My sony memory card accidentally get formatted in my sony a6500 camera. As of my knowledge sony cameras process with hard format when formatted. Is this tool can be helpful to get recover my data?
Hi Sasha, I have a few proposals: 1) It could be very useful, that those cases from the webinar would be available to download to test (repeat) your steps. 2) Pls make webinar with theme datarecovery from SANDISK (according VNR advanced training) 3) Pls make webinar with theme - How to use the Block arranger
I would suggest to automatically select blocks where >=3 blocks have the same Value and Signature, and then from that do a selection of 3 or preferably 5 blocks that have the least differences between each other. All that can be done completely automatically.
For the situation that the user selects a XOR key that is larger than the auto-detected / divided block-size, I would suggest to have a popup that asks the user whether he wants to automatically shrink the XOR key to the divided block-size, and if the user clicks Yes, it would be done already.
Hello, the Summit was an offline event after 4 years of pause and the preparation for it took all the time, so the streaming was just an addition and was not planned to be uploaded online. But there will be report on our website with all the presentation files available.
For now all the solutions are uploaded by ourselves, but of course we’ll add the option to add solutions for our customers. There will be some automatic system that firstly checks if a solution is good. Then we’ll get it for moderation, and after the moderation it will be available for everyone.
I don't need recover any file. The MicroSD is completely corrupt, the format, wrong capacity, etc. With this tool is possible to recover the original state of the microsd?
Hello, for soldering to the second layer we use 0.05mm wire. If the tracks are too thin and are close, then in some cases we use 0.02mm. For standard soldering (to the first layer), 0.05-0.06mm wire is suitable.
OK I figured it out, this SLC are not necessery, btw. your bBCR module need lite fix because standard ECC layout for FC1178/FC1179 not work after cut bits
I always use hot air solder for this. Still good to learn the alternative ways. Edit: Aware of possible damage to data, I finally change my tools. It took me six month to add this
Hello , In what cases do you people recommend " File Assembler " .These are the wishlists i have for VNR 1 : Pause Button " While ECC Correction And Also Pause Button in Some Windows Were Necessary " 2 : More Sandisk Cases to be added to knowledgebase ,So that we know how to tackle these more 3 : A Webinar on " Sandisk " Controllers what have common method and non common methods for recovery .Also a webinar on monolith pinout research ,Such Documents are already in other tool " Personal Update Areas " 4 : Adding Cases To knowledgebase would remove lot of Support Burdon .
This tool is mainly made for two scenarios: Chip-off data recovery for cases without LBN. Recovery of fragmented files when the file system is not available. Thank you for your wish list, it is noted.
another junk video tutorial! where didi you click? why never s\make a video of a case from the start? my rusolut reader and software crash all the time!
This is just improvment not breakthrough technology. We all in NAND recovery community waiting for LDPC error correction solution and that will be revolutionary breakthrough technology. AI XOR, GPU BCH, new RR is only evolution
Very interesting test. Thank you very much! So based on error block count and all block count, You can calculate the error rate, Right? And GPU is more likely have an error? Right?
Ok, some more questions. If i set address to start rereading and RR, which pages are tested? Only red ones from the address i choose or random ones? Got a really messed up case where i get a lot of chip response errors. Sometimes number of RR test pages makes a diference and it rereads and with other RR test pages number i get chip response errors.
Quadro cards should work fine, but this one is too old and lacks minimal requirements for opencl that are standard for the GPUs in the past six years or so. Here's rough ranking of GPUs by its computing power: browser.geekbench.com/opencl-benchmarks Quadro K2000 = 3472 Intel(R) HD Graphics 530 = 4544 Intel(R) HD Graphics 630 = 4892 GeForce GTX 1070 = 47449 AMD Radeon RX 6800 XT = 156381 GeForce RTX 3080 = 180806 K2000 will correct ECC slower than any Core i7 6th or higher, and even slower than integrated graphics card. So the better use for K2000 would be monitor output device while using integrated graphics as a primary ECC correction device (you can get 20-50% speed increase comparing to CPU). Minimal GPU for a decent ECC speed increase would be something around GTX 1070 or similar.
Looking forward to seeing the next video. I have a microSD Card in now that I have got down to the second layer, but am having difficulty actually soldering it.
Excellent IGOR Sir , When we do this do we wire both layers ,i am sure we do though never done this ,Any ideas what all devices in monolith we need to do this
Great example! Could you tell what temperature do you set on the soldering iron? And could you record video about second layer preparation and soldering?
We normally set 320-350C on the iron. Just don't keep it on the pad for more than a second or so. We're preparing next videos precisely with second layer removal and soldering.
