An unspecified Intel processor, probably one of the low-powered ones
8 GB RAM
64 GB local storage
“Designed to run Windows 11 only by streaming it online via Windows 365”
Support for up to 2 4K displays with 1 DisplayPort and 1 HDMI port
3 USB-A ports, 1 USB-C
Ethernet, Wi-Fi 6E, and Bluetooth 5.3
Small footprint: 120 mm (4.72 inches) by 120 mm by 30 mm (1.2 inches)
In my opinion, calling this a “thin client” is being a little too generous. It’s more of a meager client, especially with that little RAM, which the browser will expand to consume entirely.
I assume that the target market for this sad, non-upgradeable unit is the enterprise, and particularly businesses where the tech purchasing decision-makers are either gullible or need to ensure that the initial cost of hardware is incredibly low and the ongoing costs are someone else’s problem.
It’s terribly underpowered. Even as a machine for filling out “TPS Reports,” it’s pretty limited, and I expect it will start grinding to a halt if you’re trying to do even a little work while simultaneously on a Teams video call. The only advantage it appears to offer is that it should be easy to administer.
I attended the swap meet held by the Neon Temple, Tampa Bay’s security guild, where attendees were selling, swapping, or simply giving away old tech gear and books they no longer needed.
That’s where I found and took a photo of the relic above: a PCMCIA card (a name that got shortened to “PC Card”), which used to be a way of adding peripherals to laptops. The card above was for a 56K modem, which means that it was likely used to download Backstreet Boys songs using Napster.
“What did they call those things before they shortened the name to ‘PC Card’?” someone behind me asked.
“PCMCIA,” someone else replied. “Can’t remember what that was short for.”
I have a great memory for trivia, and even I couldn’t remember. I confessed: “I only remember the joke that it was short for ‘People Can’t Memorize Computer Industry Acronyms’.”
Starting Electronics is an excellent site for getting into electronics. It has tutorials, projects, and articles on electronics, embedded systems, microcontrollers, Arduino, Raspberry PI, tools, and related topics.
Reddit has a couple of good subreddits for people who want to get into electronics:
Software may be eating the world, but software needs hardware to run! In this talk, I’ll talk about the value of knowing how hardware works, as well as how to get started on building your hardware skills, from basic soldering, to how chips work, to playing around with “Internet of Things” devices like Arduinos and Raspberry Pis. Find out more and register here.
I’d been meaning to get one for some time. There was a deal on them last weekend, so I placed an order for the PyGamer Starter Kit, which included all the goodies pictured above.
The PyGamer is a cute little unit that doesn’t take up very much space, as the photo below (shown beside a U.S. dollar bill and quarter for scale) shows:
Here’s a close-up photo of the front of the circuit board. That’s an analog joystick on the left, the screen in the middle, the “A” and “B” buttons on the right, and the “Select” and “Start” buttons along the bottom, with a row of five LED lights between them:
Here’s the back of the circuit board. The most prominent features are the processor (the square thing in the center of the board), the two sockets to either side of the processor, which allow you to connect the unit to FeatherWing daughterboards for all sorts of hardware projects, and the three STEMMA connectors at the bottom, which make it easy to connect the unit to all sorts of sensors and devices:
The Starter Kit comes with pre-cut acrylic pieces that form a protective shell for the unit, plastic caps for the buttons, a speaker for game sounds, a rechargeable battery, and a carrying case. Here’s what the PyGamer looks like with the enclosure assembled:
What are its specs?
At the heart of the PyGamer is the ATSAMD51, a microcontroller built on the ARM Cortex M4 processor, which is used as the basis for a lot of chips for small devices or embedded controllers. Released in 2018, the ATSAMD51 is a 32-bit chip running at 120 MHz with 512K Flash memory and 192K of RAM. It’s not going to compete with a Raspberry Pi, but it’s more than enough for handheld retro-gaming.
The PyGamer board housing the processor provides these goodies:
An additional 8 MB of Flash memory for files, which is meant for game assets: images, sounds, fonts, and other data.
A MicroSD card slot for even more Flash memory.
A backlit 160 by 128-pixel color TFT display.
An analog thumb joystick, a scaled-down version of the ones you’ll find on PlayStation and Xbox controllers.
4 buttons — the classic “A,” “B,” “Start,” and “Select.”
5 Neopixel LEDs, whose colors can be individually controlled. These can be used for additional feedback, such as showing the user how many “lives” they have.
A 3-axis accelerometer for sensing motion.
A light sensor.
A headphone jack as well as a speaker driver. The PyGamer Starter Kit includes a speaker that plugs into the driver for headphone-free sound.
How do you program it?
The easiest way to program it is via MakeCode Arcade, a friendly programming tool that allows you to create games using drag-and-drop blocks like Scratch. It also supports game programming in JavaScript or Python with its game libraries.
Want to get a little more hardcore with the programming? It’s also programmable in CircuitPython, a version of Python made specifically for microcontroller boards.
For fun, of course — but also for sharpening my programming and hardware skills while having fun! In today’s world of laptops, virtual machines, and a zillion abstractions that distance programmers from their systems’ “bare metal,” having a low-level understanding of computers is an increasingly rare skill. As always, I’m trying to set myself apart.
I’ll also use it in an upcoming video series on programming — watch this space in 2024 for more!
Back in June, I posed a question on this blog: Would you like to know how computers REALLY work “under the hood?” Tampa Devs, a very active nonprofit with a mission to support the local developer community though this would be a good presentation topic. On Wednesday, I gave that presentation to this crowd:
I started by telling the attendees that while knowing about microprocessors and assembly language isn’t absolutely necessary to function in a lot of developer and tech jobs today, there’s value in that knowledge:
Photo by Richard Schmid.
I talked about transistors…
…made note of the fact that it was the 52nd birthday of the commercial microprocessor…
…introduced the 6502…
…got deeper into its inner workings…
…and then we dove into 6502 assembly language programming!
Tampa Devs recorded the entire thing, and you can watch it here:
All the material from the presentation is available online:
Tampa Devs for inviting me to speak at their meetup — it’s always an honor and a pleasure to work with a group that contributes so much to the Tampa Bay tech scene!
Kforce for providing the venue, which I like to say has “the comfiest meetup chairs in Tampa Bay.”
Civo for sponsoring the pizza, sodas, and water for the attendees, and taking such an interest in supporting the Tampa Bay tech scene.
I saw this while perusing Facebook Marketplace for odd items (okay, I’ll admit it: accordions). While calling an old Casio calculator a “vintage computer” is title inflation, it’s also technically correct.
In fact, the seller could’ve gone a little farther by calling attention to its solar cell with phrases like “renewable energy-driven” or “green processing.”
As I write this, the top story on Techmeme is the Windows 365 link, Microsoft’s new desktop device, which The Verge describes as a “mini PC that streams Windows from the cloud.” It’s expected to be available in April 2025 at $349 for the device, and not including the monthly cloud computing subscription fee. 
