If you don't use Steam and install the games directly on the D: drive (HDD), but you have extra space on the C: drive (SSD), tell me. Or if your phone has some storage, you can copy to that, go someplace with fast WiFi, and re-upload it to the cloud like Google Drive or Microsoft OneDrive. If you need, you can use a flash drive to copy your most important data, then take your friend's laptop to a place with fast Internet and back up your data to the cloud. You really should be making backups, at least of your most-essential data. The bigger concern is that you are running without backups. There's a trick you can do using something called directory junctions which can make Windows think a game is on your D: drive, even if you've temporarily moved it to the C: drive. When you finish or lose interest in the game, move it back to the HDD. Just move the game you're currently playing to the SSD. If your current SSD has enough extra space and you use Steam for games, Steam allows you to put games on multiple drives. If you're concerned about the speed of loading your games, you are far, far better off saving money by getting a 5400 RPM drive, and using the saved money to help buy a SSD in the future. Likewise, while the 7200 RPM drive will be faster for games than a 5400 RPM drive, it will only be 33% faster at most. A SSD can typically hit 30-70 MB/s 4k speeds, which is why it's so important to have your OS on a SSD. But 7200 RPM drives still top out at about 1 MB/s (1.5 MB/s if you enable NCQ). 7200 RPM drives rotate 33% faster than 5400 RPM drives, so their 4k speeds are 33% faster. The drive positions the heads in the proper track, then has to wait for the correct part of the platter to rotate under the heads. SpletI have a disk that shows a reallocated sectors count warning in Crystal Disk info. So a new 5400 RPM drive can be faster than an old 7200 RPM drive for large files.Ĥk speeds (speed at which small files are read/written) are more dependent on the RPM. Pending sector means: If reading a sector fails, it becomes pending. So a single rotation of the drive platter contains more data than a single rotation of an older drive. The newer drives write data at a higher density. Sequential speeds (speed at which large files are read/written) is more a function of how new the HDD is. HGST drives are also good - even though they merged with WD, they're older Hitachi designs which don't have the head parking issue.) CrystalDiskInfo reports the following warning: Number of reallocated sectors: Current: 96 Worse: 96 Threshold: 10 Raw value: 00000000000A But I have no idea how to read these numbers. That pretty much limits you to Seagate or Toshiba. (Avoid the WD 5400 RPM drives - they have a head parking issue which can make games stutter. If you don't have much money and the OS is on a SSD, then a 5400 RPM hard drive should be fine. In that case, replacing the drive is your only option. That's usually a sign the drive is dying. What you need to watch out for is if these counts suddenly increase by a lot. So it's normal for these counts to be high in an old drive. The reallocated event count is how many sectors the drive thinks may need mapping. The reallocated sector count is just the number of sectors which have been mapped to reserve sectors. From then on, every time the drive would read or write data to the bad sector, it uses the reserve sector instead. When a regular sector stops working, the drive updates its firmware to use a spare (reserve) sector in its place. This allows a drive with bad sectors to continue operation. Thus, the higher the attribute value, the more sectors the drive has had to reallocate. So they add a few thousand spare sectors at the end of the drive. The raw value normally represents a count of the bad sectors that have been found and remapped. Manufacturers know parts of the drive which hold data will fail as it ages. Reallocated sectors are usually normal as a drive gets older. I have a 1 year old Toshiba P300,It's a really nice drive. I have a 5 years old Western Digital WD10EZEX,works perfectly fine and no signs of failure - still going strong. That's why Seagate is the bread and butter of the data recovery industry.Īny brand new desktop drive from Western Digital and Toshiba are good quality and last for a long time. You did nothing wrong,the problem is that the drive is crap quality,Seagate normal consumer drives such as the Barracuda and Redwood and all laptop drives are low quality with high failure rates (The Barracuda is higher quality but still not on par with the competition) That's one of the reasons hard drives are used in data centers. The biggest killer of SSDs is writing to it,while the biggest killer of hard drives is a mechanical failure.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |