How to fix optical drive08.05.2021
Optical Drive Troubleshooting
In computing, an optical disc drive (ODD) is a disc drive that uses laser light or electromagnetic waves within or near the visible light spectrum as part of the process of reading or writing data to or from optical vitoriayvitorianos.com drives can only read from certain discs, but recent drives can both read and record, also called burners or writers (since they physically burn the organic dye on write. Aug 14, · An optical drive that's meant to be installed inside the computer. Asus. An optical drive is a piece of computer hardware about the size of a thick softcover book. The front has a small Open/Close button that ejects and retracts the drive bay door. This is how media like CDs, DVDs, and BDs are inserted into and removed from the drive.
Learn how to troubleshoot some common optical drive problems. Optical drives generally work or they don't. Assuming the drive what helps psoriasis on hands installed and configured properly initially, it should be problem-free throughout its service life.
There is little relationship between the brand name of a disc and the company that made it. Some companies manufacture discs that are rebranded by several other companies, and may or may not also be sold under the manufacturer's brand name.
Some companies put their own brands on discs from different manufacturers. Some companies do both. It's quite possible to buy two apparently identical spindles of discs, sometimes with the same SKU, and find that one was made in Japan and the other in Taiwan, by different companies. It's also common for spindles of different capacity 25, 50, or all with the same brand name, to contain discs made by different companies.
Even these utilities aren't foolproof, because some high-quality disc manufacturers have sold master stamping dies to other companies, whose discs are whatsapp instant messaging for samsung software as coming from the company that produced the stamping die rather than the company that actually produced the discs.
Optical drives sometimes refuse to eject how to fix optical drive disc, using either software eject or the eject button on the drive itself. If that happens, power down the system completely, allow it to remain off for a minute or so, and then power it back up. If that doesn't solve the problem, the drive itself is probably defective.
If the disc being held hostage is valuable, look for a small emergency eject hole in the front panel of the drive. Insert a paper clip into the hole and press firmly to release the drive tray. If the drive has no emergency eject hole, the best option is to disassemble the drive carefully to retrieve the disc. If this happens, it is often because the disc itself is dirty or scratched, so clean the disc or try a different disc before assuming the drive is at fault.
We usually clean discs by spraying them lightly with window cleaning solution and gently drying them with a soft cloth. Wipe straight across the disc rather than in circles. That method is frowned upon by some, but we've never damaged a disc by cleaning it that way. If you want to use an approved method, buy one of the commercial CD or DVD disc cleaners, which are readily available from big-box stores and other retailers.
Tray-loading optical drives require little cleaning. They are well sealed against dust, and all recent drives incorporate a self-cleaning lens mechanism. For routine cleaning, wipe the external parts of the drive occasionally with a damp cloth. Some drive makers recommend using a drive cleaning kit every month or two, although we usually do so only when we begin getting read errors. To use these kits, which are available in wet and dry forms, insert the cleaning disc and access the drive to spin the cleaning disc for a few seconds.
For a particularly dirty drive, you may need to repeat the cleaning process several times. Slot-loading optical drives can be cleaned more thoroughly by vacuuming the interior gently, using a pencil or similar object to hold the slot open, or by using compressed air to blow out the dust and then drenching the interior of the drive with zero-residue cleaner.
Most optical drive manufacturers discourage taking more extreme measures, so if you go beyond these routine cleaning steps, you are on your own and may void your warranty. For any optical drive, but particularly for optical writers, it's important to keep the firmware updated. Firmware updates fix bugs, add features, and add support for new brands and types of optical discs. We generally update the firmware in our optical drives every time we buy a new spindle of discs. If you're running Windows, visit the manufacturer's web site periodically, and download the how to fix optical drive firmware version for your drive.
Most optical drive makers supply firmware updates as executables that can be run directly from Windows or from a command prompt. Verify that there is no disc in the drive, and then just run the executable to update your drive firmware.
If you are running Linux, updating your drive firmware may be problematic. All drive makers supply firmware updaters for Windows. Many also supply OS X updaters. None we know of provides updaters for Linux.
