Pardon my crappy lighting and editing in the following photos, I just used my desk lamp since it's too cold and dark outside and I don't have a good photo RAW workflow. Images out of focus are because of a manual focus lens that doesn't communicate with the camera at all.
The ECM23 landed in Europe recently and I got one to see if I could do what I wanted to, namely enable the usage of the PCIe slot of an mITX board in the In Win Chopin case:
The kit on the right and top, the SSD in the middle, the old PCIe to M.2 adapter on the bottom left.
The rear of the adapter, which looks pretty clean except for the highly irritating serial sticker.
Removed the four screws and backplate. The PCB has some some copper incorporated to also wick away heat. Notice the slot in the middle that centres the heatsink into the PCB.
Removed the PCB from the heatsink. Those four SMDs on the top or blue LEDs that shine through four pinholes in the heatsink.
Applied the first layer of thermal padding to the PCB where the M.2 will be making contact with.
After needing to use more pressure than I'm comfortable with to get the M.2 seated in the connector (it seems to be friction-fit unlike every motherboard M.2 connector I have encountered), the SSD still fit.
Assembling it the first time yielded the above image: a reasonably warped PCB. By re-doing the screws and maintaining pressure on the middle while installing the backplate, along with pushing the heatsink inside the slot in the middle of the PCB, I was able to overcome most of the bend. Enough for me not to worry but it wasn't perfectly straight. The copper sticker on the back of the recent Samsung 900 series SSDs seems to be the cause of this.
Time to see if it'll fit !
Oh yes, that's an SFF-approved fit. 1-2mm room between heatsink and power supply. You can also see the pinholes in the heatsink where the LEDs shine through on access. They all flicker at the same time, no 21st century lighting effects here.
Snug ! Just like that fan on the heatsink touching the inside of the extra roomy Chopin's perforated side panel.
Time to install Windows to see if it works ! I can see the drive for installation, no problems there ! But the point where the first phase of the installation finishes and the computer reboots to complete setting up, it doesn't...
Then I saw the text in the bottom red text box on the packaging:
I was planning on using it in my ASRock
Z87E-ITX board and I remembered that the NVMe support on that chipset was basically not there, even though it was working for Z97 chipset without much fuss. With a lot of help from the guides at the
Win-RAID forum, I managed to add NVMe functionality to the BIOS. Installation finished and my plan worked !