NVMe SSD - Macro circuit photography

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Ive had some bad luck with these little drives, two of them have burned out in a year. They are real quick when they work, making Windows load in 30 seconds or less. And reloading quick loads in games makes a big difference too. Since these are broken I just have them laying around, I should warranty them but have not yet.

Many resistors can be seen on the NVMe drive, and something marked e25 Da, no idea what it is and a google search came up with nothing. Seems to have a ring of gold around it as well.. Curious what it is.

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Camera ModelLumix GH3
LensOlympus MSC ED M. 60mm Macro lens
Filternone
Aperturef/18
Shutter Speed1/2 sec
Film Speed1600
SpectrumVisual Light
Wavelength380 through 700 nanometers
LocationNorth Georgia USA.

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Using my new GH3 that sees in visual light only, I put my macro lens on it and take some pictures of the components on the silicon.

I see some black resisters, most are a dull yellow color so I wonder what the black means. Maybe its the Ohm rating...

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Eventhough the board is black, I can still see the traces under the surface. Love the design and how they follow so close to each other.

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The gold fingers can be seen at the bottom of the drive, those go where the motherboard connects to the drive. They have a very thin layer of gold on them to improve conductivity. Wear can be seen on these fingers, from being placed into a tension connector scratching them a little bit.

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More gold can be found where the screw is placed to hold the drive secure. It appears to have a layer of gold on it as well, probably acts as a ground for the drive. Other rings can be seen off to the right of the drive, I am not sure the function of those, maybe a debug / flash port for the manufacturer. Another dot of gold is seen to the left, and I do not know its function as well. Many mysteries for me when looking at electrical components.

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NVMe SSD - Macro circuit photography | Ecency