Thunderbolt 4 is limited toM3Pro/Max chip variants.
Fixed
Thunderbolt 4 is limited toM3Pro/Max chip variants.
A lot of the cheap no-name e-bikes fail to conform to any safety standard. And some people build their own e-bikes batteries without the skills to properly protect the cells. Fire is an obvious consequence.e-bikes... yikes
Every time I hear about e-bikes... I think house fire. Imagine using an Apple cable to charge one, only for it to be the shoddy, knock off battery to go up in flames.
due to USB-C limitations, with the USB-C ports offering only up to 100W. - from the story
They use thicker wires for the power and remove some of the data wires to keep the total cost and thickness down. A USB C cable can have between 4 and 16 conductors depending on the use.how is it fast change but also slow speed I would think fast change cable would be able to be fast data as well
Incorrect. The link provided does indeed say USB 2 speeds on the Product Information page.Specs say two TB3 up to 40GB/s.
At the time those were released, USBC only allowed 100 watt charging. The standards have been updated to allow higher power charging, so Apple added support for the new standards in the new hardware.
The Thunderbolt cable has its own specs that are different than the MacBook’s specs.This is very confusing because even Apple's own product page about the Thunderbolt cable specifically says it's limited to 100W. The fact that USB-C can charge at more than twice that is news to me.
This seems to be entirely dependent on the cable, and the cable listed in the article seems to be the only one that can do it. Didn't know this was part of the spec now. As if it weren't confusing enough already.
It's not a thunderbolt cable, USB C can be confusing.This is very confusing because even Apple's own product page about the Thunderbolt cable specifically says it's limited to 100W. The fact that USB-C can charge at more than twice that is news to me.
This seems to be entirely dependent on the cable, and the cable listed in the article seems to be the only one that can do it. Didn't know this was part of the spec now. As if it weren't confusing enough already.
Incorrect. That's the speed of the cable, not the MBP's ports which is what I was talking about.Incorrect. The link provided does indeed say USB 2 speeds on the Product Information page.
That just got fixed.Unless you pair a BMW and iPhone 15 Pro.
20%-80% range is what in try to keep my old laptop at. Same with my EV actually.Curious about the habits of MBP users, do you keep your mbp’s plugged in constantly if you’re at home at your desk, or do you unplug it let the battery drain? With the ability to rapid charge, wouldn’t that alter the behaviour of users, causing more battery cycles, less battery life with that and also the heat I imagine is generated from that type of charging.
Well of course. But the thread title and comment I quoted was specifically trying to differentiate standard M3 (referenced as "it") vs. M3 Pro/Max.FixedPro/Max in previous gens supports TB4.
The Thunderbolt cable has its own specs that are different than the MacBook’s specs.
The Thunderbolt 4 cable from Apple is 100 watts limited and always has been. But the port on the MBP 16 M3 now supports 140 watts. If you wanted to use Thunderbolt with 140 watt charging you need the Satechi TB4 cable which has up to 240 watts, plus whatever supplies 140 watts over Thunderbolt if it’s a data device, I think the posted Dell 6k monitor is currently the only one (Everything else is just a charger, not data device).
If you’re looking for a Thunderbolt dock with 140 watt charging probably you’ll have to wait for CES for new product announcements.
It's not a thunderbolt cable, USB C can be confusing.
Gotcha.Incorrect. That's the speed of the cable, not the MBP's ports which is what I was talking about.
From what I’ve heard, the difference between 100 and 140 watts is negligible. The MacBook mostly uses 140 watts for the fast charging feature, if you plug in 100 it’s capable of doing all the same things with the CPU/GPU/storage, it just won’t fast charge while doing it. It will still charge, too, just take an extra hour or 2 to do it.Crikey. Seems not worth it unless you are constantly running from place to place compiling Xcode and rendering 3d scenes and just absolutely cannot ever get enough battery charge.
Newer Android phones show how it's done they can charge with 60W and even 100WDo you want a battery guarantee of 1 week?
The question I have though, is why the 16-inch M1 MacBook Pro had an M1, when the one this year has an M3?!?At the time those were released, USBC only allowed 100 watt charging. The standards have been updated to allow higher power charging, so Apple added support for the new standards in the new hardware.
How come? Even without optimized charging, I fail to see a problem. I'm sure Apple's thought of a bypass where at max battery, USB-C power is used and the battery is left alone.Fantastic way to degrade your battery.
You're not losing a port with MagSafe though because MagSafe does not take up any bandwidth on the bus and SOC. You can add as many charge-only ports as you want without affecting other ports.And so the value add of losing a perfectly good port to MagSafe is now .... what?! (if you say trip hazard 🤦♂️ )