Seagate Backup Plus Slim Portable Drive Review . We recently reviewed its larger brethren, the Backup Plus Fast, and found it very fast and affordable with easy- to- use management software. We expect more of the same with the Slim version, though at lesser transfer speeds due to the single drive configuration in the Slim vs. Like most mobile drives, the Backup Plus Fast Slim is fully USB powered, giving users the ability to bring all of their digital content without having to carry an additional external power supply while on the go. This makes Seagate’s new drive even more portable, fitting easily into most pockets.

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Also included is the Seagate Dashboard, which is preloaded on the drive, allowing users to schedule and automate backups for their computer and mobile devices as well as automatically backing up content on Facebook and Flickr. Another unique feature is the ability to share new videos to a You. Tube account. Additionally, a Seagate Mobile Backup app for the i. OS and Android mobile devices is available free for download, allowing users to back up all of their data to the drive while on the same network as well as to the cloud when on the go. The Seagate Backup Plus Slim comes in 5. GB, 1. TB, and 2. TB capacities (currently at street pricing $7.

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We will be looking at the 2. TB blue model for this review.

Specifications. Interface: USB 3. Capacity: 5. 00. GB, 1.

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TB, 2. TBLength: 1. Width: 7. 6. 0mm. Weight: 0. 1. 5kg. Warranty: 2- years. Design. Unlike the Seagate Plus Fast's smooth metallic enclosure, the Plus Slim's body consists of a plastic build with a bright blue top cover; the company logo is located on the bottom corner and there's a drive activity light near the back.

While we don't normally get too wrapped up on colors, the blue top on this enclosure really pops and looks great. Its side trim is glossy black while the back panel is matte black, the back houses the USB 3. With its thin plastic casing, the covers flex inward until they touch the drive inside if you grip it with your fingers hard enough. That said, it's not a bad design, but it's just not quite as sturdy as the Plus Fast model.

So long as you don't plan on storing the unit in a vice, it should hold up find to teh typical rigors of being tossed around in a backpack or the like. Adobe Flash Animation Free Download Crack For Pes there. Usability. Like the Backup Plus Fast, the Dashboard software is included with the Slim version and is conveniently located on the drive itself.

To install the Dashboard software, users can simply double- click the file (. Mac users, . exe for PC) and follow the onscreen instructions after the flashy intro screen has finished, with sound effects and all. The Home section of the Dashboard displays the main functions of the software including Protect, Share, and Save options. The Save section of the Dashboard allows users to download and back up images from their Flickr and Facebook accounts. All you need to do is simply log in. You can choose to have it done automatically as well.

The Info tab shows all relevant information about your Seagate drive, such as the serial number and firmware version. The Manage tab allows users to configure Power (sleep mode) and LED (on/off) options as well as the ability to test your drive and see if it is functioning correctly.

The Protect section is where users will find the simple backup feature. All you have to do is click the Protect Now icon, which backs up all your data whenever your files are modified. Additionally, you can also customize scheduled backups. Performance. Our comparables for this review are the following: Using our Consumer Testing Platform, we measured 2. MB read and write sequential speeds of the Seagate Backup Plus Slim at 8. MB/s and 1. 19. 3.

MB/s respectively. Its Plus Fast brother boasted 2.

MB/s in the write column and 1. MB/s for read activity, which was an expected disparity in results based on the Fast’s dual- drive build configured in RAID0.

The La. Cie Fuel (USB 3. MB/s read and 1. 09. MB/s write while the Rugged USB 3. MB speeds of 1. 12. MB/s read and 1. 14. MB/s write. We also measured transfer speeds from the Toshiba Canvio Slim II with read and write speeds of 1.

MB/s and 1. 13. 6. MB/s respectively. When testing with 2.

MB random transfer speeds, the Seagate Backup Plus Slim reached 5. MB/s and 9. 5. 6. MB/s for read and write respectively, while the Seagate Backup Plus Fast measured read and write speeds at 9. MB/s and 1. 35. 8.

MB/s respectively. The La. Cie Fuel showed read and write speeds of 7. MB/s and 7. 9. 7. MB/s respectively and the La.

Cie Rugged boasted somewhat similar results at 7. MB/s read and 8. 8. MB/s write. The Toshiba Canvio Slim II measured in at 7. MB/s read and 5. 1. MB/s write. The net of it is, the Backup Slim performed pretty much where it should, given the 5.

