When I ordered my Framework 13 I chose their recommended selection of expansion cards: 2 USB-C cards, a USB-A card, and an HDMI card.

After I began using the laptop I realized that the HDMI expansion card provided no utility. At my desk both at home and at work I run everything – power, peripherals, Ethernet, and display – through a single USB-C cable. The only time I’d need HDMI on the laptop itself is if I was plugging into a TV in a hotel room or a projector in a conference room. I cannot recall the last time I wanted to do either of those things. The need for external-display-while-portable is extremely rare for me.

So I went back to Framework and ordered a third USB-C expansion card and a second USB-A expansion card. I figured I would either run 3 USB-C and 1 USB-A, or 2 USB-C and 2 USB-A. Having both options seemed worthwhile. (None of the other expansion card options have appealed to me yet.)

Last week I needed to decrypt a file while away from my desk. I plugged my YubiKey into the USB-A expansion card¹, and it didn’t read. I tried plugging in a different USB-A device, and it also did not read. I ejected the USB-A expansion card, slotted it back in, and then it worked. The expansion card did not look or feel loose before I ejected it, so I don’t know what the problem was. Initially this was troubling, as during my pre-purchase research I did come across (seemingly rare) reports of expansion cards completely dying shortly after purchase. I was relieved to find that this was an easy fix and nothing was broken.

This was my first time ever ejecting one of the expansion cards, and my first time installing one since I removed the laptop from the box and assembled it. I wasn’t sure if mucking with the slots would require a reboot, but I watched dmesg as I did it and slotting the expansion card back in read just like plugging in any plug-and-play USB device.

For now I have decided to replace the HDMI card with USB-A. I will run with two USB-A and two USB-C. I am not a USB-C absolutist and still have plenty of USB-A devices in my life that work perfectly fine and do not need to be replaced. Two ports each ought to useful, and it gives me a backup of both in case one expansion card does die at some point.

Near the end of 2024 I decided it was time to replace the Thinkpad X270. I still think the X2{6,7}0 is Peak Laptop. Unfortunately, as software gets worse, I need more CPU.

Everything on the market seemed inferior in one way or another to the X270. I considered:

• Thinkpad X1 Carbon Gen 9 (used)
• Thinkpad X1 Carbon Gen 12 (used)
• Star Labs StarBook (new)
• Framework 13 (new)

After about two months of shopping around – including buying and returning an X1C Gen 12 from eBay – I settled on the Framework 13. Specifically, the DIY model with AMD Ryzen 5 7640U CPU, 2.8K matte display, and 61Wh battery. (I purchased the SSD and RAM separately.)

I have notes.

The keyboard is not as good as that on the X270 (which is not as good as that on older Thinkpads). But it seems to be on par with other modern laptop keyboards that I’ve seen. There is room for improvement, but it is acceptable. I’ve seen (and felt) much worse.

The hinges are not as good as on a Thinkpad. They feel nice when you move the lid – the feel is about the same as the hinges on my X270 – and they do hold the lid in position. But when typing with gusto, the lid shakes a bit. I did not notice this until I tested out the webcam. The movement of the lid is noticeable in the image. I practically never use a cam – if asked about this when on a call, I reply that I exist in a black hole devoid of light, warmth, love, etc – so this is acceptable to me.

The speakers are incredibly bad. Traditionally, Thinkpads had the worst speakers of any laptop, but Framework has lowered the bar here. I tried messing with EasyEffects and various scavenged presets. I suppose this made the speakers sound slightly less bad. But they’re still really bad. Fortunately, this is firmly in the category of things I do not care about. I tickle my eardrums with headphones when at a desk and with earbuds when mobile. About the only time I use the speakers on my laptop is for things like a countdown timer with a bell, for which shitty speakers are just as adequate as nice speakers.

I’ve not had the Framework 13 for long enough to comment on battery life. Less-than-stellar battery life was one of the main critiques I heard before purchasing the machine (though often it is not clear what specific machine generation and configuration the critic has). Framework explicitly says not to use TLP, which is unfortunate for me. I first installed TLP shortly after its initial release in 2010 and haven’t thought about it much since. I am trying to grok this brave new world of TuneD and power-profiles-daemon and subpar battery control. We’ll see how that goes.

The design aesthetic of the Framework 13 feels very mediocre. I find the aluminum slab design language pioneered by Apple and now emulated by everyone else to be inferior to the Thinkpad aesthetic. I would rather Framework copy Sapper than Ive. But this is purely a personal aesthetic judgment that does not translate into functionality. I have no complaints about the actual build quality of the machine (yet). Eventually I may stickerbomb the chassis to make myself feel better about it. I’d be embarrassed if someone saw it and mistakenly thought I was an Apple customer.

I point out what I dislike because that is easier than enumerating what I like. Everything else about the laptop is pretty nice. I am pleased with the purchase overall. The 3:2 aspect ratio of the Framework 13 screen is especially great – at least for how I use a computer (which can mostly be summed up as “reading and manipulating text”).

