I'd go the other way, I think, and have the most capable ports be swappable: I could plug in whatever modular connector I need without concern for how it'd perform.I was thinking the same thing; it could also have helped with the port confusion by making these the most fully featured ones that cover all of your important needs.
I don't know much about the I/O options for these chips though to be honest, but fixed ports = faster, swappable = slower but customisable seems more intuitive to me.
In placing the bulk of the cooling device (heatpipes and fin stack) behind the chassis they are able to make the laptop thinner, but also longer. That extra length sits outside the displays footprint so they position the hinge a bit forward as you see here.This is going to be a dumb questions, buy why is the hinge where it's at? I notice quite a few more modern laptops have the hinge about 1/2" from the end so there's a little lip there when it's folded open,
Is this a design thing for less stress or simply a cosmetic thing?
That's what I'd like too. Hope they can offer a layout with a nav-key column.The only thing stopping me is the damn keyboard layout. One would have thought that there's never been a better placed laptop to offer the choice to people who want full-sized arrow keys and/or dedicated home/end/page keys. Yet this isn't something they offer.
Depends on what it does, but as this is a port that wears out often, at least for me, am glad to see it.Does analog-jack audio use enough bandwidth to warrant a whole USB-C port to itself? At least there are plenty of slots.
They've put in some work on the dual-USB concept, but the functionality of the ports is impacted with basic implementations. If you want to be able to pass through charging capability, display functionality, and so on, you basically need a docking chipset inside. Not impossible, but not trivial either. At the very least, you need a built-in USB hub.I also feel like they could probably fit 2 USB-C on a single module. The USB-A module, might have room to be a 1xUSB-A and 1xUSB-C module.
Or on the audio expansion module, why not use the space available and put in 1xIn and 1xOut rather than a single combo port? Or maybe use the extra space for a USB-C? Same for the MicroSD module.
Do you have an Intel or amd cpu? Curious if the amd cpus support egpu these days? (My older amd laptop does not)pretty clever idea
i have a FW13, and I use an eGPU with it. It works well enough that i've gotten rid of my desktop gaming machine. I can play Apex Legends and others at near max graphics. That said, i can Frostpunk and others with just the integrated chip as well when I'm on the go.
This is really interesting. When I got my MacBook Pro M1, I was blown away by how good the speakers sound. Asahi is claiming even better sound from the same hardware. For the first time, I'm tempted to look at AsahiAbout the speakers: Apple does half the work in software. https://asahilinux.org/2024/01/fedora-asahi-new/ (section "speakers"), There might be a possibility to create framework specific filters.
You will have to remove the keyboard and screw-in an interposer cable:
guides.frame.work/Guide/Install+Graphics+Module/271
Honestly I am a bit puzzled by all of this. Framework will be one of very few companies to sell a GPU in a form factor that is compatible with a single machine only (since it is form-factor dependent, it won't fit even in an hypothetical framework 15 or 14). Sound like a step back compared to for example MxM.
It's very cool, but given how quickly gaming will drain the battery, I suspect that a TB-connected eGPU enclosure is more practical for most use cases. (most - not all!) I'd bet that they sell enough units to enthusiasts to make a second-generation part worthwhile, but I have doubts about demand holding up beyond that.It looks like there was a trade-off between versatility and size to be made:
In the case of systems with MxM support every system of that model had to have enough room to accomodate the MxM module and its cooling system(with the latter not being standardized by the MxM spec; typically crating the actual amount of flexibility afforded by MxM support).
In this case the GPU expansion has to be sized to the 16in because it's an actual enclosure that adds the necessary volume for the GPU. Does mean that the enclosure only works for the 16in; but also means that they can do the base 16in without a GPU-chonker-size chassis; and there's no "no-discrete-GPU 16in vs. upgrade capable 16in" distinction.
It certainly wouldn't be a limitation in an ideal world; but all the options here were not ideal: they could have made everything, 14-16in bigger, and had the expansion be internal; but at the expense of making all relevant models bigger.
They could, presumably, have made a 14in size expansion module; but at the expense of making even the 16in systems thermally limited as though they were 14in.
Agreed, this is a strange take and unnecessary injection of personal bias. I absolutely need a powerful laptop for my own work (I'm not lugging a desktop cross-country or on a flight, after all). All of the laptops I've ever owned have been 5+ lb. Maybe that's not the most common class of laptop, but they're not that uncommon either.This is unfair:
“I'll admit that some of this may be driven by a general skepticism of this particular class of laptop. Once you're spending more than $2,000 on a 5-pound laptop, most people would be better off buying multiple computers—an inexpensive thin-and-light laptop for battery life and portability”
Thats for the purchaser to decide,
We need to know how this compares to other gou heavy laptops in terms of price, upgradability, cooling, weight ergonomics etc.
But i 100% need mobile pwoer on me in the field, and these types of laptops are therefore a must,
I want a comparison against similar laptops not a value judgement against that entire sector, thats not helpful imho.
