Subject: Storage | October 29, 2015 - 03:18 PM | Jeremy Hellstrom
Tagged: novachips, Scalar Series, 4TB SSD, 8TB SSD, HLNAND
Yes, if you have the money you can now pick up SSDs of 4TB or larger, but you will be paying a premium. Novachips uses HLNAND to acheive this density, a technology that The SSD Review describes as being similar to Thunderbolt in that it daisy-chains together flash memory to allow high access speeds even when the storage medium is stacked this high. Novachips uses a proprietary NVS3800 controller which is ARM-based and provides eight channels. Check out the full review to see these drives in action but before you get too excited the MSRP of these drives is going to be about $0.65/GB.
"Novachips has just introduced the worlds largest capacity notebook SSDs through its development of HLNAND and The SSD Review has the exclusive first review of both. Their Scalar 4/8TB SSDs are the first single controller 2.5" SSDs of these volumes, and both have top tier SATA 3 speedsa along with a low heat and power draw."
Here are some more Storage reviews from around the web:
- Samsung's 950 Pro @ The Tech Report
- Samsung SSD 950 PRO @ Benchmark Reviews
- amsung 950 Pro M.2 NVME @ The SSD Review
- Mushkin Atlas Vital 250GB M.2 SSD @ Bjorn3d
- Silicon Power Slim S80 240GB SSD Review @ Madshrimps
- Mushkin Striker 480GB SSD, Mush On! @ Bjorn3d
- Patriot Ignite 480GB @ eTeknix
- 6TB Western Digital Black @ Tech ARP
- ASUSTOR AS6202T NAS @ Bjorn3d
- Thecus W2000+ NAS @ Bjorn3d
Subject: Storage | October 23, 2015 - 01:28 AM | Sebastian Peak
Tagged: storage, ssd, solid-state drive, Samsung, PM1725, enterprise
The 950 Pro SSD is here, (and Allyn has the full review right here) and while it's the fastest consumer SSD out there, the latest enterprise SSD demo from Samsung is absolutely insane.
Image credit: Kit Guru
The PM1725 has a PCI Express 3.0 x8 interface, and a 2.5" version will also be available (though limited to PCI Express 3.0 x4). And with read speeds in excess of 6.2 GB/s the PM1725 sounds like a RAM disk. And if that wasn't enough the drive managed a million IOPS from a demo performance for this new SSD at Dell World in Austin, Texas.
Image credit: Tom's Hardware
Tom's Hardware had hands-on time with the card and was able to run a few benchmarks verifying the outlandish speeds from this SSD, with their 6.2+ GB/s result coming from a 128k QD32 sequential test, with the IOPS test run as a 4k random read.
Image credit: Tom's Hardware
I'm sure the price will be similarly out of this world and this of course isn't a consumer-oriented (or likely even bootable) option. For now the Samsung 950 Pro is the object of NVMe desire for many, and for $199.99 ($0.78/GB) for the 256 GB model and $349.99 ($0.68/GB) for the 512 GB model on Amazon.com the 950 Pro is pretty reasonable - even if they "only" offer up to 2.5 GB/s reads and 1.5 GB/s writes. I'd certainly take it!
Introduction, Specifications and Packaging
This is it. This is the day we have been waiting for. Ever since we feasted our eyes on the NVMe version of the Samsung SM951, we’ve been begging Samsung to release this as a consumer product. Bonus points if it was powered by their 3D VNAND technology. It took them a while, but they came through, officially announcing the 950 PRO exactly one month ago, and launching them today! Not only will we dive into the performance of this new model, we will also include its results in our new Latency Distribution and Percentile testing.
Nothing has changed since the announcement. All specs remain the same very impressive 2.2-2.5 GB/s reads, 0.9-1.5 GB/s writes, and upwards of 300k IOPS, all from an M.2 2280 SSD consuming only 7 Watts!
While the 950 PROs will work with the built-in Microsoft NVMe driver (present in Windows 8 and up), Samsung has also provided their own driver, which will increase performance. The same was true for the Intel SSD 750 Series.
There’s really not much to this packaging, but it’s the most ‘retail’ we’ve seen for packaging of a simple M.2 SSD.
Subject: Storage | October 21, 2015 - 09:22 AM | Sebastian Peak
Tagged: western digital, WD, sandisk, ssd, hard drives, solid-state drive
Western Digital has agreed to purchase Sandisk for $19 billion in cash and stock, a deal which values Sandisk at $86.50 per share and represents a 12% premium over yesterday's closing price. Current Western Digital CEO Steve Milligan will remain in charge of the company, which retains its headquarters in Irvine, California, while SanDisk's CEO Sanjay Mehrotra is expected to remain with Western Digital and join their board of directors.
Sandisk had reportedly been looking for a buyer, with Micron the other likely candidate according to this morning's report from The Wall Street Journal. The move should help to better position Western Digital in the SSD space, something rival Seagate appeared to be focused on when purchasing LSI last year. Neither company has any significant presence in the consumer solid-state market dominated by Samsung, and it will be interesting to see where WD goes with the Sandisk brand.