The promise of the Framework is in its modularity and repairability, which hopefully means that any shortcomings can be corrected over time. One of the small things that decided my purchase was seeing that Framework actually builds replacement screws into the machine. In my head the Thinkpad X260 and X270 are basically the same machine, and I used that same machine for nine years. My hope is that the Framework 13 can at least match that, and be as boring as possible during that time.

I replaced the LCD panel in my Thinkpad X260 last month. The original panel had developed some scuffs from its years of service. They were never noticeable inside, but became mildly annoying when using the machine outdoors in direct sunlight. Since I’ve been working outdoors more often over the past year, I decided a replacement would be a worthwhile idea. The internet makes it look easy, as long as one purchases the right panel.

I was told that the X260 originally shipped with three different LCD panels, so my first stop was Lenovo’s parts lookup tool where I input my serial number and received in exchange a complete parts list. This told me that my original panel was an AUO B125HAN02.2 (FRU 00HN883).

A seller on eBay claimed to sell this exact model for $80. I placed an order, waited a couple weeks for shipping from Shenzhen, and opened the package to discover an IVO M125NWF4 R0. This wasn’t a complete surprise. I had heard that sellers often ship compatible products, rather than the exact product they sold. The panel looked almost identical, so I decided to try it.

Replacing the panel took about five minutes. The new panel does appear to function identically to the original – resolution, brightness, and colors all look the same to me. The only difference I can discern is that the new IVO panel looks a little less matte than the original AUO panel. (In the photo, the new panel is the one sitting to the side of the laptop. It still has the protective covering on it – evidenced by the red pull tab – which makes it look like it has Apple-level glossiness. I can happily report that the actual panel surface looks nothing like that.) If I shine a direct light on both panels, the edge of the light is a bit more diffuse on the AUO panel. I’ve noticed no practical difference due to this indoors. I’ve worked with the new panel outside a couple times now, and so far it seems to work great in that environment as well. And since it has no marks, it is definitely a net improvement over the current state of the original panel when outdoors.

According to Lenovo’s parts lookup tool, my backup X270 uses the exact same AUO panel as what was originally in the X260. So I now have 2 new LCD panels that are swappable between the two computers. This sort of redundancy makes me feel warm and fuzzy. I’ve also placed the old panel into storage as another backup. It remains perfectly usable outside of direct sunlight.

I first noticed the marks appearing on the old panel a couple years into its service life. It was clear these were caused by the LCD contacting the keyboard when the laptop was closed – more specifically, I assume that the problem is whatever grease or oil gets transferred to the keyboard from my fingers. To solve this I started covering the keyboard with a microfiber cloth before closing the laptop. Since I started doing this a few years ago, I have noticed no new marks appear on the panel. Now that I have a new panel, my expectation is that this technique will keep it in good condition for years to come.

There seems to be no shortage of sellers offering microfiber “keyboard covers”. I assume they’re mostly all interchangeable. The one I went with was Clean Screen Wizard for 12” Laptops. The actual dimensions of these cloths are about 10.5” by 6.75”. This is not large enough to cover the entire base of the laptop, but it is large enough to cover just the keyboard, which is all I wanted to accomplish. I was worried that if I bought a cloth large enough to cover the whole base (as they show the cloths doing in their product photos), I’d have to worry about lining the edges up just so before closing the laptop. The cloth intended for 12” laptops gives me enough wiggle room that I can just throw it on blindly.

I’ve since bought half a dozen of these same cloths and use them everywhere one uses microfiber cloths. The larger size, compared to typical eyeglass microfiber cloths, is convenient for cleaning optical and camera lenses.

My ThinkPad X260 is entering its sixth year of service. Last year I preemptively replaced the SSD. A few months later I replaced the keyboard after noticing that the space bar would sometimes fail to register. I’ve had no other problems with the machine.

Last month I bought a used-but-basically new ThinkPad X270 for a ridiculously low price on eBay. The X270 was released in 2017, a year after the X260. Both models are basically identical but for the addition of a USB-C port on the X270. The presence or absence of USB-C has no practical impact on my life today, but it seems like a thing that I may grow to appreciate in the future.¹

My plan for the X270 is to put it in storage with my old ThinkPad T430s. I’m excited to have a backup machine that is almost identical to my daily driver. If the X260 ever develops a problem, I can pop the SSD out of it, move it to the X270, and continue on with my life. While the T430s is still a great machine that is perfectly capable of doing everything I need a computer to do, switching back to it would be much more disruptive due to its different form factor and power setup. The T430s is now a backup to my backup.

The X260 and X270 both represent Peak Laptop to me. Not because I can’t imagine ways to make them better, but because, since their release, no laptop manufacturer (including Lenovo) seems to have been able to release anything as good, much less better. These machines are everything I need a laptop to be, and I’ve yet to feel limited by their performance. While the X260 shows no signs of its age, I’m happy to have the X270 staged for transition if it ever becomes necessary. Perhaps in another five or ten years the industry will have figured out how to improve on these machines and I’ll feel a desire to upgrade. Until then I’m done buying new laptops.

The X270 came with two 6-cell batteries. Combined with my existing batteries, I believe my collection is now complete. The original battery from 2016 is still healthy, which I think can be largely attributed to TLP’s battery charge thresholds.