Really? How is e.g. the HDMI connectors "better" than the VGA connectors? VGA connectors seems far more robust to me. Same with d-sub mouse connectors.
I guess the signal rating is better now but the old ones didn't need high frequency capabilities.
I am writing this on a screen where the HDMI connector pops out if a even touch it.
Just one more reason to switch to DisplayPort. The only downside of DisplayPort over VGA is that it's up to the connector model if it locks, not user input; but other than that DisplayPort seems clearly superior over VGA. Apart from the obvious signal improvements, slightly more compact design and the recessed port, even an non-locking cable sits far more securely than an unsecured VGA cable.
I don't know if this was to prevent people disconnecting things, or if the expectation was that once connected, things should stay that way for years.
But becoming loose without unpluging isn't good either.
USB-C doesn't have this issue. Much better
> tugging the cable to the side of your PC because your foot got tangled in it.
> USB C is extremely fragile due to its size and not much can be done to help it.
Zip tie the cable to the case?The USB-C housing is much more rigid than that of type A, so it should handle this much better. The thinner bar might also handle deflection better by virtue of flexibility.
Also, hardware engineers know that ports are operated by drunk gorillas. Incorrect usage and odd forces are considered when designing a physical interface.
Compared to magsafe it is not recessed (though that has not been an issue in my experience), but on the plus side it also does data, video and is universal. Currently using the same type of adapter for my laptop, phone and tablet with the ends on various chargers and docking stations.
They had tendency to cause sparking and I lost at least one phone due to it. The phone was fine but it lost ability to be charged through the phone. And when the battery ran out it became an expensive brick.
Put 20 V Vbus on a CC line and see what happens.
I do not know if the new MagSafe is an improvement over V1 and v2, but solid connections or non-contact charging are the way to go.
I generally know very well how to take care of electronics and those ports never experienced that dreaded 'vertical tug' you describe, at least to my knowledge.
P.S. I am not a shill for Fractal, but a faithful owner.
Plus planning to build new desktop soon, I'll still probably go with them (Define 7 is my pick so far), I think I had just bad luck since they have quite solid reputation and most other cases are not to my taste or needs.
Meanwhile I have a USB-C to USB-A multi-dongle to which I have connected my mouse and keyboard and I move the whole thing between the work and private laptop on a daily basis and despite that after three years only the plug part is showing signs of wear. The socket is fine.
Same goes for the charge port in my phone. Still works as advertised even though I went through a few cables in those six years since I bought it.
Side note: I too wish this brand guaranteed quality. I have two Fractal Design cases, a Define R6 and an Era. The former is quite good, the latter is crap - panels don't fit. Btw, they cost the same (fucking expensive).
The insertion cycles are only for proper insertion.
Every time I see comments like this I think of the COVID-19 trolls who insisted that masks were only helpful if "worn correctly".Proper? Please. Why not just say that the connector suffers from poor design and is difficult to plug correctly. Everything else is humiliating the average user, like my parents, with advanced degrees whom are not STEM.
If you securely store a laptop at the end of each workday then you're up to 1 cycle per day minimum. It will be more than that if you're required to secure the laptop during coffee breaks and/or if you work from several places in a work-day.
Also, rated lifetime does not take into account things like tugging the cable to the side of your PC because your foot got tangled in it.
USB C is extremely fragile due to its size and not much can be done to help it.
USB C might be created to withstand more insertion cycles. After all it is meant to be used for devices like phones that are plugged in and out constantly. Part of this improvement is just more experience creating connectors (yes, connectors got much better in the past decades).
A cable connected to a back of PC is not being constantly plugged in and out. Nobody I know is plugging in their keyboard or mouse multiple times a day.
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When I design my boards, I put connectors that match the size of the board. I don't put extremely tiny connectors on a very large and massive project. I want a connector that isn't too fragile for the project and this means matching it with the forces that you can expect.
We, humans, use different forces when around large objects than when we are around small objects.
Large PC standing on your desk means forces used around it will be potentially larger than forces around a small appliance like a phone. If you tug on a cable that is hooked up to the phone, only small force is needed to move the phone. And we are usually more careful around a small appliance like phone. If you tug on a cable that is hooked up to a PC, much larger force will be needed before you move the PC. And people are less careful and using larger forces when doing things around a PC -- a larger object than a phone.