Seagate Laptop Thin Sshd 500gb Driver Download Install Update
Seagate's third generation SSHDs solid state hybrid drives , now for both laptops and desktops, are marketed as a replacement for HDDs and serve as a good option for those otherwise considering an SSD. The SSHD serves to satiate the demand of users looking to couple performance gains and storage capacity without breaking the bank - think gamers and media enthusiasts. This modification does sacrifice some endurance, but the majority of users won't deplete the endurance for the lifetime of the drive's warranty making it mostly a non-issue.
Seagate has also decided to streamline their laptop drive production by exclusively offering 5, RPM drives. Thanks to improvements in the cache technology, the cache miss pain of hitting the slower spinning drive should be mitigated, but regardless, hitting the drive without flash assistance is going to hurt a little more than in the Gen2 drive.
However, now at just 7mm, it's a perfect fit for new-generation laptops and essentially any user-configuration. Looking from the front you can see the standard SATA power and data interface, as well as admire the thin 7mm form-factor. This design allows it to fit in more systems, including ultrathin notebooks. With the drive taken apart, you can quickly see the Seagate SSHD Thin is no normal notebook HDD, as it has an additional controller and NAND memory module that allow it to offer both high capacity as well as faster transactional performance when data gets cached to flash.
Though there are some key updates from the Gen2 Momentus XT, there are many similarities. Seagate still rates the operating shock at G, signifying that this drive can handle a decent impact. The layout on the circuit board is essentially a mirror image of the Momentus. Our synthetic benchmarks are geared at showing the performance of the drive in an uncached "worst case" scenario, while our real-world traces allow the drive to cache data and better show how the drive would perform during repetative day-to-day activities.
For 2MB random transfer, the Seagate Gen3 came out at The Seagate Gen3 also ranked high above most of the competition at Perhaps more important than the Max, the Gen3's Average came in second best, just below the Gen2. Our last series of synthetic benchmarks compare the hard drives in a series of server mixed-workloads with a queue depth of ranging from 1 to In all of our mixed workloads, the Seagate Gen3 performed exceptionally.
For each test, it ranked either first or second along with the Seagate Gen2. Webserver numbers are impressive too. This time, the generations 3 and 2 were neck-and-neck, with the Gen2 just eeking out the top marks.
Rounding out the figures, in our Workstation profile, the Gen3 placed a solid second, again to the Gen2. For the average consumer, trying to translate random 4K write speeds into an everyday situation is pretty difficult.
It helps when comparing drives in every setting possible, but it doesn't exactly work out into faster everyday usage or better game loading times. For this reason we turned to our StorageMark traces, which include HTPC, Productivity, and Gaming traces to help readers find out how a drive might rank under their conditions. The first real-life test is our HTPC scenario. In this test we include: In this trace we recorded 2,MB being written to the drive and 1,MB being read.
Our second real-life test covers disk activity in a productivity scenario. For all intents and purposes this test shows drive performance under normal daily activity for most users. In this trace we recorded 4,MB being written to the drive and 2,MB being read. Behind the scenes though, we did notice that before the data was cached, the intial transfer speed was slightly slower than the original 7,RPM-based models and took much longer to be absorbed as "hot data".
Our next real-life test covers disk activity in a gaming environment. The trace captures the heavy read activity of each game loading from the start, as well as textures as the game progresses. In this trace we recorded MB being written to the drive and 7,MB being read. It offered performance With any laptop drive, power consumption is an important factor for users. The key sources of power draw get narrowed down to either the bright screen or the storage device used.
In the next test, we record the average power consumed over a small range of synthetic benchmarks. For reference, Seagate lists an average idle power rate of 0. Seagate's provided power values came very close to the data we collected from our tests. Our actual idle rate measured 1.
Our sequential write pattern had the highest power values and the random 4K read test had the lowest. Seagate's active seek number falls right in that range. Startup power requirements measured 4. Across the board, the Gen3 made strong gains and saved 0. While not a bombshell, Seagate's Gen3 model does provide cost-efficient performance and a significantly lower starting price than the Gen2 Momentus XT GB.
Our benchmarking shows the Gen3 and Gen2 both outperform HDDs where it matters, in our real world traces where the onboard cache can really show its performance benefits. Here's the problem though. When the first Momentus XT hybrid came to market, SSDs were relatively young and the cost imbalance still favored hard drives for the masses, especially the new Seagate hybrids that could tack on additional performance gains over pure platter plays.
And consumers have been well-trained by Apple, Amazon and others to leave storage-heavy content like media files in the cloud, or on a home NAS that can be accessed from any device from anywhere with a decent internet connection. Seagate's GB SSHD Thin drive at 7mm is a wallet-friendly alternative for users seeking new technology that provides low-power consumption, serious performance gains over conventional HDDs when in cache, and overall solid value per gigabyte.
Wyse Client Review. VMworld Europe News Bits. Seagate Reports 1Q19 Earnings. Excelero Announces NVMesh 2.
Laptop SSHD (Momentus XT)
The Good The Seagate Laptop Thin SSHD offers noticeably faster boot time and better overall performance than regular hard drives at a much lower cost than solid-state drives. It comes with just 8GB of flash memory and spins at only 5,rpm. Sweet because it indeed offers boot time and overall improvement somewhat similar to that of a solid-state drive SSD at a fraction of the cost, and bitter because its data transfer speed is slower than most regular hard drives'. You definitely don't want to use it as a secondary drive or in an external storage application, though. If you're looking to upgrade your computer from a hard drive so the system will boot up faster, but don't want to invest in an SSD just yet, the Laptop Thin SSHD, as well as its predecessor, the 2nd-generation Momentus XT , is about the second best choice. The new drive also proves that SSHDs, for now, are not real alternatives to SSDs, such as these , for those who want uncompromising performance. The designation Laptop Thin means that the drive is designed for laptops and comes in the newer 7mm thickness, compared with the 9. The new Laptop Thin SSHD's revised thickness means it now can fit in certain ultrabooks and also that its capacity is limited to just GB, which is the capacity of the first-generation drive.
Seagate Laptop Thin SSHD (ST500LM000) Review
Introduction Seagate has been doing Hybrid drives are sometime now, starting with the first Momentus XT drive. Back then, getting an SSD was a pretty expensive investment for a lot of people. A lot has changed since then in SSD market, and its still evolving but at a very rapid pace. To top it off, we have SSDs with 7mm thickness, targetting those who want better performance for ultrabooks as well. Now that this drive is 7mm thick, just like SSDs like Samsung and Pro, this can be used in ultrabooks as well. As of now, such drives still provides more storage space than SSDs and therefore giving a better overall value.