RPM drive inside. The upshot of course is the 2. TB capacity in such a skinny form factor. Given the most likely duty of large file transfers to and from the drive, the sequential file transfer performance will get the job done for most mainstream users.

Conclusion. The Seagate Backup Plus Slim is an impressive portable hard drive for its physical size and capacity. Though Seagate did not quote any performance numbers like it did for the Backup Plus Fast, we were not surprised with the results. The Slim delivered great sequential read and write speeds of 8. MB/s 1. 19. 3. MB/s respectively while its random activity boasted transfer rates of 5. MB/s for read and 9. MB/s for write. As far as its comparables go, the Seagate Backup Plus Slim couldn't touch its Backup Plus Fast brethren (which was of course expected) though it did hang right in there with the other La. Cie and Toshiba drives in the read performance column and took top spot for write activity in both random and sequential tests.

The Seagate Backup Plus Slim not only performs very well but is also one of the more competitively priced portable drives on the market. For the 2. TB model, it Backup Plus Slim goes for roughly only $1. TB Lacie Rugged at $2. The Toshiba Canvio Slim II is priced at $1. TB. With the Backup Plus Slim, you will get the same performance (and then some) at a significantly lower cost, especially when going by dollar per GB. It is also very easy to carry along with you on the go and while sturdy, its design and build lacks the ruggedness of other portable drives on the market, so users might want to choose carefully if constant bumps and bruises are expected.

Pros. Excellent price per TBExtremely portable. Great Performance.

Easy- to- use management software. Cons. Weaker build than Backup Plus Fast. Bottom Line. The Seagate Backup Plus Slim has a lot to like, including its great performance, unbeatable price and one of the best bundled software suites for managing backups both locally and on the go. Seagate Backup Slim at Amazon. Discuss This Review.

Hard disk drive - Wikipedia. Hard disk drive. Internals of a 2. SATA hard disk drive. Date invented. 24 December 1. The platters are paired with magnetic heads, usually arranged on a moving actuator arm, which read and write data to the platter surfaces. HDDs are a type of non- volatile storage, retaining stored data even when powered off.

Continuously improved, HDDs have maintained this position into the modern era of servers and personal computers. More than 2. 00 companies have produced HDDs historically, though after extensive industry consolidation most current units are manufactured by Seagate, Toshiba, and Western Digital.

HDD unit shipments and sales revenues are declining, though production (exabytes per year) is growing. Flash memory has a growing share of the market for secondary storage, in the form of solid- state drives (SSDs). SSDs have higher data- transfer rates, higher areal storage density, better reliability. Capacity is specified in unit prefixes corresponding to powers of 1.

TB) drive has a capacity of 1,0. GB; where 1 gigabyte = 1 billion bytes).

Typically, some of an HDD's capacity is unavailable to the user because it is used by the file system and the computer operating system, and possibly inbuilt redundancy for error correction and recovery. Performance is specified by the time required to move the heads to a track or cylinder (average access time) plus the time it takes for the desired sector to move under the head (average latency, which is a function of the physical rotational speed in revolutions per minute), and finally the speed at which the data is transmitted (data rate). The two most common form factors for modern HDDs are 3.

HDDs are connected to systems by standard interface cables such as PATA (Parallel ATA), SATA (Serial ATA), USB or SAS (Serial attached SCSI) cables. History. The first IBM drive, the 3.

RAMAC in 1. 95. 6, was approximately the size of two medium- sized refrigerators and stored five million six- bit characters (3. Cylinder- mode read/write operations were supported, and the heads flew about 2. Motion of the head array depended upon a binary adder system of hydraulic actuators which assured repeatable positioning. The 1. 30. 1 cabinet was about the size of three home refrigerators placed side by side, storing the equivalent of about 2. Access time was about a quarter of a second.

Also in 1. 96. 2, IBM introduced the model 1. Users could buy additional packs and interchange them as needed, much like reels of magnetic tape.

Later models of removable pack drives, from IBM and others, became the norm in most computer installations and reached capacities of 3. Non- removable HDDs were called . IBM 2. 30. 5 in 1. Its primary distinguishing feature was that the disk heads were not withdrawn completely from the stack of disk platters when the drive was powered down.

