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Hard Drive Review: QNAP TVS-682T with Samsung SSD for Photographers

09 May

In my last few storage and hard drive reviews for photographers, the units have all been similar in that they’ve been singularly NAS or Network Attached Storage units. Ones which connect to your home network via your wireless router (your wifi box) or a network switch.

With photo and video editing, while we’re almost there with speed and agility on the NAS side of things, the ability to directly connect your external storage to your computer, and essentially work at “full speed” is very appealing. But so is the ability to use your NAS to deliver to clients and to be your own personal “DropBox” of sorts, so which one is best for you?

Why can’t we have both?

The team at QNAP reached out and offered me a unit to review, one of their very nice TVS-682T Triple Mode Storage NAS / DAS and iScsi boxes. I’ll be focussing on the NAS and DAS side of things in this article.

QNAP TVS-682T with Samsung SSD hard drive review

NAS / DAS, what’s he on about!

Here’s a quick recap, perchance you’ve forgotten since my last article!

What is NAS?

Network attached storage is when your storage is attached via the network, rather than directly to your computer.

What is DAS?

Directly attached storage is exactly what it says on the tin, directly (think via USB or Thunderbolt, etc.) connected to your computer by a cable.

QNAP TVS-682T with Samsung SSD hard drive review

In basic terms, typically a NAS won’t operate as a DAS, and you are limited to one or the other. That usually means you’re limited to either flexibility in terms of being able to connect to your storage from anywhere on the internet, or you’re limited to having a storage box connected only to your computer, but it’s nice and fast.

The TVS-682T has both (plus more, but we’ll stick with NAS and DAS) the ability to connect to your network and be a NAS, as well as the ability to connect to your computer directly with Thunderbolt 2.

Technical specs of the QNAP TVS-682T

For those of you that are into the tech specs, here’s what the TVS-682T offers:

  • Built-in M.2 SATA 6gb/s slots & 2.5” SSD slots.
  • Qtier technology and SSD cache enable 24/7 optimized storage efficiency.
  • The Network & Virtual Switch app assists network traffic distribution and re-routes dedicated bandwidth for diverse applications.
  • Triple HDMI output for smooth 4K @30Hz video playback.
  • Transcodes 4K H.264 videos on-the-fly or offline.
  • Thunderbolt™ 2 (20Gbps) and 10GbE dual network for on-the-fly video editing and speedy sharing.
  • 4 available combinations with Mac/PC and JBOD for flexible attaching, sharing and expansion.
  • Scalable up to 52 hard drives with Thunderbolt 2 storage expansion enclosures TX-800PTX-500P.
  • Virtual JBOD (VJBOD) allows using QNAP NAS to expand the  TVS-682T’s storage capacity.
  • Supports QRM+ unified remote server management, QvPC technology, virtual machine and container applications, and storage for virtualization.

Blazing fast speed

Before we get into how I’m using the QNAP, I wanted to point out that to increase the pace at which you work, the QNAP has something called SSD Cache Acceleration (sounds fancy, huh!?) I’m certain that you’ve likely heard of SSD (Solid State Drive) now, yes?

If not, briefly, it’s a drive that your computer can use to store data (your photographs, etc.) but it doesn’t have any spinning parts. It’s essentially made from solid state memory, rather than a spinning platter drive and as you can imagine, this results in much faster access to your data, no head looking for the right sector on a disk results in very low latency.

What SSD Cache Acceleration does for you is (in very basic terms) puts the stuff you’re working on into the SSD Cache and serves it up in no time. This, combined with being connected to your computer via Thunderbolt means that you have a storage setup that is blazing fast! 

Other benefits

As well as using the QNAP TVS-682T as a photo/video editing and delivery platform, you can use it as a great system to backup your computer. You can even use it as a computer if you so choose! (It runs a Linux operating system) and it’s also a very nice Plex Media Server (comes with a remote control) so you can play HD content, movies, and music, via the HDMI outputs. 

Anyway, on with the story!

QNAP TVS-682T with Samsung SSD hard drive review

The Samsung SSD 860 EVO hard drive is a speedy little beast! Adding the SSD cache makes for a very fast, useable setup, even with the largest image files or 4K video.

QNAP TVS-682T with Samsung SSD hard drive review

Moving inside, we opted for the Western Digital WD60EFRX 6TB drives for storage, a solid performing NAS focussed drive. WD Red drives with NASware 3.0 technology are purpose-built to balance performance and reliability in NAS and RAID environments. NAS specific drives are different to your regular desktop HDD’s in that they’re pretty much built to be on 24/7, they run quietly and they keep their cool. That’s our build run-down.

