Articles about SSD

Enterprise hardware products aren't the sexiest things around. Most of the time you'll struggle to stay awake reading the announcement. But not this time. Intel's newly unveiled "ruler" form factor for server SSDs is quite intriguing for a change.

Intel has moved away from the traditional design that we have come to expect in consumer and enterprise SSDs to a "long, skinny" shape that enables it to push the envelope in terms of storage capacity.

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It used to be that SSDs, for all the benefits they provided over a hard drive, were hard to justify due to their super high prices and limited storage options. But, nowadays, there's something for everyone in the SSD market, and the selection is frequently getting better.

Toshiba's new SG6 series is a good example, being offered in both SATA 3 and M.2 2280 form factors, in three storage options that can make many of us happy, and with transfer speeds that put the vast majority of drives to shame.

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SATA solid state drives aren't particularly exciting nowadays, but they are essential for consumers looking to upgrade existing computers without breaking the bank. By purchasing a 2.5-inch SSD, a computer user can easily upgrade their laptop. Not only should the notebook get a speed boost, but it can improve battery life too. Heck, these drives are great for desktops too -- especially if they do not have M.2 NVMe slots.

Today, Toshiba announces a new SATA SSD that is aimed at upgraders. Called TR200, it is a 2.5-inch drive that features 64-Layer 3D 3-bit-per-cell TLC flash memory.

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USB-C is the future, and if your computer doesn't have the connector, I feel sorry for you. While it isn't a necessity at the moment, it will be eventually. Luckily, you can sometimes leverage adapters and cables to connect a Type-C device to a machine that is Type-A only.

Speaking of USB-C devices, ADATA has a new 3D NAND External SSD that uses that connector. Called "SE730H," it is the successor to the company's diminutive "SE730." Not only does the new model offer higher capacities, but the 3D TLC NAND should lend to improved longevity. While it uses 3.1 gen 2, the drive tops out at 500MB/s for both read and write. The "H" variant retains the same good looks and MIL-STD-810G/IP68 water and dust proofing as the prior model too.

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Solid state drives (SSDs) are a compelling proposition for IT procurement, as they have several advantages over hard disk drives (HDDs). The lack of moving parts means they generally last longer and are more reliable. Their faster access speed enables programs to run faster. Plus, they use less power, which improves device battery life and generates less noise. Prices are dropping fast, making this less of a factor when evaluating the two technologies side-by-side.

It’s no surprise that Gartner predicts 2017 will be the year revenue from enterprise sales of SSDs surpasses that from the older, more established technology. However, if organizations don’t want to run into substantial problems further down the line, a key question must be asked. Do IT and security teams have a good enough understanding of the technology to manage it appropriately? Take the data sanitization process at the point when an SSD-based device is due to be recommissioned, recycled or resold. Are the correct methods for carrying out and validating the complete sanitization and erasure of data both known and understood? Unfortunately, our research proves they’re not.

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NVMe solid state drives are finally becoming more mainstream, delivering speeds that consumers never imagined. When SATA-based SSDs hit the scene, they too were mind-boggling though -- when compared to mechanical hard drives at least. Nowadays, however, a new SATA solid state drive is rather boring, as they are all largely the same speed.

Today, Toshiba announces an impressive new NVMe SSD with 64-Layer 3D Flash. The XG5, as it is called, uses the 2280 form factor and M.2 connection. Since heat can impact performance, the company has wisely chosen to include a heatsink.

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Solid state drives are changing data centers for the better. These drives are not only faster, but more energy efficient too. While not necessarily more cost effective for businesses, prices are slowly on the decline. It is only a matter of time before mechanical hard drives are dead entirely. The death of HDD may not be in the immediate future, but make no mistake, it is coming.

Intel has been an SSD leader for a while, and the company has two new drives that are designed for data centers. Both the DC P4500 and P4600 feature 3D NAND, and can be had with two connection types -- a PCIe NVMe add-in card or 2.5-inch U.2. Both series of solid state drives offer capacities up to 4TB. Read speeds are up to 3270 MB/s, with write reaching 2100 MB/s -- depending on model and capacity, of course.

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Solid state drives are absolutely brilliant when installed inside a PC. You know where else they work well? Outside the computer too. As an external storage drive, an SSD offers great speed, but, more importantly, added durability too. Unlike a mechanical external hard disk drive, an SSD does not have moving parts. This makes it a much better option for those that need to take an external storage drive with them when on the go.

