Microsoft Thinks USB-C Isn't Ready For the Mainstream (digitaltrends.com)
When Microsoft unveiled the Surface Laptop last week, it left many customers and members of the press scratching their heads over its lack of a USB Type-C port. According to general manager of Surface Engineering, Pete Kyriacou, Microsoft seems to think that the technology isn't ready for the mainstream. Digital Trends reports: Microsoft does not want customers to deal with the various Type-C cables, underwhelming chargers, all the adapters, and the third-party Type-C docks. That is why the Surface Laptop features only one USB 3.1 Gen1 Type-A port, one headphone jack, one Mini DisplayPort connector, and the Surface Connect port. Simplicity. That latter connection is how customers can "safely" expand their Surface device experience. Microsoft's $200 Microsoft Surface Dock adds two Mini DisplayPort connectors, one gigabit Ethernet port, four USB 3.1 Gen1 Type-A ports, and one audio out port. The dock connects to a compatible Surface device via Microsoft's proprietary Surface Connect port. Right now, it works with the Surface Pro 3, Surface Pro 4, and Surface Book but the Surface Laptop will undoubtedly be added soon. While limiting a Surface device's connectivity seems like forcing customers into purchasing the dock, Microsoft sees this setup as brand stability. Customers won't get ticked at Microsoft because they are confused about the different types of cables, chargers, and so on. Microsoft is controlling the end-to-end experience and there is nothing wrong with that.
Microsoft has good judgement
Third party type-C is a mess. I wish USB would start pulling licenses and going after trademark infringement on the bad chargers and fake cables.
I have zero issue with my nexus devices and my MacBook - both use USB-C and I have yet to find a cable or device that doesn't perform as intended on any of the devices.
The various flavors of USB are enough to drive someone to drink. USB-C is a welcome change that actually fulfills the promise of the word "Universal" in USB.
I think Microsoft is just chickening out here.
Apple is dropping everything and only offers USB-C while Microsoft includes almost everything except USB-C.
It's like both companies don't want to have transition periods between the present and the future.
At least Microsoft isn't braindead and is keeping the traditional headphone jack. If it ain't broke, don't fix it.
#DeleteFacebook
No one cares what Microsoft "wants" or "thinks" anymore
My new laptop at work (ZBook 15 G3) has USB-C. It's everything USB should have been since the beginning.
Reversible, Just Works(Tm). It'll drive 2 4k external TVs.
Laptop itself has Ethernet, VGA, 3xUSB3.0 and 2xUSB-C ports. Holds 64GB of RAM, 2xM.2 NVMe drives and 1x 2.5" drive.
The dock could still use some work. You shouldn't have to issue a white paper on how to hook up monitors (Which is still wrong, the HDMI port drives 4k just fine.).
If I *need* to do some GPU work I can plug in an external GPU. Or gigabit ethernet or any other PCIe device.
Microsoft screwed up on this one. They're releasing old hardware. I bet they could have easily charged a surface on over USB Power Delivery. It's taken us a while but USB-C is pretty damn good as far as a physical connection. And Thunderbolt 3 is equally as good of a protocol.
For most people if the 'desktop is dead' it's because USB-C/TB killed it. I just want to plug my laptop into cluster of CPUs when I'm at my desk.
have to give the devil his due
I'm sure most users prefer the proprietary "Surface Connect" port over USB-C.
USB C is, finally, USB done right. The connector is small, which is good for small devices; there is only one connector (no A and B variants); since there's only one connector you don't need a huge variety of cables (just USB A to USB C plus USB C to USB C and you are covered for 99.9% of scenarios); the plug doesn't have a "top" or "bottom", it just plugs in; and it was even designed to deliver useful amounts of power (enough to charge a small laptop).
My phone and my wife's phone are USB C and I just bought a Samsung Chromebook Plus, which charges by USB C (and it has two USB C ports, making it better than the Apple netbook). I'm planning to ask my employer to give me a laptop with USB C ports. I'm just waiting for a compact camera that uses USB C for charging and data and I'll buy that too. If I can manage it I won't buy another gadget with Micro USB or Mini USB ever again.
