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The MNT Reform's design, the components, everything—is open source. If iFixIt did a teardown, they'd probably give it an 11 out of 10.

You can replace individual battery cells! Some people with these laptops hacked in their own speakers, added more internal Ethernet, or even swapped out the CPU itself.

Does that mean I think you should buy it? No, probably not. It's expensive (starting at €1199), and it's built for a certain type of person. It's not gonna replace a MacBook or a cheap Chromebook.

But why does this exist, and why am I excited about it?

Disclaimer: The reform used in this review was sent to me for testing; it's already been shipped back to MNT Research. They haven't paid me anything, and they have no input into the content of this blog post.

In 2009, a company in South Africa proved a homing pigeon was faster than an ADSL connection, flying a 4 GB USB flash drive to prove it.

Besides IEEE's speculative work, nobody's actually re-run the 'bird vs. Internet' race in over a decade.

Now that I have gigabit fiber, I thought I'd give it a try.

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I published a video with all the details—and even more background on the graceful birds used in the experiment—over on my YouTube channel:

Soundproofing is... kind of an art. It's not as simple as buying something and slapping on your walls. And the word 'soundproofing' is a bit of a loaded term.

You could mean deadening sound, so you can record podcasts with that signature radio sound. Or you could mean isolating a room from outside noise, which is an entirely different process. Or you could work on reducing resonance, echo, or just certain frequencies.

In my case, I wanted to build kind of a 'sound cocoon' in the middle of this space, so I could record any time, day or night, even if my AC is running.

For LTX 2023, I built this:

This build centers around the Time Card mini. Typically you'd install this PCI Express card inside another computer, but in my case, I just wanted to power the board in a semi-portable way, and so I plugged it into a CM4 IO Board.

The Time Card mini is a PCIe-based carrier board for the Raspberry Pi Compute Module 4, and by itself, it allows you to install a CM4 into a PC, and access the CM4's serial console via PCIe.

But the real power comes in 'sandwich' boards:

I'm testing Adlink's Ampere Altra Developer Platform. This machine has a 96-core Arm CPU, but now they sell a 128-core version. Apple also recently released the M2 Ultra Mac Pro, so the model I'm testing isn't the "fastest in the world" like I could boast a couple months ago... but it's close, and I actually doubled my performance from last time—I'll show how later.

Two years ago, Red Hat killed CentOS, a widely-used free version of their Enterprise Linux distribution.

The community of CentOS users—myself included—were labeled as 'freeloaders', using the work of the almighty Red Hat corporation, without contributing anything back. Don't mind all the open source developers, Linux kernel contributors, and software devs who used CentOS for testing and building their software. Also ignore the fact that Red Hat builds their product on top of Linux, which they didn't build and don't own.

This blog post is one of the few instances where, no matter how much you prefer reading to watching a video... you're going to want to watch the video.

The day after I interviewed Eben Upton, co-founder of Raspberry Pi, I went to the Sony UK Technology Centre in Pencoed, Wales to tour the factory where almost every Raspberry Pi has been made—50,000,000 of them (as of this month!).

I got to snap a picture with the milestone Pis:

Earlier this month, I was able to discuss with Eben Upton (co-founder of Raspberry Pi) the role RISC-V could play in Raspberry Pi's future (among other things—watch the full interview here).

If you're tired of waiting for Apple to migrate its Mac Pro workstation-class desktop to Apple Silicon, the Ampere Altra Developer Platform might be the next best thing:

I somehow convinced Ampere/ADLINK to send me a workstation after my now years-long frustrated attempts at getting graphics cards working on the Raspberry Pi. And they sent me a beast of a machine:

Every few months, I try to test a number of new Raspberry Pi Compute Module 4-based projects, and at this point I've looked at over 100 boards that use the CM4 to fill some need—general computing, industrial controls, media playback, or even clustered computing!

This month, among other projects, I spent a bit of time with Zymbit's Secure Edge Node D35: