Hello,

I have had an OCZ Vertex Plus drive that died quite some time ago.
I have requested data sheets from Toshiba SSD Support however they have been less than helpful.

When attempting to Mount the SSD it is not recognized by the operating system,
it does not populate as a device in the device manager of Windows 7 Windows 8.1 or Windows 10, I have also tried to mount this device with Linux Mint 19.1 Tessa and Ubuntu 18.04.2 LTS or Fedora 14. The D1 LED illuminates blue (unsure if this is a multicolor led) the connector soldering is in-tact and not come de-soldered. there are no warps on the pcb

The tools that I have are as follows:
FLUKE 115 true RMS multimeter
200X USB Digital Handheld Microscope with Built-in LEDs
YIHUA-862D+ Hot Air Rework station
External sata Enclosure

Here are some images of the PCB:
https://i.imgur.com/C0ByrE0.jpg
https://i.imgur.com/x7Rc7IU.jpg

I've done some research on this and have hit a wall and any help working on this would be appreciated, I am a DIY'er this is my own drive and it's not for a commercial customer or otherwise.
My electrical understanding is limited, to reading resistance and voltage I don't think I have the proper tools to test capacitance

Assuming that it is using the IDX110... controller, it is supported by PC3000 SSD. It has been quite a while since I've encountered an OCZ SSD, but it is likely suffering from the usual issues with SSDs that get them stuck in an unresponsive mode.

I don't know if there are any other tools designed to handle those SSDs. So, you can go the route of spending a lot of money on a PC3000 system with the SSD and DE add-ons, taking note that the license is non-transferable or you can send it off to a data recovery lab who is already equipped to handle it.

I can't speak to pricing of other labs, but my lab charges $500 CAD for these types of cases. There may be some who will charge less and many who will charge a lot more.

_________________
Luke
Recovery Force Data Recovery

I would measure the voltages at test points V1 - V9. I suspect they will be OK, though.

_________________
A backup a day keeps DR away.

MP2119DQ, Monolithic Power, 2A, 6V Synchronous, Step-Down Switching Regulator, marking U8xx+xxx, QFN3x3-10
https://www.mouser.com/ds/2/277/MP2119_r0.94-475832.pdf

MP2109DQ, Monolithic Power, Dual 1.2MHz, 800mA Synchronous Step-Down Converter, marking B7xx+xxx, QFN3x3-10:
http://www.dzsc.com/uploadfile/company/123460/201062413119725.pdf

_________________
A backup a day keeps DR away.

I took measurements from the test points because i wasn't sure where you wanted me to measure from.
v1 to TP1 0.9vdc
v2 to TP2 3.34vdc
v3 to TP3 3.30vdc
v4 to TP4 4.9vdc
v5 to TP5 1.821vdc
v6 to TP6 1.986vdc
v7 to TP6 4.99vdc
v8 to TP6 4.87vdc

All voltages should be measured against a ground reference, eg a screw hole or SATA ground.

_________________
A backup a day keeps DR away.

v1 0.98vdc
v2 3.34vdc
v3 3.30vdc
v4 4.9vdc
v5 1.821vdc
v6 0.986vdc
v7 4.95vdc
v8 4.95vdc
v9 1.821vdc

all tested off of sata ground

Those voltages appear to be OK.

Your next step would be to examine the output from the serial port (J2 ?), but it will probably only confirm what you have already been advised.

BTW, what is the IDX part number on the controller IC?

_________________
A backup a day keeps DR away.

Just FYI …

http://www.acelaboratory.com/download/Barefoot_manual_en.pdf

_________________
A backup a day keeps DR away.

In that document is the jumper on technology mode? Or is jumper off technology mode. Because my drive has a jumper on it at the moment .

That's interesting. I'm not in the DR business, but my reading of that tech note is that the jumper needs to be installed in order for the drive to fall back to "tech mode". AISI, if your Indilinx controller is not "brain dead", then the drive should identify itself over SATA as "Yatapdong Barefoot-ROM". For normal operation, the jumper should be removed.

Perhaps we should continue our troubleshooting along the hardware path rather than firmware? Could you measure the voltages at the pins of the "B048V" chip? Your measurements would suggest that my initial guess was wrong, ie it is not a load switch. Perhaps it is a reset supervisor?


Edit: It appears that the part is a crystal oscillator:

_________________
A backup a day keeps DR away.

@Kefco, do you have any way (eg a 50MHz / 100MHz oscilloscope) to determine whether the crystal is oscillating? I suspect that the part is a 48Mhz oscillator. It should be cheap to replace.

_________________
A backup a day keeps DR away.