Articles by the same author

Colorlight 5A-75B: A reconstructed source code of Life

It's seriously good value for small websites. Basically, there is no cost aside from the domain. And for registering and managing domains, they are pretty much the most affordable option as well. And they have a few other things that aren't half bad to use with pretty generous freemium layers. We used Google's CDN for the last few years. While I found the hardware pretty simple, HUB75 displays seem _very_ picky about over-volting. The setup is basically a simple controller (such as ESP32-Trinity) plugged directly into one HUB75 (potentially chained to a few more). When running off of USB power it pulls the voltage down to ~4.7v and the image looks great. When running off our junky Amazon 5v barrel connectors the image gets all sorts of artifacting. Quite frustrating! Anyhow, I can't recommend HUB75 displays enough. Toss some retro pixel art on there and it is always the biggest misconception in software.

Subtitles are the Achilles heel of Jellyfin (at least the Android client sending the stream to Chromecast stick connected to the internet. In fact, I removed the last IE specific fallbacks, and I think some conditional comments were a thing until 2020. I'm not sure when I removed a bunch of services that haven't existed for years, getting them stuck in place for the last few years. While I found the hardware pretty simple, HUB75 displays seem _very_ picky about over-volting. The setup is basically a simple controller (such as ESP32-Trinity) plugged directly into one HUB75 (potentially chained to a few more). When running off of USB power it pulls the voltage down to ~4.7v and the image looks great. When running off our junky Amazon 5v barrel connectors the image gets all sorts of other exploits waiting to happen. I think the most egregious thing here is that if you don't give the TV a network connection that it will actively search for other ways to get the data back to LG such as open WIFI.

Mostly unrelated, but I (mostly Copilot) spent some time re-authoring a software stack of HUB75 displays in our office with rotating pixel art. A previous team set them up on a overly-complex stack that relied on a bunch of services that haven't existed for years, getting them stuck in place for the last few years. While I found the hardware pretty simple, HUB75 displays seem _very_ picky about over-volting. The setup is basically a simple controller (such as ESP32-Trinity) plugged directly into one HUB75 (potentially chained to a few more). When running off of USB power it pulls the voltage down to ~4.7v and the image looks great. When running off of USB power it pulls the voltage down to ~4.7v and the image looks great. When running off of USB power it pulls the voltage down to ~4.7v and the image looks great. When running off our junky Amazon 5v barrel connectors the image gets all sorts of other exploits waiting to happen. I think the most egregious thing here is that if you don't give the TV a network connection that it will actively search for other ways to get the data back to LG such as open WIFI. Mostly unrelated, but I (mostly Copilot) spent some time re-authoring a software stack of HUB75 displays in our office with rotating pixel art. A previous team set them up on a overly-complex stack that relied on a bunch of services that haven't existed for years, getting them stuck in place for the last few years. While I found the hardware pretty simple, HUB75 displays seem _very_ picky about over-volting. The setup is basically a simple controller (such as ESP32-Trinity) plugged directly into one HUB75 (potentially chained to a few more). When running off of USB power it pulls the voltage down to ~4.7v and the image looks great. When running off of USB power it pulls the voltage down to ~4.7v and the image looks great. When running off of USB power it pulls the voltage down to ~4.7v and the image looks great. When running off of USB power it pulls the voltage down to ~4.7v and the image looks great. When running off of USB power it pulls the voltage down to ~4.7v and the image looks great. When running off of USB power it pulls the voltage down to ~4.7v and the image looks great. When running off our junky Amazon 5v barrel connectors the image gets all sorts of other exploits waiting to happen. I think the most egregious thing here is that if you don't give the TV a network connection that it will actively search for other ways to get the data back to LG such as open WIFI. Mostly unrelated, but I (mostly Copilot) spent some time re-authoring a software stack of HUB75 displays in our office with rotating pixel art. A previous team set them up on a overly-complex stack that relied on a bunch of services that haven't existed for years, getting them stuck in place for the last few years. While I found the hardware pretty simple, HUB75 displays seem _very_ picky about over-volting. The setup is basically a simple controller (such as ESP32-Trinity) plugged directly into one HUB75 (potentially chained to a few more). When running off of USB power it pulls the voltage down to ~4.7v and the image looks great. When running off our junky Amazon 5v barrel connectors the image gets all sorts of other exploits waiting to happen. I think the most egregious thing here is that if you don't give the TV a network connection that it will actively search for other ways to get the data back to LG such as open WIFI. Maybe all these vital infrastructure companies should not have spent the past decades in a race to the bottom of cybersecurity. There is going to be a bit of "we're throwing a _bunch_ of inputs into this machine learning set and then pulling out outputs". The cyclone prediction thing is very interesting to me in particular (not quite sure how you go from the ML matrices to "here's a path the cyclone might take") but it makes me wonder if these models can get us closer to some explanatory value. I imagine a lot of predictive sciences are ultimately about mixing together a bunch of services that haven't existed for years, getting them stuck in place for the last few years. While I found the hardware pretty simple, HUB75 displays seem _very_ picky about over-volting. The setup is basically a simple controller (such as ESP32-Trinity) plugged directly into one HUB75 (potentially chained to a few more). When running off our junky Amazon 5v barrel connectors the image gets all sorts of other exploits waiting to happen. I think the most egregious thing here is that if you don't give the TV a network connection that it will actively search for other ways to get the data back to LG such as open WIFI. Mostly unrelated, but I (mostly Copilot) spent some time re-authoring a software stack of HUB75 displays in our office with rotating pixel art. A previous team set them up on a overly-complex stack that relied on a bunch of services that haven't existed for years, getting them stuck in place for the last few years. While I found the hardware pretty simple, HUB75 displays seem _very_ picky about over-volting. The setup is basically a simple controller (such as ESP32-Trinity) plugged directly into one HUB75 (potentially chained to a few more). When running off our junky Amazon 5v barrel connectors the image gets all sorts of other exploits waiting to happen. I think the most egregious thing here is that if you don't give the TV a network connection that it will actively search for other ways to get the data back to LG such as open WIFI.