Using the drive and ease of setup

The QNAP operates like your regular NAS in that it’s accessible on your local network. You can sling files back and forth over wifi on most devices using one of many apps available. You can also share links to files with co-workers, so if you have the QNAP setup in your studio, it means you can very easily collaborate on a shoot or multi-media project. Most importantly for me, it gives me the ability to access it from anywhere with an internet connection using my QNAPcloud.

It all sounds very technical. For the average user that’s the one thing I’d say I prefer about my Synology setup, is that I find it more straightforward or guided when coming at it from a beginner’s point of view. Like the Synology, the unit will auto-configure your router and ask if you want it to be more public or more private, etc.

QNAP TVS-682T with Samsung SSD hard drive review

But for us as photographers and filmmakers, the main drawing-card is that the unit is both NAS and DAS. So there are no hold-ups in workflow, and the ability to privately deliver digital content to clients right after you’ve ingested the files. You can use the PhotoStation (hmm, think I’ve heard that name before!) app to share photo and video via a password protected album, or publically.

What you really want to know is, how did it perform?

What we’re looking at here is the ingest and edit speed of photos and videos. I have two comparison devices to use in this little test, my 8TB G-Tech (Thunderbolt 2) and my behemoth, Promise R8 (also Thunderbolt 2) both directly connected to my 2017 iMac via adapters.

Note: Sadly, mid-way through this review, my 2015 iMac died… Apple replaced it with a 2017 iMac which only has USB-C. So while I’m thankful, I had to head out and buy a stack of adapters to use any of my drives and indeed to finish this review!

Handling of large files

I shoot with a Sony a7R Mk2 which happily produces 85MB files. So even a quick photo session with a family, 15 images, is about 1.2GB of data, which is nothing in the big scheme of things. But if you’re ingesting that every time into a slow disk, you’ll most likely start to go a little bit crazy and potentially toss your computer into the nearest dumpster!

Multiply that 1.2GB by hundreds of GB of data that could be shot on a set, or some tasty 4K video footage and you really need the speed of DAS! The QNAP certainly did not disappoint, keeping up with both the G-Tech and the Promise storage units.

But where I really noticed a sweet difference is when I was in Lightroom, editing files directly on the QNAP. The QNAP operating system puts the files you’re working with into “hot storage” and gives you quick access to them, so I guess my CR2 files were in the SSD Cache and as a result, the edits had no lag time like you’ll sometimes get if you work over a network!

You can see the SSD Cache flexing its muscles here (the little jumps) as I flick through images in my Lightroom catalog.

QNAP TVS-682T with Samsung SSD hard drive review

I could take my finished edits and drop them straight into my PhotoStation folder and have them on the web right away. I could also export full resolution image to a folder that I then share a link to with my client! They can view the album and then download the full resolution files with very little fuss, and it’s all securely controlled on my own NAS.

Conclusions

What was the result of this hard drive review and using the QNAP TVS-682T for photography, for the last month? In my opinion, it is highly recommended if you’re looking for a solution to do both DAS and NAS! 

Any negatives? Yes, I find the interface to be a little more technical and potentially confusing for people that are starting out in the world of robust NAS storage options.

But the positives far outweigh the negatives (there’s also helpdesk support, remote assistance, and a great forum if you’re really stuck).

Between the TVS-682T loaded with WD Red drives, and the Samsung EVO 860, this is one heck of a storage solution. 

Disclaimer: The author was provided gear by the supplier for the purpose of this review.

The post Hard Drive Review: QNAP TVS-682T with Samsung SSD for Photographers appeared first on Digital Photography School.


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Samsung Galaxy S9+ sample gallery

19 Apr

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We recently got a hold of Samsung’s latest and greatest smartphone, the Galaxy S9+. Like the Note 8, the S9+ has dual cameras (one wide, one telephoto,) but this time one of them can switch between F1.5 and F2.4 automatically or on demand.

We took the S9+ on a recent trip to Southern California and returned with a nice selection of photos taken under both sun and clouds. Watch this space for a full review very soon.