So congratulations, Microsoft! You managed to give me yet another reason to not buy your mobile devices!
P.S. I'm waiting for someone to make a kit that includes two or three USB C cables (USB C on both ends) plus a bunch of adapters: USB C to USB A, USB C to Mini USB, USB C to Micro USB, USB C to USB B, USB C to Ethernet jack, etc. Plus a USB to serial and USB to parallel and USB to IDE and SATA. It would be one kit that would let you connect almost anything to your laptop.
lf(1): it's like ls(1) but sorts filenames by extension, tersely
I am a big fan of USB C. I searched high and low for a laptop that charges over USB C and meets my other requirements. I found one. I use a Pixel XL. Both these devices charge over higher voltages (5-9V for the pixel, 12-20V for the laptop) using USB Power Delivery. It was supposed to be Utopia. Instead, I've had to dig through spreadsheets, comb through reviews, and still haven't been able to find everything I'm looking for in terms of USB C accessories. Yes, one day everyone will catch up. A surface pro would help it along. But I can't blame them for waiting. They're right.
Error 404 - Sig Not Found
The Surface isn't even mainstream itself. Have you ever seen a Surface outside of the NFL sidelines? They aren't selling.
In 3 years it's gonna be USB-D with a slightly different shape. Then, all your stuff needs to be replaced at the same time.
Microsoft is the same company that almost missed the Internet for Windows. When The Road Ahead by Bill Gates came out, it had no mentioned of the Internet. Gates and the publisher revised the book. You can't have a visionary missing one of the biggest technological developments of his time.
This almost never happens, but for once I agree with Microsoft here, even though I believe their real justification has something to do with sticking it to Apple.
Is it a licensing issue? Are the royalties excessive?
“He’s not deformed, he’s just drunk!”
Either have a dedicated power cable or figure out how to prevent low powered USB C ports from being fried if you plug in the wrong cable. Until they solve that problem, it isn't ready for the mainstream. The ports should be smart enough to not take the full voltage. I've already seen a few folks fry their expensive phones by plugging in the wrong USB C cable.
This coming from the company that labeled their Windows 95 CD's with "with USB support". Why not support it. Is it mainstream? probably not. Is it in use, yes. My Nexus device charges through my HP laptop with a USB C connection. My HP Envy offers me options with my USB ports. Why not provide the consumer with a choice?
Sent from my TARDIS
I bought a nice laptop with a USB-C port replicator. Didn't work worth a damn under Windows 10 (kept disconnecting-reconnecting every few seconds).
Installed Fedora and it has worked perfectly ever since.
"Nine times out of ten, starting a fire is not the best way to solve the problem." - my wife
There's a real reason USB 3 can be a problem.
Don't we all remember this?
https://plus.google.com/+BensonLeung/posts/LH4PPgVrKVN
https://www.reddit.com/r/Nexus6P/comments/3robzo/google_spreadsheet_for_usbc_cables_with_benson/
Kriston
We will get there eventually.
How about having a reasonable number of USBX ports?
Every computer should have at least 4 imho.
Sure I could use a hub but that's not the point.
Minimum threshold fixed. Thanks!
I'm not sure if the excuse works as the connector is going for almost every new smartphone/tablet/laptop released these days, but I have to agree with Microsoft (even though I think the Windows 10 S is an incredibly stupid idea) on this one.
USB Implementers Forum not only failed all my expectations, they managed to make me see USB Type C as worse than regular USB. It had the potential to fix all the problems of USB and make it even better, but somehow they managed to make it worse.
Ok, the connector is smaller, more robust and reversible. Which is something, I guess. But they didn't address almost anything worthwhile other than those. Compatibility standards are still loose (stuff like MHL, USB OtG and others are still obscured when not outright hidden from costumers), then came all the problems with defective cables, the mix up with yet another interface (Thunderbolt 3) using the same connector, more confusion for the average user... it's such a shame.
The worst part is that the increase in power on this flabby standard has real potential to cause circuit damages and fires, which is pretty much unacceptable. Hard to imagine how a forum like that with so much money invested could get things so wrong.
