USB-C gets rid of all the stupid previous decisions on the physical connectors (orientation required but not obvious, fragile clips, too large, too small), the physical side of things is now set and hopefully all devices, chargers and outlets will now converge on usb-c.
Yes getting the right cable can make a difference but the situation is so much better than before, partly because phone manufacturers were forced by the EU to adopt one connector early one. I’m so glad Apple’s proprietary connector is gone.
Apple made Lightning when the rest of the world was still mucking about with Micro-USB, which I would argue is just about the worst connector ever in common use. The only type of cable where I routinely kept a half dozen on hand because they failed so damn often.
I do like USB-C, but despite being superior (physically) on paper, it's not as robust as Lightning, definitely more finicky. But it has more capability, which is important.
I have no love for Apple and their proprietary nonsense, but even lightning is a strictly better connector than USB-C - easier to insert, less fragile, better wearing. Still too many wires though.
I wish we'd used something like TRRRS, and stuck to 4 wires. Very robust, any orientation, easy to fumble in blind.
I'm stuck putting wire labels on every USB c cable I own. I can't tell the difference between a 3A and 5A cable otherwise, same for usb2.0 only cables vs 3.1 vs 3.2 4x,whatever the fuck.
I'd very much rather not have a new connector shape every time the technology improves and devices and cables gain new capabilities. The benefit of where USB-C is at, is the new stuff is backwards compatible with previous generations. The complaints in the early years - about one connector, unpredictable capabilities - were wrong. It took time for this benefit to accrue.
Also all the version numbers and brand names have been confusing, but the bandwidth is just a single number that goes up each generation and covers most of the issues now. There are just a few edge cases this doesn't cover these days.
Article: "MacBook Neo’s two USB-C ports look identical. One is 20× faster."
The anti-UX designers have escaped from the web design containment dimension and started to ruin the physical world. I didn't mind at all the different colors on ports for USB 2.0, 3.0 and the unofficial teal 10 Gbps USB 3.x (whatever revision) etc.
The graphics already exist[0], and they are quite clear about what the cable is able to do. Manufacturers just... can't be bothered?
[0]: https://www.usb.org/sites/default/files/usb_type-c_cable_log...
And yet, this requirement already misses the other thing it should state: it's power rating. Because even two cables with the same bandwidth can have widely different power rating, and thus powering capacity or charging speed for different devices.
this is 100% Claude-generated,and without citations I'd be very careful at trusting it. wonder why whoever prompted this in existence would not include actual references and sources of information.
disclaimer: me -> everyday CC user, so trust me, this thing loves to spit nonsense.
Not sure what value someone generating slop like this thinks they are adding but I think it’ll become a strong social stigma to generate articles and people will later be very embarrassed by all this slop.
USB-C is in fact completely fine in normal use, and cheap cables are about the only problem with it.
Also, RJ45 is terribly fragile if you keep plugging and unplugging it, eventually that latch will break. And copper can barely support 10G and is terribly power hungry when it does that. And the cables get thick and inflexible.
Some can even give and receive power and look the same as others that can't!
I have not yet made a laptop to output PoE. Though it would be tremendously useful for provisioning IP cameras, there are dedicated thick-tablet-shaped devices for that, which do source PoE from their batteries.
Devices plugged into an Ethernet network are true peers, but USB is master-slave by necessity. Ethernet devices have unique addresses, but USB devices can be anonymous, only identified based on the port they're plugged into. Ethernet is best-effort with buffering and packet dropping, but USB provides guaranteed delivery with tightly bounded latency. Ethernet signals must travel up to 100 meters but USB requires the host and device to be within a few meters. You could reuse the physical wires, maybe (we already do! USB runs on twisted-pair) but nothing else, from the connector to the topology, is usable.
USB-A mandates[0] a maximum overmold size of the plug of 16mm, so the minimum heart-to-heart distance is going to be a hair above that, although I don't think anyone is placing them that tightly together in practice.
[0]: https://www.usb.org/sites/default/files/USB%20Type-C%20Spec%...