Subject: General Tech, Storage | October 15, 2015 - 09:05 PM | Tim Verry
Tagged: western digital, Raspberry Pi, external hard drive
Western Digital recently made storage simpler when it comes to the Raspberry Pi micro computer. The aptly-named PiDrive Kit allows you to easily pair the company’s 1TB 2.5” hard drive with the SFF PC.
Released last week, the PiDrive Kit consists of a 1TB laptop-style mechanical hard drive, a custom Micro USB cable, a microSD card, and a 5V USB AC power adapter. The hard drive has a micro USB 3.0 port (though the Raspberry Pi only supports 2.0 speeds) for data and power. One end of the cable connects to the drive. The cable then breaks out into three cables which connect to one of the Pi’s USB ports, the Pi’s micro USB power input, and the USB wall adapter. This allows the drive and Raspberry Pi to be powered off of one USB connection.
Looking up the model number from the WD website, it looks like the hard drives are part of the company’s Passport Ultra line. The biggest bottleneck is likely to be the USB 2.0 interface, especially when it comes to burst speeds though. The included micro SD card (WD does not specify capacity or speeds) can be used to test out alternative operating systems or to test out setting up the external storage in Linux without messing with your main development install.
If you are using a Raspberry Pi Model B+ or a Pi 2 Model B and need a hefty terabyte of storage, WD has a simple option that is currently for sale on their website for $52. I’m sure enthusiasts will find uses for the massive storage upgrade beyond what micro SD can offer (at the moment).
Is it time to dust off the Pi?
Subject: Storage | October 13, 2015 - 06:12 PM | Jeremy Hellstrom
Tagged: synology, DS716+, RT1900AC, DiskStation Manager 6.0
Synology have released the new DiskStation Manager 6.0, which offers support for storage up to a petabyte of disk space, Docker and Virtual DSM instances, better support for 64bit storage and even Apple Watch connectivity. Most of the new features will be more attractive to business users but the software is great for home users that have accumulated a lot of data as well. They have also released a new RT1900AC Wireless Router with software built in to make connections to DSM based devices even better and a new and improved DS716+ disk station. The DS716+ features a four core Braswell processor onboard which is a huge improvement over the previous model and can perform 4K video transcoding in real-time for those who would have a need for that kind of power. Check out more on Synology's recent released over at Techgage.
"Synology prepares for 2016 with refreshes of business and home NAS units, the release of its very first router, and a massive update to its OS, DiskStation Manager. DSM 6.0 introduces Docker and Virtualized environments, and something that’s sure to grab attention, support for Btrfs."
Here are some more Storage reviews from around the web:
- QNAP TurboNAS TS-453Mini-8G NAS Server Review @ NikKTech
- SK hynix Canvas SL301 500GB SSD @ Kitguru
- Lexar JumpDrive P20 USB 3.0 Flash Drive Review @ Madshrimps
- U.2 (SFF-8639) Connector Insight When Buying The Intel 750 NVMe SSD @ The SSD Review
Subject: Storage | October 13, 2015 - 09:24 AM | Allyn Malventano
Tagged: XQD, SD, microSD, Lexar, flash, CFast
Lexar (Micron's portable media brand) is known for their versatile flash media readers and lines of portable flash memory products. Today they have updated two of their big SD Card lines. First up is their 2000x (300MB/s) product, which now comes in a 128GB capacity:
As we pointed out in our SD Card Speed Classes, Grades, Bus Modes, and File Systems Explained piece, cameras and video recorders most likely won't use that super high 250MB/s write speed, but emptying a 128GB card at 300MB/s will take only 7 minutes (provided your destination device can write that fast)! This model comes with a small USB 3.0 reader, which makes sense as most systems can't hit 300MB/s with their built-in readers!
Next up is a HUGE capacity introduced in their 633x line:
This model may be less than half the speed of the 2000x part above, but 95 MB/s is not too shabby considering this card can store a half a TB! Write speeds are a bit more limited as well, coming in at 45MB/s. The use case for this card is as a full-time backup slot for capable SLRs, or more commonly (I believe) as a semi-permanent secondary storage addition to Ultrabooks. The cost at $0.54/GB comes in far less than the internal storage upgrade prices of many laptops.
Lexar also updated their CFast lines with faster (3500x / 3600x) models, as well as their XQD lines (1400x / 2933x). Lastly, the Professional Workflow XR2 (XQD 2.0) and UR2 (microSD UHS-II) pods are now available.
Stand by for a review of the 633x 512GB SD Card as we have one in for testing!
What you never knew you didn't know
While researching a few upcoming SD / microSD product reviews here at PC Perspective, I quickly found myself swimming in a sea of ratings and specifications. This write up was initially meant to explain and clarify these items, but it quickly grew into a reference too large to include in every SD card article, so I have spun it off here as a standalone reference. We hope it is as useful to you as it will be to our upcoming SD card reviews.