USB-C is not as robust as USB-A. For a device that is expected to be replaced every year like a "smart" phone, USB-C is ok. For devices expected to last longer such as a laptop, USB-A is a better choice.
That is utterly stupid and backwards. For something that will just be around in a year, USB-A would be OK because that's still well supported.
But for something you plan to use for any length of time, more and more advanced stuff will come out primarily for USB-C. I would not buy a laptop I planed to use longer than two years at this point if it did not support USB-A.
Plus using USB-A ports greatly reduces the need for adapters or adapter cables.
Actually not the case already. I was looking for a decent small external case for an HD and the bets one I found was - USB-C!! I needed to buy an adaptor to use that with the USB-A on my laptop... When you buy a USB-C device you buy a small dock converter for a number of ports and then you are done, along with converting a few key things (like USB readers) to USB-C versions. Then you use them forever after because going forward USB-A is absolutely going to take over the USB world in short order.
This whole marketing idea that thinner is better is BULLSHIT!!
That's why marketing doesn't use that notion for any ad I've ever seen.
No, the very REAL advantage of USB-A is quite simple - you can plug it in either way. AT LAST the rest of the world gets to enjoy Lightning like simplicity in USB plugs.
"There is more worth loving than we have strength to love." - Brian Jay Stanley
The connectors are utterly flimsy and break with heavy use.
That's the only "benefit" of Micro-USB I can think of...
Oh wait, how about that there are actually three different micro-USB connectors that are super hard to tell apart, and almost ensure that the micro connector you have is not the one you need? At least the trapezoid and flatter variants, I swear there is a third too...
"There is more worth loving than we have strength to love." - Brian Jay Stanley
Most industrial automation electronics run a 24v control circuit.
Surely the adapters are only an issue until all the major players get on board with USB-C?! Odd comment from Microsoft...
Pardon me, but you are a fool.
The reason that the voltage on the cable is 20v is to reduce the I^2R losses in the cable and connectors. To deliver a useful amount of power at 5v, you would need to have cables that were physically bulky, with matching heavy connectors. Since power = voltage * current, increasing the voltage decreases the current proportionally. Since dissipation in the cable and connectors is proportional to the square of the current, the effect is substantial. Remember, a 10% reduction in the current makes a 19% reduction in the power dissipation in the cable. Moving from 5v to 20v reduces the current by a factor of four - reducing the dissipation in the cables and connectors by a factor of 16 - which is why the fairly small cables and connectors they are using can deliver a useful amount of power.
If you are actually using correct circuits to run the USB power delivery (which is in the spec, by the way), there is a nice little switch mode power supply in the loop - which handles the conversion perfectly. Cypress, TI and a number of other player offer well designed and properly specified chips that do exactly what they are supposed to. It is not the fault of the spec that some manufacturers will violate standards and cause issues - rather, it is the fault of the manufacturers in violation. The designers are right, and you are a moron,
Yes, very true.
I'm sat here with various adapters and a couple of hubs. And ok, it seems like a costly kludge, but bandwidth and throughput are king, and that feels quite liberating, because on this laptop I can get to use an old Thunderbolt display and a bunch of Firewire drives and some eSATA drives and USB3 drives and a Thunderbolt enclosure, and so on. The point is, there's no bottleneck on account of the ports. Plus I stopped missing MagSafe when I realised I get to my desk and I plug in just ONE cable (either way up).
Bill Gates said that TCP/IP would never go mainstream. Microsoft's crystal ball is cloudy and needs polishing.
Someone tell me one modern electronic device we use that runs on greater than 12V internally.
Your lack of knowledge of electricity is astounding. There's a reason why you would step up voltages for delivery and it has nothing to do with the final voltage of a device.
CPU power input: 12V
And here is a perfect example of why you have no clue. No part of the CPU uses 12V, yet there's a 12V delivery to it. Think about that for a moment.
I can guarantee plenty of devices are going to fry when the cable or controller fucks up
If the device fries it would be suicide from the device and nothing to do with the controller or the cable. You'd know this if you read the standard.
It's a confusing jumble of inconsistencies and it's potentially dangerous with the plethora of bad cables there, EVEN from previously reputable sellers.