"The plug on this device represents the latest thinking of the electrical industry's Plug Mutation Group, which, in a continuing effort to prevent consumers from causing hazardous electrical current to flow through their appliances, developed the Three-Pronged Plug, then the Plug Where One Prong is Bigger Than the Other. Your device is equiped with the revolutionary new Plug Whose Prongs Consist of Six Small Religious Figurines Made of Chocolate. DO NOT TRY TO PLUG IT IN! Lay it gently on the floor near an outlet, but out of direct sunlight, and clean it weekly with a damp handkerchief."
The main issue I have is the lack of visibility.
Ugh.
For many/most applications, 5V/1A power + 480Mbps USB 2.0 data is supported on every or almost every USB cable and device, and exceeds requirements. USB C being ubiquitous and capable of these makes it a the most consolidated/universal power + data standard I have experienced in my life. It's also a small connector that's easy to plug in.
There are exceptions: Charging your laptop or phone benefits from higher current. External drives or other mass data transfer benefits from high speed. I look at the electronics devices (Computer peripherals and otherwise), and most are fine with USB-C for power and data, not coming close to the limits on either.
So USB 1.1 was 12Mbps (theoretical). USB 2.0 as 480Mbps (theoretical)... kind of. It got complicated because a distinction was made between USB 2.0 Full Speed and USB 2.0 Hi Speed. "Full" Speed was just USB 1.1 (12Mbps). USB 2.0 Hi Pseed was the 480Mbps. I assume they didn't want to confuse consumers who might wonder if they can plug USB 1.1 and 2.0 together but they just created more confusion. Nikon famously started saying USB 2.0 for Full speed, as just one example.
So the version number is useless to consumers and should never be used.
This got a whole lot worse with USB 3.0+ because more capabilities got added to the standard but not all cables supported them so you could look at a cable and have no idea what it could do. Capabilities include:
- Data. This started at 5Gbps for SuperSpeed but has gone higher with subsequent versions.
- Power (max wattage varied)
- USB Alt Mode (DP, HDMI or TB over USB-C)
So how do you capture at least 5 capabilities of a cable? You can't make a cable do everything. That's prohibitively expensive and also massively limits cable length.
Whatever the case, saying things like "USB 3.2 Gen 2" was not the answer.
0. https://www.pcworld.com/article/3014680/your-usb-c-cables-ar...
https://web.archive.org/web/20170918052437/http://www.jerkci...
> The lie.
> The gap.
> The names.
> The age.
> The trap.
> The buy.
> The truth.
> The chain.
> The lunacy.
> The cheat sheet.
Fucking LLMs have literally ruined the word "the" for me.
And somehow, we survived.
That said, the only weirdness I've experienced is a device that came with a USB C to A cable that would not take power from a C to C
Don't cry, just throw all bad apples away.
The most straightforward solution is to buy the highest speed/power rated cables from Apple/Anker and throw away whatever slop comes with your devices. As far as I can tell, there is generally no downside to using the best cable for everything, aside from cost. But then you are spending $70 at Apple or $45 with Anker per cable.
Short of doing that I have dealt with every stupidity between brand new 2026 cables that are USB-2 speed, power cables that do not move data, data cables that do not offer power, and even cheapo cables that are directional and do not work if plugged in the other way.
Another problem with USB-C is the non-standard connector plastic shapes/sizes. Some percent of my cables don't fit into my personal and/or work iPhone cases because they have an oddly sized plastic connector.
None of this seems optimal for explaining to my senior parents why [Device A] won't plug into [Device B] via [Cable C].
The remaining problem is the lack of CLEAR, easy to understand markings on the cable that indicate whether it’s intended as power delivery cable or as a 10Gbps data cable or as a thunderbolt-capable cable or any of many combinations in between those. This should not be limited to physical markings on the cable itself but also in the form of electronic self-identification so that you could plug in a cable and have the OS tell you exactly what cable you plugged in. Why not? We have power-delivery protocols, adding cable self-id would be a trivial addition.
I suspect the vendors of these, and perhaps the designers of the spec too, have deliberately made this confusion an integral part of the standard. It creates churn and consumers buying more cables than they need.
I wish people would realize doing this can lockout people with some eye issues.
"The lie, the age, the gap, the trap, the names, the buy, the ..."
I really don't come to HN to read such a stuff and HN is full of it since months. Please let us flag it and filter it out.