SD card speed ratings are a bit of a mess, so I'm going to do my best to clear things up here. I'll start with classes and grades. These are specs that define the *minimum* speed a given SD card should meet when reading or writing (both directions are used for the test). As with all flash devices, the write speed tends to be the more limiting factor. Without getting into gory detail, the tests used assume mostly sequential large writes and random reads occurring at no smaller than the minimum memory unit of the card (typically 512KB). The tests match the typical use case of an SD card, which is typically writing larger files (or sequential video streams), with minimal small writes (file table updates, etc).
In the above chart, we see speed 'Class' 2, 4, 6, and 10. The SD card spec calls out very specific requirements for these specs, but the gist of it is that an unfragmented SD card will be able to write at a minimum MB/s corresponding to its rated class (e.g. Class 6 = 6 MB/s minimum transfer speed). The workload specified is meant to represent a typical media device writing to an SD card, with buffering to account for slower FAT table updates (small writes). With higher bus speed modes (more on that later), we also get higher classes. Older cards that are not rated under this spec are referred to as 'Class 0'.
As we move higher than Class 10, we get to U1 and U3, which are referred to as UHS Speed Grades (contrary to the above table which states 'Class') in the SD card specification. The changeover from Class to Grade has something to do with speed modes, which also relates with the standard capacity of the card being used:
U1 and U3 correspond to 10 and 30 MB/s minimums, but the test conditions are slightly different for these specs (so Class 10 is not *exactly* the same as a U1 rating, even though they both equate to 10 MB/sec). Cards not performing to U1 are classified as 'Speed Grade 0'. One final note here is that a U rating also implies a UHS speed mode (see the next section).
Subject: Storage | October 6, 2015 - 07:22 PM | Jeremy Hellstrom
Tagged: Phison PS3110-S10, centon, C-380
The last time we heard from Centon they were using the SandForce 2281 SSD controller, which they have dropped in preference to a Phison controller in their new C-380 series of SSDs. Benchmark Reviews recently reviewed their 480GB model, using MLC NAND and sporting a 4Gb cache of DDR3-1600. The benchmark results were quite varied, sometimes the drive came in at the top of the pack yet other times it was well below average, especially writing to the drive. There is a 1 year warranty on the drive and currently it is on sale at $219 for the 480GB model, down from the list price of $399.99 ... perhaps not a drive to recommend to your friends.
"Centon isn’t a name many enthusiasts will know. I’d never heard of the company myself until this review sample; apparently, they’ve been in business for over 35 years manufacturing DRAM and flash memory products, and have only recently entered the consumer marketplace. The Centon C-380 480GB SSD SATA-III Solid State Drive, part of the “Enthusiast Solutions” series, is the focus of what Benchmark Reviews will be putting through our test suite."
Here are some more Storage reviews from around the web:
- KingFast 256GB F9 SSD Review @ Madshrimps
- Micron M510DC 480GB SSD Review @ NikKTech
- Plextor M6V 256GB @ Kitguru
- The Ultimate Guide To SSD Benchmark Software @ The SSD Review
Subject: Storage | October 1, 2015 - 05:42 PM | Allyn Malventano
Tagged: Samsung, firmware, 840 evo, msata
It took them a while to get it right, but Samsung did manage to fix their read degradation issue in many of their TLC equipped 840 Series SSDs. I say many because there were some models left out when firmware EXT0DB6Q was rolled out via Magician 4.6. The big exception was the mSATA variant of the 840 EVO, which was essentially the same SSD just in a more compact form. This omission was rather confusing as the previous update was applicable to both the 2.5" and mSATA form factors simultaneously.
The Magician 4.7 release notes included a bullet for Advanced Performance Optimization support on the 840 EVO mSATA model, but it took Samsung some time to push out the firmware update that enabled this possibility. We know from our previous testing that the Advanced Performance Optimization feature was included with other changes that enabled reads from 'stale' data at full speeds, compensating for the natural voltage drift of flash cell voltages representing the stored data.
Now that the firmware has been made available (it came out early this week but was initially throttled), I was able to apply it to our 840 EVO 1TB mSATA sample without issue, and could perform the Advanced Performance Optimization and observe the expected effects, but my sample was recently used for some testing and did not have data old enough to show a solid improvement with the firmware applied *and before* running the Optimization. Luckily, an Overclock.net forum member was able to perform just that test on his 840 EVO 500GB mSATA model:
Kudos to that member for being keen enough to re-run his test just after the update.
It looks like the only consumer 840 TLC model left to fix is the original 840 SSD (not 840 EVO, just 840). This was the initial model launched that was pure TLC flash with no SLC TurboWrite cache capability. We hope to see this model patched in the near future. There were also some enterprise units that used the same planar 19nm TLC flash, but I fear Samsung may not be updating those as most workloads seen by those drives would constantly refresh the flash and not give it a chance to become stale and suffer from slowing read speeds. The newer and faster V-NAND equipped models (850 / 950 Series) have never been susceptible to this issue.