The quiet desk: hardware we like working with

For a studio that mostly talks about software, we have fairly strong opinions about hardware. Our desk setup is boring on purpose. We want a quiet desk, with equipment that makes no noise, lasts for years and does not ask for attention. This post is the list of what we like and, more usefully, why.

There are no product endorsements here. Nobody paid us, and the specific models change every year anyway. We describe categories and the things we check before buying, so that the advice still holds when the current range is replaced.

A laptop with no fan

The single biggest change to how a desk sounds is removing the fan from the computer. A lot of modern thin laptops, including Apple's Air line, are passively cooled. There is nothing spinning inside. When you compile a large project the machine gets warm and, under a long sustained load, slows itself down a little to stay within its temperature limit. It never gets louder.

That trade-off is worth understanding before you buy. A fanless laptop is fast in bursts and a bit slower on work that runs flat out for many minutes, such as long video exports or big test suites. For writing code, designing interfaces and running a local server, we rarely notice. For heavy builds we either wait an extra minute or run them on a machine in another room. Silence during the other seven hours of the day is the better deal.

Things we check:

Memory. We buy more than seems necessary, because it cannot be upgraded later on most thin laptops. 16 GB is a floor for development work now, and 24 or 32 GB is more comfortable if you run containers or local AI models.
Ports. At least two USB-C ports, so one can go to a dock and one stays free.
Keyboard and trackpad quality, even though we mostly use external ones. Laptops travel, and a bad built-in keyboard makes every trip worse.

A mechanical keyboard, chosen for sound

We like mechanical keyboards because they last, they feel consistent and a broken switch can be replaced instead of the whole board. They have a reputation for being loud, and some of them are. The noise depends mostly on the switch type, so it is worth knowing the three main families.

Linear switches move straight down with no bump. They are the quietest of the three when you type softly. The main noise is the key bottoming out and springing back.
Tactile switches have a small bump partway down that tells your finger the key has registered. They are slightly louder than linear switches but still fine in a shared room.
Clicky switches add a deliberate click at the actuation point. They are satisfying to type on and genuinely loud. We keep them out of any room where someone else is on a call.

Within each family there are "silent" variants with small dampeners that soften the bottom and top of each keypress. They make a real difference. Beyond switches, the case matters: a heavier case with some foam inside sounds lower and softer than a light, hollow one. Keycaps change the pitch too, with thicker caps usually sounding deeper.

If you are unsure, look for a board with hot-swappable sockets. You can then try a few switches without soldering, and move to quieter ones later if the people around you start wearing headphones.

One good monitor instead of three

Plenty of developers run two or three monitors. We prefer one. Multiple screens make it easy to keep chat, email and a dashboard permanently in view, and permanently in view is exactly the problem. One screen forces you to decide what you are looking at.

The one screen should be good, though. For a 27 inch monitor we prefer a 4K panel or higher. On macOS in particular, text looks sharpest when the display runs at an exact 2x scale, which on a 27 inch screen means about 5K. A 4K panel at that size is a sensible middle point and still far sharper than 1440p. On Windows and Linux, fractional scaling works well enough that 4K at 27 inches is the usual sweet spot.

We also care about the stand more than the specs sheet suggests. The top of the screen should sit roughly at eye level, about an arm's length away. A monitor arm clamped to the back of the desk frees up surface space and lets you push the screen back when you want to write on paper in front of it.

Backups you never have to think about

This is the section we would ask you to read if you skip the rest. A beautiful quiet desk is worth nothing on the day a laptop is stolen or an SSD dies. We follow the old 3-2-1 rule:

Three copies of anything that matters: the original and two backups.
On two different kinds of storage, for example the laptop's internal SSD and an external drive.
With one copy somewhere else, away from the building, usually an encrypted cloud backup.

In practice that means two external drives on the desk, labelled A and B, and a cloud backup running in the background. On macOS, Time Machine can back up to more than one drive and alternates between them. On Windows, File History does a similar job for your files. Code lives in git with a remote, which is a backup of sorts, but not of your uncommitted work, local databases or design files.

Two small habits make this reliable. Encrypt the external drives, because a backup drive is a copy of your whole life that fits in a pocket. And test a restore a few times a year. Pick a file from three months ago and get it back. A backup you have never restored from is a hope, not a backup. If you also keep a bootable USB stick for reinstalling a machine, our dskcopy writes disk images to drives and verifies them. It is not a backup tool, and you can find it with our other desktop apps.

Cable discipline

Cables are where a calm desk usually falls apart. Our rule is that only one cable should touch the laptop. Everything else (monitor, keyboard, drives, power, network) goes into a dock or a USB-C monitor that also charges, and that single cable connects the laptop to it. Picking the laptop up to leave should take one second.

The rest is plain housekeeping:

A cable tray screwed under the back edge of the desk holds the power strip and all the slack.
Reusable hook-and-loop ties, not zip ties, so changes do not need scissors.
A small label on both ends of anything that is not obvious. Future you, crawling under the desk, will be grateful.
Cables bought at the right length. A two metre cable for a thirty centimetre run is a coil of mess waiting to happen.

One caution about USB-C: the cables look identical but are not. Some carry only slow data, some cannot carry enough power to charge a laptop, and some cannot drive a high-resolution display. Buy the dock cable deliberately, keep it with the dock, and do not let it wander off to charge someone's headphones.

A separate place for the phone

The last item on the drawing is not a piece of computer hardware at all. It is a small tray at the far corner of the desk, out of arm's reach, where the phone lives face down while we work. It has a charger, so there is a reason to put the phone there. The distance is the point: to check it you have to stand up or at least lean, and that small effort is enough to break the reflex.

We are interested enough in this problem that we drew a whole phone around it. Our Humanly Phone concept is a sketch of a device that does less, so it asks for less. Until something like that exists, a tray two feet away does a surprising amount of the same work.

Where exactly the tray goes matters more than it seems. Next to the keyboard, a screen lighting up in the corner of your eye is almost as distracting as a buzz, even face down, because the glow leaks around the edges. Put it outside your line of sight, at the far corner or on a shelf behind the monitor, and turn on the phone's own focus or do not disturb mode with a short list of people allowed through. Then the only thing linking the phone to your afternoon is its charging cable.