If you're dual-booting Linux and Windows, there's no problem. Simply boot Windows and install the Windows version of the firmware update. But if you're running only Linux, you'll have to jump through a few hoops to get your drive updated. We run Linux on all of our production systems, so we encounter this problem frequently. The best solution is usually just to bite the bullet, pull the optical drive from the Linux box temporarily, connect it to a Windows box, and do the update from there.
When you download the latest firmware update for your drive, also download your current firmware version, just in case.
Firmware updates usually fix what are all the lightsaber colors, but they've been known to cause problems of their own. For example, we once updated the firmware in a CD burner, only to find that it would no longer burn a brand of disc that we had been using successfully before the firmware update. We had a nearly full spindle of discs that were now useless.
Fortunately, the solution was easy. We simply reinstalled the old version of the firmware, and everything returned to normal. Sometimes, an apparent error isn't an error at all.
For example, if your optical drive refuses to read, write, or even load a particular type of disc, it may be that the drive simply wasn't designed to accept discs in that format. To determine the capabilities of your optical drive, use Nero InfoTool, shown in Figure We weren't sure if the problem was the drive, the type of disc, or the individual disc itself.
Nero InfoTool also comes in handy when you want to update the firmware in your drive. Some optical drives have no indication of manufacturer or model on the front panel. It's a bad idea to install a firmware update intended for one model of drive to a different model, so ordinarily we'd have had to open the system and remove the drive to verify its model.
Instead, we ran Nero InfoTool to find out. We visited the Lite-On site and downloaded the most recent firmware for the drive, which was version DS1E, six versions later than the DS18 firmware currently installed.
We ran the firmware update executable and rebooted the system. When we again ran Nero InfoTool, we were pleased to see the change shown in Figure If you have problems reading a burned disc, the first step is to determine whether the problem is caused by the disc or by the DVD drive or player.
Most disc burning applications have a verify feature, but a disc can verify successfully in the drive that burned it and still produce read errors in DVD-ROM drives and players.
If you use high-quality writable discs in a good burner, the disc will seldom be the problem. Still, it's easy enough to check disc quality by doing a surface scan of the burned disc. If you use a Plextor burner, you'll have PlexTools, which can provide more information about disc quality than you ever wanted to know. Figure shows the results from scanning a "perfect" DVD. If there are damaged but readable areas on the disc, they'll what is the daily intake of vitamin d flagged in yellow.
Unreadable areas are flagged in red. We put "perfect" in quotes because few burned optical discs are truly perfect. If the disc has passed a standard surface scan, those errors are generally insignificant. Despite the errors shown, this disc is perfectly usable for all practical purposes. We suggest you restrict yourself to standard scans, and leave the highly technical detailed scans to the engineers.
It's not uncommon for burned DVDs that read perfectly in one drive or player to be unreadable in another what is automation testing tools or player, often an older model. Sometimes, the problem is simply a matter of the age of the drive or player. Older read heads may not deal well with some types of discs that how to fix optical drive introduced after the player was built, because the newer discs have lower reflectivity and contrast than the pressed DVDs for which the drive how to take off plasti dip overspray player as designed.
A complete failure to read is often caused by the Book Type field. This field is a half-byte 4-bit string at the beginning of the physical format information section of the control data block that exists on every DVD, pressed or burned. The purpose of the Book Type field is to identify the type of disc unambiguously so that the the drive or player will know how best to play it.
Table lists the possible values for the Book Type field. If the playback device does not recognize the Book Type field value either because the drive or player predates a new type of media or because the manufacturer intentionally failed to provide support for particular media types one of two things happens:.
As a workaround, some DVD writer makers have enabled a feature in their firmware called compatibility bit-setting. In other words, these drives lie to the playback device by causing the discs they write to report themselves as DVD-ROM discs. Other DVD writers support compatibility bit-settingbut make using it optional and require that the burning software how to calculate sales growth over last year support the feature.
Still other DVD writers do not support compatibility bit-setting. Plextor, for example, long refused to support this feature although their PXA does support it. If you need compatibility bit-setting, make sure that any drive you install explicitly lists support for that feature, and, if necessary, that your burning software also supports it. Our opinion is that compatibility bit-setting is pretty much obsolete.