See our Samsung Galaxy S9+ sample gallery

Articles: Digital Photography Review (dpreview.com)

 
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Tech Insights teardown confirms Galaxy S9 uses Samsung and Sony image sensors

12 Apr

The analysts at Tech Insights have torn down the Samsung Galaxy S9 in order to analyze the device’s camera sensors and, as usual, the summary of their findings makes interesting reading for anyone who has an interest in image sensor technology. The main takeaway from Tech Insight’s report is that Samsung is once again using different image sensors by region.

Depending on where you buy the Galaxy S9, your device will either come with a Samsung S5K2L3 or Sony IMX345 chip.

Both imagers use a 3-layer stacked structure, comprising a CMOS image sensor, image signal processor (ISP) and DRAM. The Sony IMX345 is very similar in structure to the IMX400, the world’s first 3-layer stacked imager that was introduced on the Sony Xperia XZ flagship a year ago.

The Samsung S5K2L3 ISOCELL Fast sensor is the Korean manufacturer’s first 3-layer stacked model. In contrast to Sony’s custom solution with the DRAM in the middle, Samsung has opted for connecting the DRAM chip face-to-back on the ISP. The assembly also includes a dummy silicon structure filling the unoccupied space next to the DRAM chip.

This definitely won’t translate into noticeable performance or image quality differences between Galaxy S9 smartphones, but it does seem to show that Samsung is far from its goal of dethroning Sony to become #1 in the global image sensor market—it’s hard to dethrone the competition when you’re still using their sensors.

For a lot more detail on the sensor structure and assembly head over to Tech Insights, where you can also purchase even more in-depth reports if you really want to dive deep.

Articles: Digital Photography Review (dpreview.com)

 
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Samsung explains the sensor tech behind the Galaxy S9’s super-slow-motion mode

05 Apr

Samsung published a couple of technical blog posts today, providing some detail on the stacked sensor technology used in the new Galaxy S9 and S9 Plus smartphones, and specifically how this tech is used to power the devices’ super-slow-motion mode.

This mode can record 960 frames per second at HD resolution for a duration of 0.2 seconds, which translates into 6 seconds playback time at 30 fps—32 times slower than standard video. The resulting videos can be reversed, exported as GIFs and edited in other ways.

To achieve the blistering fast frame rates, Samsung has adopted similar imaging technology to what we’ve previously seen on some Sony devices. The S9 sensor offers faster sensor readout-times, bandwidth and video processing of the application sensor than on previous Galaxy generations by using a three-layer stacked sensor design that consists of the CMOS image sensor itself, a 4x faster readout circuit, and a dedicated DRAM memory chip for buffering:

In addition to slow-motion, the stacked sensor helps reduce rolling shutter effects in video mode, and counter camera shake through frame-stacking methodologies.

“We were able to achieve a readout speed that is four times faster than conventional cameras thanks to a three-layer stacked image sensor that includes the CMOS image sensor itself, a fast readout circuit, and a dedicated dynamic random-access (DRAM) memory chip, which previously was not added to image sensors,” explained Dongsoo Kim. “Integrating DRAM allowed us to overcome obstacles such as speed limits between the sensor and application processor (AP) in a high-speed camera with 960fps features.”

You can see some of the Samsung super-slow-motion video results in the video below. Samsung’s article on the technology is available on its blog, where you’ll also find an interview with the team behind the new sensor.

Articles: Digital Photography Review (dpreview.com)

 
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Samsung wants to dethrone Sony, reach #1 in the global image sensor market

17 Mar

According to a new report out of South Korea, Samsung is increasing production of its ISOCELL image sensors at its Hwasung, South Korea location in a bid to clinch the #1 spot in image sensors worldwide.

However, this feat is definitely easier said than done. Current market leader Sony has a comfortable advantage over its South Korean rival, and certainly won’t go down without a fight. In the lucrative smartphone segment alone, Sony currently has a 46 percent market share versus Samsung’s much smaller 19 percent.

That said, technologically at least, Samsung is well-placed to take on the challenge. Its latest Galaxy Note 8 and Galaxy S9/S9 Plus devices all come with innovative imaging technologies and offer excellent camera performance built on Samsung’s own sensor technology.

The company rebranded its image sensor range as Isocell in June 2017. Since then, Samsung has not only expanded its high-end sensor offerings, it also designed low-cost image sensor modules that are easy to implement into devices by other manufacturers. Several of those, for example Xiaomi and Meizu, are already using Samsung image sensors.

However, market leadership cannot be achieved with smartphones alone. Samsung is also planning to grow in the automotive space where CMOS sensors are increasingly used in the autonomous vehicle space and for other applications. In this segment, Samsung will face stiff competition from the likes of Bosch and Continental.

