Internet Down!

At the beginning of the month (before my birthday), I had two working computers. Both were what are called minis, about 5 inches square. They look almost identical, but I found they are not, as only one has a relatively powerful GPU, something needed more and more with modern computing technqiues, including AI. So my grandson, Zach, incredibly gave me, for my birthday, a computer with a super-duper GPU for me to do my photo and video restorations on. And I got it…just in time for the internet to go out!

So, let's unpack this. First of all, what is a GPU, how does it differ from a CPU, and why would anyone care?

CPU stands for Central Processing Unit, and since the beginning the CPU has, indeed, been the central component, as it directs all the other components that make up the computer. (These include clocks, input/output channels, and so on.) CPUs are very powerful; and, these days, come with up to 32 cores, each one a virtual CPU in its own right, that run in parallel to get tasks done much faster than if each had to be done sequentially.

The GPU (Graphics Processing Unit), today's titan of parallel processing, began its journey in the mid-90s when the first 3D add-in cards were introduced, marking a shift from the 2D graphics of old to a new era of immersive 3D experiences. Initially, these GPUs were simple creatures, designed to accelerate the rendering of polygons for the burgeoning video game industry. The term GPU was popularized by Nvidia in 1999 with the release of the GeForce 256, hailed as the world's first GPU, a single-chip processor capable of transforming and lighting 3D scenes.

No longer confined to the realms of gaming, modern GPUs are the workhorses behind the scenes of major advancements in AI, deep learning, and high-performance computing. They've grown from fixed-function pipelines to highly flexible and programmable platforms, enabling them to tackle a wide range of tasks beyond graphics, such as simulating the human brain's neural networks or powering the complex calculations required for scientific research.

Or to put it in more personal terms, running Topaz Video AI on a movie available only at DVD resolution of 480p to upscale it to a more watchable 1080p (or, more accurately, 1080ai) took about three days' time on my best BeeLink Mini; with a GPU like my new one, it will only take about 8 hours.

And it fits nicely under my desk! And also puts on a light show, because, technically, it is a gaming computer, even though I am not a gamer and will not be playing any games on it.

Now, since I have two computers at one desk (the other mini is in my Vernon Room), where there's only room for one monitor, keyboard and mouse. So I also needed, and got, what's called a KVM switch. This is a nifty device that stands for Keyboard, Video, and Mouse. It's like a magical tech conductor that lets one control multiple computers with just one set of peripherals—that means one keyboard, one monitor, and one mouse. With a simple push of a button, I can switch between different machines without the hassle of juggling multiple keyboards and mice on my desk. In the next photo you can see it sitting between the monitor and keyboard.

I've known about (and used) KVM switches for years but didn't really know what the acronym stood for. I mean, obviously the K is for keyboard, and I assumed the M meant Monitor. And the V? Well, I pictured the guys who invented it going, KMM for Keyboard Mouse Monitor doesn't sound good. Hey, what are mice, but vermin? How about KVM? But it turns out the M stands for mouse and the V stands for video.

Now, these days, most people use a wireless keyboard/mouse combo that requires just one USB dongle. That leaves a spare connector on the KVM switch, which is designed to accommodate separate, wired, units. But that's great, because that way I can connect my webcam/microphone to it and have that device, as well, follow me from one computer to the other.

Okay, so now I've got the new computer wired and ready to go. I just need to download and install about 38,004 updates and apps. But wait—my room in the house is about as far from our internet/wifi router as one can get without being in the neighbors' house. But these homes were wired with the older ethernet technology, which is still much faster than wifi. So I asked Zach to connect the house cable leading to my room, to the router.

And, in trying to do so, the fiber-optic cable broke.

So, now, the whole house is in informational darkness. No wifi, no internet, no TV shows or YouTube or online gaming. And Cox Cable says they can't be here to fix it until Monday.

So that's it then! No computing this weekend. I can still do local stuff, like programming for myself and writing this blog post. But I won't be able to upload it until Monday. So: Time to hang out in the back yard with the dogs!

Ella is trying to figure out how to get over the new little fence to swim in the pool.

Lilly just loves lying in the sun, especially if I'm out there with her.

And little Finley, just over a year old, is still exploring.

…and driving his big sisters crazy playing with them.

And, of course, Ella did manage to find her way into the pool. Then she swims around and around, barking with sheer joy, until she gets tired and collapses.

Finley doesn't swim, but he runs around and around the pool following Ella, so he gets exhausted, too!

Today was fun. Maybe I won't wait for the internet to go down before doing it again!