The spec requires a resistor (??) or something mildly fancy in it, instead of just a raw cable.
Look at this.
http://blog.fosketts.net/2016/...
It's a really good idea which needs some cleanup work, right now I'm avoiding it like the plague until it's 'final'
My big problem with USB-C is that there is a ton of confusion about what it actually is.
USB-C is always sold as "super fast", "allows high-wattage, bi-drectional charging", "high data volume for video and the like", etc. etc. But USB-C is just a connector format. So I bought a motherboard with a USB-C port thinking I was getting all these great benefits, only to realize that the port I got was USB 3.0/USB 3.1 Gen 1 (what bozo decided that the confusing renaming of 3.0 to 3.1 Gen 1 was a good idea???), no better than the other 3.0 ports I had always had.
And this confusion happened to me, someone who is very technically-inclined. Even a ton of the tech sites I read when trying to sort this issue out conflate USB-C (the connector) with USB 3.1 Gen 2 (the spec). How is the general public supposed to figure this out?
FTA: the Surface Laptop features only one USB 3.1 Gen1 Type-A port, one headphone jack, one Mini DisplayPort connector, and the Surface Connect port. Simplicity.
No. Not simplicity. Complicated dongle-ville.
Most every user will have to buy a USB port, at the least. And MS is offering a big dongle for $200 that has all of the ports that the laptop should have.
One mini-display port in the laptop? Really? This thing ought to be able to drive two external monitors right out of the box (as most good laptops do), yet it only has one port for display?
Simplicity my ass.
I swear, it is like Apple designed a windows laptop. "we made it ultra simple to not confuse our dumb-dumb consumers, but for an extra $200 you can have this accessory that gives it what it should have had in the first place"
Don't worry there will be a new USB type connector probably next year. I mean we already have what? At least 10 different USB plugs today. How many times to have these idiots have to reinvent the same plug for those 4 wires? Please for the love of god just stop.
You're a double fool.
"The reason that the voltage on the cable is 20v is to reduce the I^2R losses in the cable and connectors."
For DC, you don't start defeating those losses until you go higher than 48V.
Perhaps you should spend few years actually designing DC devices. I spent a decade doing LED lighting design and figuring out what everyone else couldn't when it came down to why 8 foot of LED strips would blow out the power driver - 24V at input, at the end of the LED strips, you read 10V. Bear in mind, these LED strips were configured for parallel operation - the voltage shouldn't have mattered at all going across a mere 8 feet, yes? But that simple 8 foot run of LED caused so much voltage drop that your pathetic 20V would've failed by the second strip of LEDs.
You'd only beat those I^2R losses at 20V if you're pushing AC.
Still waiting on Serviscope_minor to wake up to fucking reality and realize that Jessica Price isn't going to fuck him.
"It also means you can now connect to scanner/printers/LCDs with a single wire, and change tablet with your computer directly. Think about how much that would simplify cable management!"
Oh, so the exact same thing we've had since USB-A. Gotcha.
"Having higher voltage means you can deliver more power with the same cable"
Yep and from what I've seen, most manufacturers can't make a proper HVLC cable. Most of them don't even know to use litz wire for HFAC in the first place.
" Plenty of 5v device are failing today due to improper design, so what?"
Generally not because of some improper power input design caused by a non-multiple of our power mains voltage vs device being charged. Step-down transformers and rectifiers are pretty well understood - it's the voltage here that makes no real sense.
Still waiting on Serviscope_minor to wake up to fucking reality and realize that Jessica Price isn't going to fuck him.
"There's a reason why you would step up voltages for delivery and it has nothing to do with the final voltage of a device."
Oh, but the final voltage of the device IS the end-all be all. However, with DC, you incur SERIOUS FUCKING LOSSES until you hit past 48V, so 20V was indeed a very fucking stupid choice.
Perhaps you should design electronics, like I do, before talking any further.
Still waiting on Serviscope_minor to wake up to fucking reality and realize that Jessica Price isn't going to fuck him.
"And here is a perfect example of why you have no clue. No part of the CPU uses 12V, yet there's a 12V delivery to it. Think about that for a moment."