Whoever ends up ruling the image sensor market, a large company like Samsung challenging Sony’s quasi-monopoly for image sensors can only be good news for consumers.

Articles: Digital Photography Review (dpreview.com)

 
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iFixit teardown finds Samsung Galaxy S9 Plus difficult to repair, shows dual-blade aperture

12 Mar

The team at iFixit.com has taken apart Samsung’s brand new Galaxy S9 Plus flagship smartphone and given it a pretty low repairability score of 4/10 points. The testers liked the fact that many components are modular and can be replaced independently, but found accessing the battery to be an unnecessary challenge.

The device’s display and glass back also increase the chance of breakage, and make repairs difficult to start. The need to remove the rear glass panel and disassemble the entire phone when replacing the display was listed as another negative point.

During the teardown, the iFixit crew also had a closer look at the smartphone’s 12MP optically-stabilized camera module with 2x zoom. The dual-camera comes as a single unit on a single PCB and with a single connector. Inside, they found the DRAM chips that power the 960 fps super-slow-motion mode.

The S9 Plus main camera uses a variable F1.5/F2.4 aperture, and the close-up images show the design. Instead of a diaphragm-design with several aperture blades, the lens comes with a simpler construction, comprising of two rotating, ring-like blades for switching between its two aperture values.

Head over to iFixit.com to read the full report.

Articles: Digital Photography Review (dpreview.com)

 
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This Samsung infographic tracks the evolution of the camera phone

10 Mar

With a variable aperture, super-slow-motion and (in the case of the Plus model) a dual-camera setup, Samsung’s newly announced flagship smartphones Galaxy S9 and S9 Plus put a lot of emphasis on camera features and performance. But, of course, this is far from Samsung’s first foray into camera phone tech.

Samsung has long been at the forefront of mobile imaging, and to visualize this fact, the company has released am infographic that puts its camera phone innovations onto a timeline of the past 18 years.

The graphic starts with Samsung’s first camera phone—the SCH-V200—which was launched in 2000 and allowed you to shoot and store up to 20 0.11MP images (you still needed a computer to view them, though). From there, it move on to a number of flip-style feature phones and smartphone classics, such as the first Galaxy S or the Galaxy S4 Zoom.

As you would expect, the infographic ends with the new Galaxy S9 models, but it includes technical data and interesting tidbits about all the featured phones—well worth a closer look for anyone interested in tech history. Check it out for yourself below:

Articles: Digital Photography Review (dpreview.com)

 
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Hands-on with the Samsung Galaxy S9 and S9+

27 Feb

Hands-on with the Samsung Galaxy S9+

Samsung has announced its new flagship smartphones, the Galaxy S9 and S9+, at the Mobile World Congress in Barcelona. While changes on the surface are pretty subtle, under the hood the new models offer a range of interesting features and functions.

With its dual-camera setup, the S9+ looks like the more appealing S9 model to mobile photographers. We’ve had the chance to take a closer look at the device during the launch event. Here’s what you should know.

Subtle design changes

The S9 generation’s design language is very similar to its predecessors, and with its rounded edges the new models are comfortable to hold. However, Samsung has made some refinements to refresh the devices’ visual appeal and improve handling and operation.

Most importantly, the fingerprint sensor has been moved from next to the the camera lens to below the camera module, preventing any accidental touching and fingerprint-smearing of the latter.

In addition, the S9+’s 6.2-inch Super AMOLED display has been reinforced with thicker Corning Gorilla Glass 5, and both bezels and the screen itself come in a deeper black color to better conceal the iris sensor at the front and create a more minimalist look. Both S9 models are available in four colors: Midnight Black, Titanium Gray, Coral Blue, and Lilac Purple.

Dual-camera with tele-lens

While the S9 comes with a “traditional” single-lens camera, the S9+ is the first Samsung Galaxy S model to feature a dual-camera for improved zoom performance and a background-blurring portrait mode. Both cameras come with a 12MP pixel count and optical image stabilization.

The big news has to do with the wide angle lens on the main camera, which features a variable F1.5/F2.4 aperture and dual-pixel AF. The 2x tele-lens comes with a slower F2.4 aperture and has to make do without dual-pixel technology.

Super-slow motion video

Thanks to an integrated DRAM buffer in the imaging chip, the S9 models are capable of recording HD-resolution slow-motion footage at 960 frames per second for 0.2 seconds. When played back at 30 frames per second that translates into 6-second slow-motion clips.

