![]() ![]() I then ran CHKDSK (see file ‘chkdsk d drive results 1648.txt’ attached) and it showed the exact 20kb in bad sectors as my other disk that I’d restored my ‘D’ drive image onto. This showed everything was ok and in the green. Next I restored the Macrium Reflect image of my ‘D’ drive onto this new disk, ran a scan of the disks SMART using HDDScan. I then ran CHKDSK (see file ‘chkdsk q drive results.txt’ attached) and it showed all was ok, particularly, no bad sectors. I installed another pristine brand new HDD, ran a scan of the disks SMART subsystem using HDDScan. For the benefit of anyone else following this thread, I will report my findings below. I’m now at the stage where I can answer my own question that I started out with on this thread. ![]() This will also copy unused space and will make the image file significantly larger than ‘Intelligent sector copy’. Make an exact copy: Copy every sector/cluster used by the partition.This reduces the size of the disk image file as unused file system clusters are not copied. Intelligent sector copy: Copy only file system sectors/clusters that are in use.I’m sorry, but that is incorrect information about Macrium Reflect imaging.Īccording to the Macrium Reflect User Guide, there are two copy modes that Macrium Reflect can use when making an image. I use the paid ver of Macrium Reflect 8 and it’s been super solid. Image file size will vary depending on the number of files, and when you restore the image, the files on the destination drive can be in different sectors than the source drive. Macrium images are a bitmap image of all the files on the source disk, not sectors. Cloning a disk is sector-by-sector and can clone bad sectors to a brand-new drive. One copies all the sectors on the source drive sector-by-sector, even if they are empty sectors. Technically, there are two different types of image backups. Please run chkdsk D: /r’ presumably because of these bad sectors.Īny help/advice you can give me, would be greatly appreciated. #MACRIUM REFLECT ERROR 9 CYCLIC REDUNDANCY CHECK CODE#When I ran CHKDSK on this new HDD (see chkdsk d drive results (new WD Red HDD).txt), I was surprised to see there were 20KB in bad sectors.ĭoes Macrium Reflect copy the MFT Bitmap as part of the imaging process? And if so, how do I overcome this on the brand new physical HDD which presumably should be in perfect condition? Can I get Windows to make a new MFT Bitmap based on the brand new physical HDD? Once again Macrium Reflect won’t allow me to make a backup image of my (new) ‘D’ drive, stating ‘MFT corrupt – Error code = 6. I then successfully restored the image of my ‘D’ drive onto this new HDD. I then physically removed the ‘D’ drive from my PC, and installed a brand new internal HDD into my PC. I was then able to successfully image the ‘D’ drive using Macrium Reflect. txt), it passed stage 4 without any problems and continued on and completed stage 5 successfully reporting that there were 5 bad clusters amounting to 20KB in bad sectors. This time, see (attachment chkdsk d drive results. I deleted the contents of the folders where there were bad clusters and then re-ran CHKDSK D: /R. CHKDSK also stopped at the end of stage 4 reporting an error. txt), it said there were ‘bad clusters in user file data’ in two different folder locations on the ‘D’ drive. ![]() The first time I ran this (see attachment chkdsk d drive results. During an attempt to create a backup image of said drive, using Macrium Reflect version 7.3 (free edition) with default setting of ‘verify file system before backup’ checked, Macrium Reflect aborted with the message ‘Unable to read from disk – Error Code 23 – Data error (cyclic redundancy check).’ When I Googled this error it said I needed to run CHKDSK D: /R. I had a 2TB internal HDD that contained just data, no operating system. ![]()
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