Cable size and length (resistance) should impact Watt-Hours but not Amp-Hours.My 16 cells from Shenzhen Shouhuzhe took about two months.
The box with the busbars was smaller than the rest and had little padding.
One cell was dented near a lower corner; using a compression fixture isn't easily done.
I'll try to get some kind of reimbursement.
The cells are of poorer quality than those I have purchased from either Shenzhen Basen or Xuba.
The plastic sheeting was poorly applied, with bubbles and uneven edges.
A capacity test yielded 265a (10 AWG cables 16" long).
A second test yielded 279a (6 AWG cables 6" long).
I don't care so much about looks, mostly just an acceptable capacity test.
So, if I am reimbursed to some degree for the damaged cell, I will likely use this vendor again.
Unless you also used those same cables for charging and determined 100% SOC based on a voltage reading far from the cell terminals (and while charge current was still flowing).
If you measure cell voltage directly on the cell terminals and stop charging once the cell reaches 3.65V, you should read the same number of Ah from either of those two cables (again, assuming you stop discharge when the terminals themselves reach 2.5V and not when the end of the discharge cables reach 2.5V...).