Slow-motion clips can be saved as gif files and set as a background animation on the home screen. You can also “embed” up to 20 slow-motion segments into standard speed footage, creating much longer clips that only use the slow-motion effect at key moments.

Variable aperture

The aperture on the main camera automatically switches between a very fast F1.5 and a slower F2.4 value, depending on light conditions. In lower light, the large aperture is used in order to maximize light capture; in brighter conditions, the slightly slower F2.4 aperture can produce sharper images and a wider depth-of-field.

We suspect that, in very bright light, it is also used to underexpose individual frames that are then merged with brighter frames to generate HDR images through a computational imaging algorithm. This has not been confirmed by Samsung, however.

AR Emojis

The new AR Emoji function isn’t about serious photography, but can be fun to play with regardless. In AR Emoji mode, your face is turned into a cartoon-style emoji as soon as it is detected by the front camera’s face detection. Taking off any eyewear or headgear tends to help.

Your emoji can then be animated using facial expressions. Once you are happy with the result, you can save up to 18 personalized animated emojis and use them in the usual way in apps such as Whatsapp or Facebook Messenger. The good news is that they can be shared with users of any smartphone, not just Samsung Galaxy models.

Articles: Digital Photography Review (dpreview.com)

 
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Samsung unveils Galaxy S9 with variable aperture and super-slow-motion

26 Feb

Samsung has unveiled its new Galaxy S series flagship phones, the Galaxy S9 and Galaxy S9+, at the Mobile World Congress in Barcelona today and the new devices’ cameras deliver what Samsung’s teaser videos had been promising: Variable aperture, super-slow-motion and AR emojis.

The main camera features an aperture that can switch between F1.5 for low light shooting and F2.4 in brighter light. The new aperture system is coupled with a 12MP “Super Speed” sensor that features an integrated DRAM module for more processing power when using computational imaging to reduce noise and increase image detail.

The additional processing power also comes in handy for the new super-slow-motion mode. Like recent high-end Sony Xperia models, the Galaxy S9 devices can record HD video at 960 frames per second for 0.2 seconds. That translates into 6 seconds playback time at 30 frames per second. Slow-motion videos can be converted into gifs or set as background videos on the home screen.

The new AR Emoji function allows you to create and personalize emojis based on your own face, using the front camera. In a second step emojis can be animated using facial expressions. You can save up to 18 AR emojis and share them with users of any smartphone, not just Samsung models.

New features aside, the camera specs haven’t changed too much compared to existing models. The main camera features optical image stabilization and a Dual-Pixel AF. The Galaxy S9+ comes with a secondary tele-lens, similar to what we’ve seen on the Galaxy Note 8, allowing for better-quality zooming and a bokeh mode. The longer lens comes with optical image stabilization and an F2.4 aperture. The front camera on both models combines an 8MP pixel count with a fast F1.7 aperture.

Camera aside, the main difference between the two new models is display size. The Galaxy S9 comes with a 5.77″ AMOLED display, the S9+ equivalent is a little larger at 6.22″. Both screens offer WQHD resolution.

Both models come with a microSD card slot and a headphone jack and are powered by Samsung’s Exynos 9 Series 9810 Octa Core chipset. In the Euro-zone the Galaxy S9 with 64GB of storage will be available from March for 850 Euros (approximately USD 1045). The S9+ is 100 Euros (approximately USD 120)more. No details on pricing in other regions have been released yet.

Articles: Digital Photography Review (dpreview.com)

 
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Samsung unveils massive 30TB solid state drive, the world’s largest SSD

20 Feb
Photo: Samsung

Samsung has reached another solid state storage milestone with its newly-announced Serial Attached SCSI PM1643 30TB SSD. The drive, which was developed for enterprise use, has double the capacity of the 15.36TB SSD Samsung introduced in early 2016. The company packed 512Gb V-NAND chips alongside 1TB NAND flash packages into the new drive, the combination enabling it to offer a 30TB capacity in a 2.5-inch form factor.

“With our launch of the 30.72TB SSD,” Samsung’s Jaesoo Han explained, “we are once again shattering the enterprise storage capacity barrier, and in the process, opening up new horizons for ultra-high capacity storage systems worldwide.”

In addition to hitting a record capacity, Samsung explains that its PM1643 is the first SSD to feature Through Silicon Via (TSV)-applied DRAM, which totals 40GB in this model. The company also managed to include an endurance level that supports writing 30.72TB of data to the drive every day for five years (the warranty period) without failure, an error correction code (ECC) algorithm for reliability, software offering sudden power failure and metadata protection, and sequential read/write speeds up to 2,100MB/s and 1,700MB/s.

Photo: Samsung

Samsung plans to offer other versions of this drive with capacities ranging from 800GB to 15.36TB. As for the 30.72TB model, the South Korean company explains that it started producing “initial quantities” of the drive last month, with lineup expansion planned for later in 2018.

The drive price isn’t listed, but we’re less excited about this specific drive (since it’s an enterprise drive) and more excited about the tech trickling down into consumer-focused higher capacity SSDs that photographers and videographers can use for backups.

Read the full press release below for more details about these drives.

Samsung Electronics Begins Mass Production of Industry’s Largest Capacity SSD – 30.72TB – for Next-Generation Enterprise Systems

New ‘PM1643’ is built on latest 512Gb V-NAND to offer the most advanced storage, featuring industry-first 1TB NAND flash package, 40GB of DRAM, new controller and custom software

Korea on February 20, 2018 – Samsung Electronics, the world leader in advanced memory technology, today announced that it has begun mass producing the industry’s largest capacity Serial Attached SCSI (SAS) solid state drive (SSD) – the PM1643 – for use in next-generation enterprise storage systems. Leveraging Samsung’s latest V-NAND technology with 64-layer, 3-bit 512-gigabit (Gb) chips, the 30.72 terabyte (TB) drive delivers twice the capacity and performance of the previous 15.36TB high-capacity lineup introduced in March 2016.

This breakthrough was made possible by combining 32 of the new 1TB NAND flash packages, each comprised of 16 stacked layers of 512Gb V-NAND chips. These super-dense 1TB packages allow for approximately 5,700 5-gigabyte (GB), full HD movie files to be stored within a mere 2.5-inch storage device.

In addition to the doubled capacity, performance levels have risen significantly and are nearly twice that of Samsung’s previous generation high-capacity SAS SSD. Based on a 12Gb/s SAS interface, the new PM1643 drive features random read and write speeds of up to 400,000 IOPS and 50,000 IOPS, and sequential read and write speeds of up to 2,100MB/s and 1,700 MB/s, respectively. These represent approximately four times the random read performance and three times the sequential read performance of a typical 2.5-inch SATA SSD*.

“With our launch of the 30.72TB SSD, we are once again shattering the enterprise storage capacity barrier, and in the process, opening up new horizons for ultra-high capacity storage systems worldwide,” said Jaesoo Han, executive vice president, Memory Sales & Marketing Team at Samsung Electronics. “Samsung will continue to move aggressively in meeting the shifting demand toward SSDs over 10TB and at the same time, accelerating adoption of our trail-blazing storage solutions in a new age of enterprise systems.”

Samsung reached the new capacity and performance enhancements through several technology progressions in the design of its controller, DRAM packaging and associated software. Included in these advancements is a highly efficient controller architecture that integrates nine controllers from the previous high-capacity SSD lineup into a single package, enabling a greater amount of space within the SSD to be used for storage. The PM1643 drive also applies Through Silicon Via (TSV) technology to interconnect 8Gb DDR4 chips, creating 10 4GB TSV DRAM packages, totaling 40GB of DRAM. This marks the first time that TSV-applied DRAM has been used in an SSD.

Complementing the SSD’s hardware ingenuity is enhanced software that supports metadata protection as well as data retention and recovery from sudden power failures, and an error correction code (ECC) algorithm to ensure high reliability and minimal storage maintenance. Furthermore, the SSD provides a robust endurance level of one full drive write per day (DWPD), which translates into writing 30.72TB of data every day over the five-year warranty period without failure. The PM1643 also offers a mean time between failures (MTBF) of two million hours.

Samsung started manufacturing initial quantities of the 30.72TB SSDs in January and plans to expand the lineup later this year – with 15.36TB, 7.68TB, 3.84TB, 1.92TB, 960GB and 800GB versions – to further drive the growth of all-flash-arrays and accelerate the transition from hard disk drives (HDDs) to SSDs in the enterprise market. The wide range of models and much improved performance will be pivotal in meeting the growing storage needs in a host of market segments, including the government, financial services, healthcare, education, oil & gas, pharmaceutical, social media, business services, retail and communications sectors.

Articles: Digital Photography Review (dpreview.com)

 
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