This has become pretty common with the 16 inch screen laptops actually. I think it's related to how that aspect ratio "fits" in a full size keyboard frame maybe? Regardless Every Legion Pro has had it for a few years now, the 16 inch razers have it I believe. Pretty common.The expansion module that contains the GPU juts out from the back of the laptop past the lid, something I associate more with monstrous, unpleasant 17-inch gaming laptops
The problem for the FW16 (IMO) is that it isn't in this class. I have swapped keyboards myself and screens, in these bigger laptop classes it is definitely beyond "total idiot noob" territory, but anyone who could open a desktop and change ram could probably swap a screen on most 15-16 inch laptops with a video which youtube almost always has.With all the excitement of upgrading, we lose sight of Framework's focus: repairability. You are right. Due to the nature of the smell business, it is more expensive than other comparable laptops, but imagine spending $1500 on a laptop and your kid spills juice on the keyboard and you have to take it in to a repair shop and spend a few hundred bucks on repair, when just pulling a few tabs and swapping it out can be done here. It's different thinking than we've been conditioned to over the years with modern laptops
Ahh, that makes sense. Thanks!In placing the bulk of the cooling device (heatpipes and fin stack) behind the chassis they are able to make the laptop thinner, but also longer. That extra length sits outside the displays footprint so they position the hinge a bit forward as you see here.
This is going to be a dumb questions, buy why is the hinge where it's at? I notice quite a few more modern laptops have the hinge about 1/2" from the end so there's a little lip there when it's folded open,
Is this a design thing for less stress or simply a cosmetic thing?
Ahh, that makes sense. Thanks!
I respect the concept of the modular laptop, but I wonder if it’s necessary to have all ports be swapable. Couldn’t considerable space be saved by including say 1 permanent USB C port on each side, letting you customize the remaining slots as you desire?
One significant advantage of the expansion ports is that it puts the daily wear onto a (relatively) inexpensive dongle. That means that, most of the time, a physically broken port won't require a major repair or replacing the (expensive) mainboard and CPU. I'm also glad that I'll be able to make sure the critical ports I'll need to "dock" will all be on one side of the laptop -- I'll have to use multiple cords until someone comes out with a 180W+ USB4 dock that will allow me to go down to one or two plugs (since I'll likely connect my center 4k monitor directly to the GPU in the back regardless).
You will have to remove the keyboard and screw-in an interposer cable:
guides.frame.work/Guide/Install+Graphics+Module/271
Honestly I am a bit puzzled by all of this. Framework will be one of very few companies to sell a GPU in a form factor that is compatible with a single machine only (since it is form-factor dependent, it won't fit even in an hypothetical framework 15 or 14). Sound like a step back compared to for example MxM.
There's a pretty long thread in the forums addressing just that. The tl;dr (as I understood it) is that you wouldn't be able to supply full power to both ports for lack of real state in the expansion card, but there was still a lot of talk between a few community members who were/are working to produce a dual USB-C design that would check all the boxes they could.I also feel like they could probably fit 2 USB-C on a single module. The USB-A module, might have room to be a 1xUSB-A and 1xUSB-C module.
This is unfair:
“I'll admit that some of this may be driven by a general skepticism of this particular class of laptop. Once you're spending more than $2,000 on a 5-pound laptop, most people would be better off buying multiple computers—an inexpensive thin-and-light laptop for battery life and portability”
Thats for the purchaser to decide,
We need to know how this compares to other gou heavy laptops in terms of price, upgradability, cooling, weight ergonomics etc.
But i 100% need mobile pwoer on me in the field, and these types of laptops are therefore a must,
I want a comparison against similar laptops not a value judgement against that entire sector, thats not helpful imho.
Part if that is the fact that Nvidia isn't playing ball, so AMD is the only game in town right now.The CPU performance improvement over the 13" is less than I thought it would be. The GPU is a weird choice. If I was going to lug around something this big, I'd want a 150w 4080 or 4090. I get having a mid-range option, but I don't want that to be the only option.
I'm also disappointed with the accessibility of the internals. I shouldn't have to remove the keyboard and trackpad to get at the internals. My Zephyrus G14 is easier to access than that. You just take some screws out of the bottom and you have access to the SSD, RAM, battery, and WiFi card. Obviously it's not as upgradeable as the Framework, but it also only cost about half as much.
There's clearly a market for these, but I think the compromises are bigger here than they were on the Framework 13. You have to really value repairability and upgradeability and be willing to pay for it.
Well with this bay just basically giving you access to 8 PCIe lanes, you don't even need the Thunderbolt route. You could make an Oculink 8i module in the empty module so that you could support a faster and lower latency oculink dock for a desktop gpu.It's very cool, but given how quickly gaming will drain the battery, I suspect that a TB-connected eGPU enclosure is more practical for most use cases. (most - not all!) I'd bet that they sell enough units to enthusiasts to make a second-generation part worthwhile, but I have doubts about demand holding up beyond that.