When you receive one WD patient HDD to recover the lost data, the following questions help to test if you are one qualified WD hdd firmware repair and data recovery engineer.
01: Are you able to recognize the WD HDD family, PCB number?
02: Are you able to recognize the old and new SED drives and their differences?
03: How to enter kernel mode/PCB mode/factory mode of WD drives?
04: How to unlock WD HDD SED drives?
05: How to unlock WD SMR MCU locked drives?
06: What’re the WD HDD important firmware modules?
07: How to test/read/write/edit firmware modules?
08: How to get modules from tracks and convert modules to tracks?
09: How to fix slow issue of old and new WD smr drives?
10: How to fix data encrypted hard drives?
11: How to recover lost data from WD hdds with weak heads?
12: How to recover lost data from WD hdds with full-disk bad sectors?
13: If the PCB, ROM chip or ROM contents are corrupted, is it possible to recover the lost data?
14: How to find donor PCB/firmware/heads?
15: How to fix WD busy HDDs?
16: How to recover WD scratched hard drives?
17: How to fix WD clicking hard drives?
18: How to recover WD contaminated hard drives?
You can test yourself by answering above questions and see if you are one qualified WD hdd firmware repair and data recovery engineer.
When you receive one Seagate patient HDD to recover the lost data, the following questions help to test if you are one qualified Seagate hdd firmware repair and data recovery engineer.
01: What is the working mode of Seagate hard drive?
02: Are you able to recognize Seagate old and new hard drives and their families?
03: How to diagnose the patient Seagate hard drives by COM terminal output error messages?
04: What are the common firmware repair commands and how to use them?
05: If the patient drives are password protected or SED locked, how to continue the firmware repair?
06: Which commands or firmware repair functions may damage data?
07: How can you find out if the patient drive is original or someone has worked on it and changed some physical components or even changed the firmware?
08: What are the important firmware modules and how to read, write and edit them?
09: How to find out donor/compatible firmware modules, donor PCB and donor heads?
10: How to repair weak heads?
11: How to fix Seagate slow hdd issue?
12: How to understand different bad sector types and repair them?
13: If the patient Seagate drives cannot enter T> or F3 T> prompt, what to do?
14: If the patient drives don’t spin up, what to do?
15: If the patient drives are clicking, what to do?
16: How to recover scratched Seagate hard drives?
17: How to recover contaminated Seagate hard drives?
You can test yourself by answering above questions and see if you are one qualified Seagate hdd firmware repair and data recovery engineer.
Dolphin technique support team have listed the following questions for those who are going to start a data recovery business.
- What’s your identity?
Individual
IT Company
Data Recovery Company
Education Agencies
Enterprise
Law Enforcement Government Agencies - Are you really sure if you are ready to start a professional data recovery business/Set up one in-house data recovery lab?
- What’s your knowledge or experience prepared for starting a professional data recovery business?
- Do you believe the same data recovery tools can recover data from hard drives, flash drives, SSD, Server drives, cell phones? why?
- Do you believe all data can be recovered? Why?
- Do you know your local data recovery market? What is the cost of different data recovery case?
- Do you have one clean room or clean bench?
- What’s your budget on your data recovery lab investment?
- Do you have any plan to create your own unique competitive power in data recovery?
- Data recovery success is not one or two days’ work, it requires continuing learning and practice,are you ready to be patient enough?
If you are going to start a data recovery business, please answer the questions above and send your answers to support[@]dolphindatalab.com and we will give all clients best suggestions and recommendation on how to start your data recovery business successfully.
In some ssd data recovery cases or flash drive data recovery cases, the chips may get downgraded and the drives become very slow, running with many bad sectors and sometimes even not detected. After users heat the chips properly with suitable working temperature, the patient SSDs or flash drives can become faster or even detected and impossible cases become possible!
Flash Heating Power Supply Pro. is available worldwide by DHL, EMS, Fedex, etc and it is specially designed for a higher success rate of SSD data recovery and other flash drive data recovery.
Flash Heating Power Supply Pro. is to increase the working temperature of SSD and other flash drives by heating the chips on the flash drives with one adjustable switch knob. With the knob, users can adjust the voltages to control the working temperatures.
Normal voltages: 19v-24v
Normal temperatures: 60℃-100℃
The patient HDD-Seagate Rosewood ST2000LM007 has suffered severe LED error in the COM terminal, users cannot enter F3 T> and cannot continue the hdd firmware repair and data recovery.
To fix the LED error, there’s one very helpful rom function-‘Disable Subsystem’.
Function path: DFL Seagate HDD repair tool>ROM Operations>ROM Edit>Disable Subsystem
Before using the function, users need to import the unlock ROMO, After using the function, users can save the new rom and write the new ROM, power off and on, users can easily enter F3 T>
Next users can backup the important firmware modules and start the firmware repair. There’re many one click quick solutions available under the Common Menu.
After the firmware repair, users can use DFL-DDP data recovery software to extract lost data easily.
This is one successful Western Digital hard drive data recovery case study from one DFL user in Peru.
The patient HDD ID:
Model number: WD10SPZX-22Z10T1
PCB number: 800066
Capacity: 1TB
Failure Symptom:
HDD got error state when read modules;
Power Restart constantly
Hdd repair tool and data recovery tools used in this case study:
DFL-WD hdd repair tool
DFL-DDP data recovery equipment
HDD repair and data recovery steps:
01: Lock UA writing, disable 411;
02: Firmware restart and re-enter the software;
03: Backup module 190 by ABA(select valid data of 190);
04: Clear module 190 manually, generate checksum, check module and write;
05: Enable 411;
06: Firmware restart;
07: Enter DFL-DDP data recovery software, repair module 190 auto, got repaired T2data;
08: Load T2data in RAM, and data sectors were recovered.
Any question is welcome to [email protected] or add Dolphin Skype ID: dolphin.data.lab