I'm well the fuck aware. Guess what amperage is running inside your typical processor? Over 50.
However, they chose 12V not because of the distance of the fucking cable. They chose it because they could safely push about 10 amps to the VRMs at that voltage.
How about you come to one of my several facilities (Claremont, Riverside, San Bernardino) and I show you what real electronics engineers do? I've designed far more complex things than computer electronics.
Still waiting on Serviscope_minor to wake up to fucking reality and realize that Jessica Price isn't going to fuck him.
Yes, very true.
I'm sat here with various adapters and a couple of hubs. And ok, it seems like a costly kludge, but bandwidth and throughput are king, and that feels quite liberating, because on this laptop I can get to use an old Thunderbolt display and a bunch of Firewire drives and some eSATA drives and USB3 drives and a Thunderbolt enclosure, and so on. The point is, there's no bottleneck on account of the ports. Plus I stopped missing MagSafe when I realised I get to my desk and I plug in just ONE cable (either way up).
And you forgot to mention that, because the MacBook Pro uses REAL USB-C/TB3, and not this hinky "Microsoft Expansion Connector", you get to choose among about a Googolplex of Hubs and Adapters, depending on your needs. And since there are FOUR identical USB-C/TB3 Ports on the MacBook Pro (except the non-touchbar 13", which has two ports, and the touchbar 13" which has four ports, but two of them are essentially USB-C/TB2), you can mix-and-match hubs for a myriad of I/O expansion configurations; but with the MS BS, you get to enjoy whatever MS has decided you need.
With USB-C/TB3, Apple has firmly left that "limited I/O" issue firmly in the past.
However, they chose 12V not because of the distance of the fucking cable.
Amazing. So you know that you deliver power at a different voltage to the final user because of losses, but you still managed crap out your earlier braindead comment.
And I'm not playing your silly double posting in anger game so for your other post:
Oh, but the final voltage of the device IS the end-all be all. However, with DC, you incur SERIOUS FUCKING LOSSES until you hit past 48V, so 20V was indeed a very fucking stupid choice.
There is a factor of 16 difference in I^2R losses between 5V and 20V in a given cable. It is also far more efficient to do small steps in voltages and avoids significantly large safety gaps in the PCB. Plus 20V at 5A hits a magical number where you can power pretty much every peripheral typically attached to a mobile device.
I design electronics for a living. You should quit since all you're able to do is criticise a standard you don't understand, for use cases that don't exist all the while proposing to do something that would make it even more complicated to design small electronics. Check your kit because you're no a true Scotsman.
Check my kit? Son, my fucking kit takes up two entire goddamned warehouses, including semiconductor fabrication.
Come back when you're even half as advanced.
Still waiting on Serviscope_minor to wake up to fucking reality and realize that Jessica Price isn't going to fuck him.
Thanks but if you're what's considered advanced I'll go and become a mechanical fitter and hit things with a hammer. It would seem to be a step up. Nice to meet you "real engineer"
I think that's the point. With USB A, you have the same connector on a $1000 whateverbook or a $300 whateverbook or a $200 whateverbook.
No need to spend $1000 in dad's money or student debt money or 100 hours of summer job money only to have to faff around with incompatible storage drives and peripherals.
I once attempted to copy data between two USB2 drives (perhaps two hard drives, so fast in both read/write) on a USB1 computer (only two ports so sharing a single controller).
It was hilariously slow, as both ports shared (I believe) a theoretical 12Mbit/s bandwith, plus overhead, plus overhead of both working at the same time. But it was not incompatible. Worked just fine actually, as long as you were ready to wait hours for a gigabyte to copy.
Real Mechanical Fitters press and roll-fit everything now days. You rarely see a lynch pin or collar fitting.
Yea, I used to do that for tractors back in the 90s. Try again, child.
Still waiting on Serviscope_minor to wake up to fucking reality and realize that Jessica Price isn't going to fuck him.
lol
You just can't help yourself but use the no true Scottsman fallacy in every post can you. And then you consider your ineptitude an insult. Keep it coming, it's amusing.