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Seeing this makes me wish that Apple would make a black USB-C to MagSafe cable for the MacBook. The light cable really shows the dirt.
 
Now Apple must make the iPhone chargers to work only when paired with a 3m cable for maximum profits to recoup from the USB-C EU debacle
 
Idiots saying that you can buy a 2m cable for $xx.

A 2m cable is not a 3m cable.
 
Elon Musk said it's overpriced, therefore it's a smokin' deal and Apple deserves every bit of the profit. ;)
 
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Thanks. Also tricky to find a tb2 to usb3.0
https://www.apple.com/shop/product/MMEL2AM/A/thunderbolt-3-usb-c-to-thunderbolt-2-adapter

Works for Thunderbolt 2 to 3 or Thunderbolt 2 to 3. It won't work on USB-C ports the don't support Thunderbolt 3. If you are looking for a mini Display Port to USB-C adapter, you can use this one:

https://www.apple.com/shop/product/HN8B2ZM/A/mophie-usb-c-cable-with-mini-displayport-connector

Thunderbolt 2 doesn't natively support USB 3 like Thunderbolt 3 & 4 do.
 
Plugable and Cable Matters both have their TB4 2M cables at $59. Same specs; 100W charge, 40gbps, etc.

You are paying $100+ for the extra 1M. That is insane.
It's not insane at all.

The difficulty of getting intact data down a cable increases exponentially with its length, not linearly. Meaning, the tolerances are tighter, more circuitry may be required, etc etc.

40Gbps down a 10ft cable that is as flexible as a consumer needs is not an easy task.
 
It would be useful to know if all that complexity shown in the tear-down of the cable is actually necessary, or just excesses used to justify higher prices. Could be a bit like cables in hi-fi audio that can cost thousands of dollars per foot. Despite being repeatedly and thoroughly proven as baloney, people still go out and buy these knowing full well that an unwound coat hanger transmits the signals just as well as their gilded cords....
 
Plugable and Cable Matters both have their TB4 2M cables at $59. Same specs; 100W charge, 40gbps, etc.

You are paying $100+ for the extra 1M. That is insane.

Then why don't you buy a 1M and a 2M and just stick them together? Should just work, right? Much cheaper solution! :p

Slightly more seriously, in Physics Land, everything falls off at an inverse square rate. Which means a 3 meter wire-thing would have 4/9 (44%) of the magic mojo of a 2 meter wire-thing. Now imagine that the wire-thing is carrying extremely tiny signals bopping up and down at an ungodly high rate, and how much more challenging it would be to resolve such a signal that's only 44% as strong, unless it somehow got boosted.
 
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It would be useful to know if all that complexity shown in the tear-down of the cable is actually necessary, or just excesses used to justify higher prices. Could be a bit like cables in hi-fi audio that can cost thousands of dollars per foot. Despite being repeatedly and thoroughly proven as baloney, people still go out and buy these knowing full well that an unwound coat hanger transmits the signals just as well as their gilded cords....
I have previously purchased a cable that cost a thousand dollars a foot, only to find out that a cable costing $500 a foot is just as good. And it contained a coat hanger. How to you people come up with this stuff?
 
It would be useful to know if all that complexity shown in the tear-down of the cable is actually necessary, or just excesses used to justify higher prices. Could be a bit like cables in hi-fi audio that can cost thousands of dollars per foot. Despite being repeatedly and thoroughly proven as baloney, people still go out and buy these knowing full well that an unwound coat hanger transmits the signals just as well as their gilded cords....

With analog signals, signal degradation just makes the signal slightly crappier; it may be beyond your big clumsy audio speakers, or human auditory system, to resolve the difference. With digital signals, signal degradation has no effect; until you hit a certain threshold, and then you get nothing at all on the other end.
 
Assuming you don't believe what I wrote (can't make out your intent), here is an article showing some of those cables. https://robbreport.com.au/homes/Nine-of-the-most-wildly-expensive-speaker-cables/
Nordost cables go for about $30K per meter.
And here is one article demonstrating how these cables are, of course, not worth it.
Now audio and video signals are very different, but the point remains, whether all that is necessary for good quality video.
 
It would be useful to know if all that complexity shown in the tear-down of the cable is actually necessary, or just excesses used to justify higher prices. Could be a bit like cables in hi-fi audio that can cost thousands of dollars per foot. Despite being repeatedly and thoroughly proven as baloney, people still go out and buy these knowing full well that an unwound coat hanger transmits the signals just as well as their gilded cords....
The thing is, audio cables are a TOTALLY different situation than these high speed data cables. With hi-fi audio, you're only transmitting an analog signal down the wire and there's no scientific reason why it would possibly improve the sound quality to do anything beyond the basics of using a type of wire with a low resistance, and then putting some shielding/insulation around it. (Stranded wire vs solid and a thicker gauge is going to be beneficial, but that's been known for decades and doing that doesn't cost a huge sum of money.)

As they create these new cable standards for faster and faster data transmission, they're reaching a point where the cable itself has to be a part of the circuitry that makes it possible.
 
Plugable and Cable Matters both have their TB4 2M cables at $59. Same specs; 100W charge, 40gbps, etc.

You are paying $100+ for the extra 1M. That is insane.
Actually, $30 for the extra 1.2 meters compared to the 1.8m from Apple. So that makes it around $70 for Apple quality and Apple tax compared to other brands. Perhaps one of the Youtube channels can do a comparative technical test.
 
that‘s true, but that means we need to start considering a switch to fiber optic data transfer protocols of Thunderbolt. The roadmap for Lightpeak called for the switch-over awhile ago, we’ve just been able to pull more and more life out of copper; Once we start going over 60GB/s, we might not have a choice.
I do see a future of having to possibly go to fiber optic, the only downside to that is the extreme fragileness of fiber cables, they already so thin and majority of the thickness already goes to "protection" and even that isn't enough. There will be a lot of wasted cables due to people being too forceful with the connectors and them getting bent and who knows what else, especially since with copper wire everyone is used to maneuvering their cables however they see fit because it basically doesn't matter.

In my previous job I worked with a lot of fiber cables and we had the quick release connectors and even with that I couldn't tell you how many people/techs would break them from being too forceful with the connector or not making sure the connector was lined up correct before pushing in and twisting to connect. We actually had 4 redundant connections for each fiber line because they would get broken so often so that we could just change which fiber line we were using while waiting for the broken one to get repaired or possibly the whole line getting replaced because there isn't enough slack to just cut the end off and make a new connector. Fortunately they are not incredibly difficult to repair, (with the right kit and know how) but it does require enough slack to do so.
 
I feel you, but after a colleague had a close encountered with a fire hazard, I am more cautious of where I get my cables from. We are talking about 100 W of power here, if it was the old and common 5 W cable I would not mind, but not for these cases.
I buy the Apple ones because other reputable brands aren't much cheaper. At least it's only $40 compared to $130 for the cheapest Apple TB4 cable and I can live with the shorter TB3 cable.
 
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