the Galaxy Z Fold 5. It will reportedly feature a thinner, wider, and shorter body, making its cover screen easier to use when closed. People have always criticized Samsung’s Galaxy Z Fold phones for being too narrow to type when closed. Hopefully, Samsung will improve that and eliminate the issue with its upcoming phone.

The Galaxy Z Fold 6 is expected to use the same 50MP+12MP+10MP triple camera setup on the rear as its predecessor. It could feature a bigger battery, possibly resulting in longer battery life. It could debut running Android 14-based One UI 6.1.1 and get seven years of Android OS updates.

Watch our Galaxy Z Fold 5 review in the video below.

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Tags 1TB, Color, feature, Fold, Galaxy, Samsung, storage, variants

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Android 15 could tell you how long your phone’s storage will survive for

Post author By lisa nichols
Post date April 19, 2024
No Comments on Android 15 could tell you how long your phone’s storage will survive for

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Android 15 could come with a smart new feature that can check the health of your phone’s onboard storage, thereby alerting you to the risk of losing files or running out of usable space when you most need it.

The feature is dubbed Device Diagnostics, as spotted by Android Authority in the latest Android 15 beta, and provides users with a percentage readout of how much of your internal storage is still usable.

So why would you need such a feature? Well despite quotes onboard storage space, a lot of phones lose a portion of that to the operating system and native apps, and then overtime the universal flash storage (UFS) smartphones use, chosen for its speed, compact size, and low power consumption, can cause it to degrade over time. Such degradation comes at the hands of downloading flies, saving photos and transferring flies back and forth.

This happens to all forms of storage, eventually losing data or becoming completely unreadable, which loses anything not backed up. Currently, there aren’t any tools for checking the status of your phone’s internal storage, like some phones use for assessing battery health. So, without warning, your storage could fail, and you could lose valuable data that isn’t backed up.

However, the Device Diagnostics could provide access to battery and storage health information in the same place, making it easier to track components more prone to degrading over time. It could also include the ability to test your phone’s display and touchscreen functionality to see if they are still working properly. This could help you decide when to transfer your files to another storage option or switch to a newer device.

The wrinkle here is that Device Diagnostics is in the Android 15 beta meaning there’s no guarantee it will make it into the full release which we’re predicting will come sometime between August and October with more information likely to b revealed at the upcoming Google I/O 2024 event on May 14.

Furthermore, if it does become part of the full Android 15 rollout, Device Diagnostics may only be available to Google Pixel devices. This is because not all Android devices share the relevant information with the Android OS. As a result, it may not be able to provide precise storage lifetime information or support it at all.

After following the instructions from Android Police, I downloaded the Activity Launcher app on my Google Pixel 7 Pro running Android 15, I could access the device diagnostics without needing to root my phone.

From here I could see the component health of my Pixel and could confirm that my phone is maintaining 98% of its 128GB storage. I was also able to check my battery status with a detailed breakdown of its capacity, cycle count, and manufacturing date. So such a feature could be rather handy for people who want an extra layer of insight into their phone’s health and have yet to go big on cloud-based backups.

Maintaining memories

While not every phone could support the Device Diagnostics feature, you can still do a few things to prevent the loss of important files and phones right now.

The first is to backup your important files to another device or use cloud storage. The second is to perform performance maintenance on your device by deleting unnecessary documents and duplications and removing apps you no longer use or that are not supported.

You can also clear most apps’ cache and data within your phone’s settings; however, this may require you to sign in to those apps again.

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Tags Android, Long, phones, storage, survive