Today, Western Digital announces a beautiful new external storage drive. Called "My Passport SSD," the diminutive drive has a single USB-C port for both power and data. Featuring up to 1TB of capacity, it would be an excellent tool for content creators, or anyone that needs additional storage.

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SATA Solid state drives are pretty much all the same nowadays from a speed standpoint. They are as fast as they are going to be, as the SATA interface is saturated and maxed out. With that said, there are ways to improve on these SSDs, such as the type of memory used, the controller, and durability of materials.

Today, Sony unveils the G Series Professional SATA SSD. Designed for video content creators, it comes in two capacities -- 960GB (SV-GS96) and 480GB (SV-GS48). It is meant to be connected directly to certain video cameras, and then connected to a PC. The company claims the drives can last for an impressive 10 years of regular use, and for added durability, the SATA connectors are rated for 3000 insertions and removals. This is apparently six time stronger than the typical SATA connector, which can be rather delicate, actually -- I have cracked a few in my experience.

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Solid state drives are absolutely fabulous, but serial ATA variants are getting a bit long in the tooth. Don't get me wrong, if you are still using an old-fashioned mechanical hard drive, any SSD should give you better performance. With that said, NVMe M.2 drives are far superior. Of course, not all computers support the faster standard, so 2.5-inch SATA models are still relevant -- for now.

Today, ADATA announces a new 2.5-inch SATA SSD. Called "Ultimate SU700," it features 3D NAND and capacities up to 960GB -- just shy of a terabyte.

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While many people run an operating system from a solid state drive nowadays, external storage drives are largely still mechanical. It is not a mystery as to why this is -- the cost per gigabyte is much less. Unfortunately, USB hard disk drives have the same weaknesses as internal variants -- they are slow and prone to mechanical failure. If you can afford it (and don't mind the smaller capacity), a portable SSD is a much better experience.

ADATA has a new USB 3.1 (gen 1) SSD that is downright gorgeous. The 3D NAND XPG SD700X external drive is extremely rugged and features capacities up to 1TB. Most importantly, it is much faster (440/430MB/s read/write) than a mechanical HDD. Such a drive is not only beneficial for Windows, Mac, and Linux, but for faster game loading on consoles too, such as PlayStation 4 and Xbox One.

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Solid state drives are wonderful upgrades for consumer computers, but the possibilities also exist in the enterprise. Quite frankly, reliably maintaining data and large databases can be critically important to the success of many businesses. If an organization can get an edge, such as faster performance from their storage drives, it could be prove to be very valuable.

Today, Kingston Digital announces that it has begun shipping its all-new DCP1000 SSD for data centers. The ultra-fast PCIe NVMe SSD features 7GB/s speed and up to 3.2TB of storage capacity. Yeah, this thing is godly.

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All SSDs are relatively "fast" nowadays, but as time marches on, SATA variants are getting very long in the tooth. Don't get me wrong, if you are still running a mechanical hard drive, moving to an SATA SSD should be a very rewarding upgrade. If your computer is capable of using a PCIe NVMe M.2 variant, however, that is what you should target -- these newer drives are much faster than SATA.

Samsung makes wonderful solid state drives -- some would argue the manufacturer's offerings are best on the market. You know what? I wouldn't disagree. Samsung SSDs are very fast, but more importantly, they are extremely reliable. I have been testing one of the company's latest drives -- the 960 Pro 1TB. This PCIe NVMe M.2 SSD is supposed to be insanely fast, but just how fast is it? I decided to do a quick benchmark review.

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Solid state drives are one of the greatest things to ever happen to computers. Whether for business or personal computing, these SSDs have increased disk access performance dramatically. Heck, for mobile devices like laptops, the switch from physical hard drives has also improved battery life, while better protecting data from bumps and jostles.

As great as these solid state drives are now, they are only getting better. For example, SATA-based SSDs were once viewed as miraculous, but they are now looked at as slow -- PCIe-based NVMe drives are all the rage. To highlight the steady evolution of flash storage, Western Digital today unveils the first-ever 512 gigabit 64-layer 3D NAND chip.

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While the PlayStation 4 can be cracked open for storage upgrades, the Xbox One cannot. Luckily, Microsoft went an arguably better route -- USB storage expansion. This way, users can connect a second drive, while still utilizing the internal drive too.

Today, Seagate announces a new external SSD for the Xbox One. The unimaginatively named 'Game Drive for Xbox SSD' uses flash storage rather than a mechanical spinning hard drive, which should improve game load times.

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