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3 days ago I received a delivery with a HATDrive! Top and a HATDrive! Bottom. Both work super fast and I'm impressed from both performance.
Not sure, if you are planning for a 3D printable case. But it might be an idea do move the drill holes of the HATDrive! Bottom a bit away from the USB-sockets, so the whole PCB doesn't stand out "on the rear" and also do a FPC, which doesnt cover the SD-Card, since you might need it for booting one time to set up the nvme drive...
Another customer friendly thing would be to provide 4x extra M2.5 stand-offs to not let sit the NVMe drive on its chips. If you would move the FPC tho the side, a M2.5 nut could be enough to keep the distance to the Raspi PCB and a female stand-off would take the bit longer M2.5x6mm screw to keep the bottom away from the housing.
Best Regards
The Hitchhiker!
The speed measurment with pibenchmarks is launched ...
... resulting in an incredible Score of 47918:
Suggestion for additional bottom stand-offs:
Competitor moved the PCB more towards the USB-A sockets to have a "flush" backside and moved the FPC out of the way:
The text was updated successfully, but these errors were encountered:
Thank you for your cool device!
3 days ago I received a delivery with a HATDrive! Top and a HATDrive! Bottom. Both work super fast and I'm impressed from both performance.
Not sure, if you are planning for a 3D printable case. But it might be an idea do move the drill holes of the HATDrive! Bottom a bit away from the USB-sockets, so the whole PCB doesn't stand out "on the rear" and also do a FPC, which doesnt cover the SD-Card, since you might need it for booting one time to set up the nvme drive...
Another customer friendly thing would be to provide 4x extra M2.5 stand-offs to not let sit the NVMe drive on its chips. If you would move the FPC tho the side, a M2.5 nut could be enough to keep the distance to the Raspi PCB and a female stand-off would take the bit longer M2.5x6mm screw to keep the bottom away from the housing.
Best Regards
The Hitchhiker!
The speed measurment with pibenchmarks is launched ...
... resulting in an incredible Score of 47918:
Suggestion for additional bottom stand-offs:
Competitor moved the PCB more towards the USB-A sockets to have a "flush" backside and moved the FPC out of the way:
The text was updated successfully, but these errors were encountered: