(I'm not claiming the slower CPU Framework is somehow faster than T15 - I just mean to say I'm not biased by the Framework having better hardware, being better on paper.)
Build quality alone is superior IMO, even if it wasn't for the glorious repairability & upgradeability. (Which is glorious, they really paid attention to that, it's not just 'RAM is not soldered down', it's attention to detail like magnetic positioning, captive screws, etc.)
I should not have to add weird kernel parameters or modules for my laptop not to burn through its battery during sleep.
https://www.notebookcheck.net/Core-i5-beats-Core-i7-Alder-La...
https://wccftech.com/intel-alder-lake-desktop-cpus-more-powe...
Basically the P CPUs are much faster than U in previous generations but are also much more power hungry. The battery life is noticably shorter on laptops with a CPU like i5-1240P. And they produce a LOT of heat. I think one CPU option for framework laptop is i5-1240P.
I was an AMD fan in the 90s, they were more enthusiast and gamer friendly, overclocking was easier, and they were generally just less enthusiast-hostile than Intel.
In the 2000's AMD all but disappeared, and with the Core2 and eventually i3/i5/i7 series, Intel was the only option, so people like me bought Intel, we had no choice.
But the second AMD came back with (Ry)Zen, I ditched Intel in a heartbeat; after years of their complacence, shitty upgrades, constantly changing sockets and ridiculous prices, there was finally a "better" option again.
This is great for everyone because it's forcing Intel to wake up, more competition and better prices, and hopefully better products from Intel.
Say again???
In the early 2000's, AMD's Athlon trounced anything Intel had to offer and would for years.
This followed soon after with the Opteron, where AMD single-handedly switched "x86" over to 64-bit essentially overnight while Intel failed to shove Itanium and a number of other ill-fated ventures down the market's throat.
If anything, the 2000's were AMD's golden years, admittedly mostly made possible by Intel's own incompetence at the time.
We are talking Amx86 to K6-3, always the worse budged/upgrade option. Nobody chose AMD for performance, overclocking or enthusiast friendliness. Price advantage evaporated in 1998 with the release of Intel Celeron https://akiba-pc.watch.impress.co.jp/hotline/981226/p_cpu.ht... ~120 yen to $1
Celeron 300A MHz 10,440 ~$90
K6-2/300 10,850 ~100
https://akiba-pc.watch.impress.co.jp/hotline/981226/newitem....
ZIDA BXi98-ATX (440BX,ATX,AGP1,PCI4,PCI/ISA1,ISA1,DIMM3) 15,800 ~$140
FIC PA2013 (MVP3,ATX,2MB,AGP1,PCI3,PCI/ISA1,ISA1,DIMM3) 2MB cache 13,800 ~$130
First K6-3 to show up in Japan was K6-III/400 at hilarious 35,500 yen aka $295!! in March 1999. Athlon shipped very late in 1999 with barely 4 months left. K6-3+ on the other hand was April 2000 at $140-180, almost twice the price of faster Celerons and Durons.
>In the 2000's AMD all but disappeared
Did you mean to say AMD started leading x86 CPU race by taking performance crown and being first to 1GHz? https://www.zdnet.com/article/its-official-amd-hits-1000mhz-... Intel wasnt happy and in turn shipped 1.13-GHz Pentium III just to recall them all due to instability https://www.zdnet.com/article/intel-recalls-1-13ghz-pentium-... Faster processors, first dual core, first 64bit. First half of 2000 was when AMD started shining, only to be cut down by Intel bribing scandal - MCP (Meet Comp Program) in exchange for strict no AMD commitments. DELL, HP, pretty much all mayors took Intel $, $6 billion in kick-backs.
Regarding Thunderbolt 4, I use my Thunderbolt monitor with my fully AMD-based Asus ROG Zephyrus which is only "USB 3.2 Gen 2 Type-C" compatible and everything works. But i can understand that it can be a crapshoot on cheaper laptops, but isn't that the same on Intel-based cheaper laptops? If they're cheap, they probably cheaped out on getting the Thunderbolt certification.
Now it's getting better, so I'd consider it for my next laptop, but for those who dock a ton of peripherals and monitors, I recommend strict Thunderbolt 4 compliance - which again, I hope more AMD-powered machines can bring to bear.
* virtualization issues left and right. Everything was working but weird behavior from time to time. Like random performance degradation, rare crashes and mostly compatibility issues with experimental stuff (e.g. Integrated gpu pass through was not possible with AMDs at the time)
* battery life sucked (ironically this should be an Intel Issue)
* standby was not working as expected
* no support for Display Link
* Thunderbolt 4 (huge issue for me)
Now I am on the Framework i7 11 Gen and all the issues are gone. Yes Battery life could be better but it was way worse with the AMD.
"These may help:
https://www.notebookcheck.net/Core-i5-beats-Core-i7-Alder-La...
https://wccftech.com/intel-alder-lake-desktop-cpus-more-powe...
Basically the P CPUs are much faster than U in previous generations but are also much more power hungry. The battery life is noticably shorter on laptops with a CPU like i5-1240P. And they produce a LOT of heat. I think one CPU option for framework laptop is i5-1240P. "
Conversely, what is the advantage of Intel, other than peak boost performance (at vastly higher wattage)?
ThinkPads are expensive but at least I can get them with Ryzens and matt displays.
But one must be aware that tuxedo doesn't "make" laptops in the narrower sense. They're a Schenker reseller and while I'm overall satisfied with my tuxedo the build quality isn't close to ThinkPads T or X series.
(1) Entirely subjective, but I think they look better (2) I like the trackpoint and (3) AMD is an option. I dont have any problem with intel cpu's, but amd provides far better igpu's, certainly enough to play a lot of games at lower settings.
Replaced my Thinkpad with a framework a few months ago and as long as I don't spill my drink over it, it looks like I will enjoy the framework a long time.
SpaceFN turns your space bar into a meta key, and arrows/home/end/pgup/pgdown are all reachable from the home row. I can't go back.
You can't use it in application that need to know if your holding down the spacebar (graphic design software, games). I switch it off for those. But otherwise I haven't had any issues (besides TouchCursor, which is buggy and need a restart every now and then).
Personally I am using an unused key on my keyboard (layout) as modifier to access them. My particular mapping is based on the Neo Layout [0]. Basically FPS-style WASD but shifted by one key to the right.
As tool to change keyboard layout I use Interception Tools [1] and a personal C program. The advantage of interception tools is that it works everywhere (even outside a desktop environment).
[0]: https://www.neo-layout.org/ – It's a German page, but you can look at "Ebene 4" on the keyboard thingy to see the layout.
Gen 11 appears to have had some quality issues (general freezing) and Gen 12 was able tk resolve over time.
Frameworks run a tad hot on Linux as well
What kind of modification?
I believe there are also other modifications you can do like fitting a higher resolution screen (requires soldering). But I haven't gotten that far yet.