Instead, the heads were allowed to . This greatly reduced the cost of the head actuator mechanism, but precluded removing just the disks from the drive as was done with the disk packs of the day. Instead, the first models of . A few years later, designers were exploring the possibility that physically smaller platters might offer advantages. Drives with non- removable eight- inch platters appeared, and then drives that used a 5 1. The latter were primarily intended for the then- fledgling personal computer (PC) market.

As the 1. 98. 0s began, HDDs were a rare and very expensive additional feature in PCs, but by the late 1. Most HDDs in the early 1. PC end users as an external, add- on subsystem. The subsystem was not sold under the drive manufacturer's name but under the subsystem manufacturer's name such as Corvus Systems and Tallgrass Technologies, or under the PC system manufacturer's name such as the Apple Pro.

File. The IBM PC/XT in 1. MB HDD, and soon thereafter internal HDDs proliferated on personal computers.

External HDDs remained popular for much longer on the Apple Macintosh. Many Macintosh computers made between 1.

SCSI port on the back, making external expansion simple. Older compact Macintosh computers did not have user- accessible hard drive bays (indeed, the Macintosh 1. K, Macintosh 5. 12. K, and Macintosh Plus did not feature a hard drive bay at all), so on those models external SCSI disks were the only reasonable option for expanding upon any internal storage.

The 2. 01. 1 Thailand floods damaged the manufacturing plants and impacted hard disk drive cost adversely between 2. At the same time, market application expanded from mainframe computers of the late 1. Technology. Sequential changes in the direction of magnetization represent binary data bits. The data is read from the disk by detecting the transitions in magnetization. User data is encoded using an encoding scheme, such as run- length limited encoding. The platters are made from a non- magnetic material, usually aluminum alloy, glass, or ceramic, and are coated with a shallow layer of magnetic material typically 1. The read- and- write head is used to detect and modify the magnetization of the material passing immediately under it.

In modern drives, there is one head for each magnetic platter surface on the spindle, mounted on a common arm. An actuator arm (or access arm) moves the heads on an arc (roughly radially) across the platters as they spin, allowing each head to access almost the entire surface of the platter as it spins. The arm is moved using a voice coil actuator or in some older designs a stepper motor. Early hard disk drives wrote data at some constant bits per second, resulting in all tracks having the same amount of data per track but modern drives (since the 1. In modern drives, the small size of the magnetic regions creates the danger that their magnetic state might be lost because of thermal effects, thermally induced magnetic instability which is commonly known as the . To counter this, the platters are coated with two parallel magnetic layers, separated by a 3- atom layer of the non- magnetic element ruthenium, and the two layers are magnetized in opposite orientation, thus reinforcing each other.

That so- called exchange spring media, also known as exchange coupled composite media, allows good writability due to the write- assist nature of the soft layer. However, the thermal stability is determined only by the hardest layer and not influenced by the soft layer. Orange stripe along the side of the arm is thin printed- circuit cable, spindle bearing is in the center and the actuator is in the upper left. A typical HDD has two electric motors; a spindle motor that spins the disks and an actuator (motor) that positions the read/write head assembly across the spinning disks.

The disk motor has an external rotor attached to the disks; the stator windings are fixed in place. Opposite the actuator at the end of the head support arm is the read- write head; thin printed- circuit cables connect the read- write heads to amplifier electronics mounted at the pivot of the actuator.

The head support arm is very light, but also stiff; in modern drives, acceleration at the head reaches 5. A metal plate supports a squat neodymium- iron- boron (NIB) high- flux magnet. Beneath this plate is the moving coil, often referred to as the voice coil by analogy to the coil in loudspeakers, which is attached to the actuator hub, and beneath that is a second NIB magnet, mounted on the bottom plate of the motor (some drives have only one magnet). The voice coil itself is shaped rather like an arrowhead, and made of doubly coated copper magnet wire. The inner layer is insulation, and the outer is thermoplastic, which bonds the coil together after it is wound on a form, making it self- supporting. The portions of the coil along the two sides of the arrowhead (which point to the actuator bearing center) then interact with the magnetic field of the fixed magnet. Current flowing radially outward along one side of the arrowhead and radially inward on the other produces the tangential force.