Hello dear friends,
In June, we released a new PC-3000 software version 7.1.x, and one of the main features in this update is the SED unlocking option for new WD SMR families.
It means that now you don’t need to buy a special unlocked PCB to get the Service Area access on these drives anymore!
In this article, we describe how to use this option in practice.
There are situations when you are reading a chip and see a detected Chip ID but it cannot be applied in the Task. As a result, it doesn’t allow to read the dump from the memory chip. Such behaviour may be if:
► The chip has physical damages or was overheated during the unsoldering process
► The memory chips reference book doesn’t have reading parameters for a certain Chip ID.
The information below will be useful when adding read parameters for new (unknown) memory chips and is intended for users who understand the main principles of NAND.
If you are new in NAND data recovery, we recommend studying these principles first.
Of course, you can try to find a datasheet for a certain memory chip and take reading parameters from there. But sometimes there is no possibility to find that datasheet or some parameters are missing there (not described).
Reading parameters detection is an investigation process and requires some specific knowledge. In this article, we’ll overview some ideas that can be helpful for you during this process. Anyway, we strongly recommend to contact our Technical Support Department if you get an unsupported NAND ID during your data recovery process.
The ACE Lab developers constantly research drives, which results in a rapid expansion of the Support List for most of the modern SSDs. So with the PC-3000 Systems that support Solid State Drives, you will always be on the cutting edge of
data recovery technology!
Today we are going to talk about the monolith cases produced by SanDisk, namely presented in the variations of 200 GB and 400 GB models.
Such cards were released a few years ago and remained the mSD cards with the highest capacity for years until the 256 and 512 GB modifications replaced them.
Nowadays, SanDisk Flash drives are one of the most complicated cases. Usually, they have a lot of additional issues and features that are typical only for SanDisk modifications.
Bad sectors may appear because of the bad quality of the heads or due to small scratches on the surface of the platters. This problem is pretty up-to-date and sometimes, when you don’t have an opportunity to replace the heads or open the HDA on the Hard Drive, the only way to get the data is to be patient and reread all bad sectors one by one with different time-out settings in the Data Extractor.
But what to do if the WD disks have a lot of BAD sectors, and it is necessary to force the disk to complete the image?
Modern Seagate drives are very complex, and their hardware becomes more and more sensitive. If heads have issues, they can damage some critical objects in the Service Area during the internal FW processes. It may be a reason for data recovery time increase: we must spend more time and money to find new heads and fix bad system files. Is it possible to avoid that and block the writing in the Service Area? Let’s review that in this article.
Nowadays, more and more SAS drives are used for storing data and therefore become damaged due to continuous use. Some of them require spare parts, but some of them can be fixed by software methods.
In this article, you can learn how to deal with Hitachi SAS drives with the mentioned issue using the PC-3000 SAS System.
Sometimes, when the proven solutions can’t be applied to your problem, you need to change the approach and experiment a little. Let’s discuss the alternative method of data recovery from a burnt SSD.
The issue with a damaged NAND chip is very popular for the ST1000LX015 and ST2000LX001 models. At the ACE Lab Online Technical Conference 2021 we showed a case on this topic. Following up, this blog article with step-by-step instructions explains the provided solution.
Worn-out NAND Flash chips are a common issue when we are speaking about data recovery from USB Flash devices. Nowadays chips may have low quality even from the factory. Your pendrive may die less than in a month because of that. Unfortunately, such a tendency can also be seen when we are talking about other devices in which NAND chips can be used, for example, SSDs, mobile phones, and even modern cars!