I don't mind taking the drive apart to get the dust out. I should say avoid doing the freeze spray thing - not good for electronics in general unless you are trying to cool something really hot down really fast. Fix Your Stuff. Optical Drive Troubleshooting.
Edit Options History. Optical Drive Troubleshooting Learn how to troubleshoot some common optical drive problems. Author: Sam Goldheart and one other contributor.
Cleaning an optical drive. Updating drive firmware. Determining drive capabilities. Figure Nero InfoTool displays drive capabilities.
Sep 28, · The drive icon doesn’t show in Explorer but the drive works fine in other computers. If you are also facing this problem and can’t see your optical drives (CD/DVD Drives/Writers) in My Computer window, this tutorial will help you. Simply follow the simple steps given in following methods to fix the problem: METHOD 1: 1. For any optical drive, but particularly for optical writers, it's important to keep the firmware updated. Firmware updates fix bugs, add features, and add support for new brands and types of optical discs. We generally update the firmware in our optical drives every time we buy a new spindle of discs. Jan 01, · Once open, navigate to the optical drive from the menu on the left. This drive is often auto-named based on what disc is inside the drive but there's usually a small disc icon to help identify it. If you have trouble finding it, look for This PC on the left in Windows 10 or 8, or Computer in .
Have you ever needed to open your CD or DVD drive generally referred to as your optical drive but couldn't? Just your luck, your favorite movie, video game, or music was probably stuck inside. Maybe the laptop's power died, maybe the drive in your desktop just quit responding, or maybe the door was just stuck or the disc came loose from a try just enough to jam things up. Regardless of what's happening, or what you think might be happening, there's no reason to rush out and replace the disc or drive just because the eject button doesn't do what you expected it to do.
Fortunately, one of the following two methods almost always does the trick to get the drive open:. We'll start with the easiest way to get the drive open—skip the physical button on the outside and ask your operating system to force eject the disc. You can only try this if your computer has power and is working. Skip down to the next section if that's not the case. Open File Explorer if you're using Windows 10 or Windows 8.
Open Windows Explorer in earlier versions of Windows. You can do this by looking for that option when you right-click the Start button.
Once open, navigate to the optical drive from the menu on the left. This drive is often auto-named based on what disc is inside the drive but there's usually a small disc icon to help identify it. If you have trouble finding it, look for This PC on the left in Windows 10 or 8, or Computer in earlier versions.
Select the icon to the left to expand this if it's collapsed. Right-click or tap-and-hold the optical drive and choose Eject from the menu that pops open. The drive bay or disc should spin down and eject within seconds. Using a Mac?
Similar to the method described above for Windows, find the disc icon, right-click it, and then choose Eject. If this doesn't work Windows, macOS, Linux, etc. It sounds strange, yes, but most computer optical drives, including external ones and those you'll find in your game systems like Xbox and PlayStation, have a tiny pinhole that's designed as a last resort method to get the drive bay open.
The whole process will take less than a few minutes and is very easy. Unfold the paper clip until there's at least 1 to 2 inches 2 to 5 cm that are as close to straight as you can get it.
Look closely at your disc drive. Directly under or above the drive bay door the part that 'ejects' the disc , there should be a very small pinhole. If you have one of those desktop optical drives where a large door flips down before the drive bay ejects, pull that down with your finger and then look for the pinhole.
Some older desktops require the opening of the front panel, sort of like a large "door" to the computer's housing , to get to this pinhole. Insert the paper clip into the pinhole. Inside the drive, directly behind the pinhole, is a small gear that, when rotated, will begin to manually open the drive.
Remove and reinsert the paper clip as often as needed to eject the drive bay enough to grab hold of it. Slowly pull the drive bay until it's fully retracted. Take care not to pull too quickly or to continue to pull when you feel resistance. If these steps don't work, or you find yourself using the paper clip trick often, it may be time to look at some other options Those are not necessarily in a step-by-step troubleshooting order.
What steps you take depends a lot on the type of computer and optical drive you have, as well as your specific situation. At this point, there's likely something physically wrong with the drive or another part of the computer. Here are some things to consider doing:. Actively scan device characteristics for identification.
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