![]() ![]() And it has another advantage, because all six current-carrying lines are carried out separately up to the power supply unit, since this then knows best whether and how the whole thing is to be divided and fused again. That would be a bit too thin in the long run and for overclocking fanatics. before processing) may be a maximum of 10% less than specified, it is not at least 31.31 µm, but twice that.Īfter the actual processing, a final copper thickness (IPC-A- 600J class 2) of at least 55.7 µm remains instead of the 24.9 µm of normal blanks. Since IPC-4562 specifies that the base copper (i.e. In the end, I was able to convince CableMod not to go with the normal 35 μm copper thickness boards (1 oz / ft 2) and soldered-on voltage rails, but to go straight for the ones with double the copper thickness of 70 μm (2 oz / ft 2). Unbonded bushing – There’s even more to itĪnd as if all this was not enough, I also dared to analyze the circuit board and measured it several times. Especially since the components used were also selected to provide noticeable tactile and acoustic feedback (locking mechanism) in addition to the optimized sense pins. So this point is already taken care of, because this plug-in connection is now really safe. The picture below shows what can happen with only a little pressure if you just solder on such a socket and do not fix it extra. Without going into details now, because there are a few secrets after all: There are special adhesive connections that also bind the connector housing so tightly to the circuit board that the housing and sleeves always remain immobile and fixed on one level. Then, with a bit of bad luck, you can again achieve gaps of 1 millimeter (++) and, above all, connections that are canted on one side. This is because the spring sleeves are soldered rigidly to the circuit board and are only relatively loose in the connector housing, which can be bent quite quickly. ![]() The only silly thing is that they move anyway due to external influences such as hanging and rigid, heavy cables. The sockets, if soldered perfectly, sit directly and cleanly on the adapter’s PCB. I think this is the most important feature, but it’s not everything. And no, you don’t have to be that stupid as a user to sporadically reach the limits of the connector design.īut what is really essential about such a special angle plug? CableMod’s product already uses the new iteration of plugs and sockets, whose sense pins are slightly set back so that there is only an OK signal when the plug is engaged, i.e. Instead of being amused by the allegedly too stupid users, I continued to study the subject with Gabriele Gorla (NVIDIA) after the Zoom meeting and we also simulated all possible situations here in the lab quite elaborately and also questioned technical key data. The fact that I can already publish today’s pictures (factory leak style) (after having edited them a bit digitally for certain reasons) is also not entirely coincidental. It’s no secret that CableMod now offers suitable angle adapters for all installation directions, but few people know what’s really behind it and where several steps had to be taken to offer the most stable and secure product possible, which has taken all the criticisms into account.Īctually, I didn’t want to write anything about it yet, but sometimes you are quite happy when a plan works, because the parts go on sale already next week. And as an outsider, you can criticize all sorts of things and conveniently blame the user, but that doesn’t solve the actual problem. How to get the bow elegantly with the fat cable on the much too small plug has already been discussed long and wide. ![]()
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