In our last episode we talked about the origins of Oracle Linux. This time around, we’ll look at one of Red Hat’s responses to the threat posed by Oracle Linux. Specifically, Red Hat’s decision to “obfuscate” the kernel source delivered in Red Hat Enterprise Linux (RHEL) 6, and how it communicated (or didn’t) those decisions.
The AlmaLinux project, after taking some time to think it over, has decided to pursue RHEL compatibility but is no longer aiming to be 1:1 “bug-for-bug” compatible with RHEL. Be sure to read their announcement from Chair of the Board, benny Vasquez. Board minutes are also available.
Since Oracle has weighed in about Red Hat’s source changes, it’s time to take a look at the history of Oracle Linux. That takes us back to 2006, the world of enterprise computing, and into new markets. Specifically, Java and middleware.
Until the announcement that CentOS Linux 8 would be EOL at the end of 2021, CentOS users enjoyed a relatively drama-free period of stability that might suggest RHEL has always had a viable, dependable clone with predictable releases. That is, as you’re probably already guessing, very far from the truth.
It’s been an exciting week for people who care about Linux distributions, FOSS licensing, FOSS distribution, FOSS business models, and the future of open source in general. Red Hat’s announcement that CentOS Stream will be the sole repo for public RHEL-related source code releases has generated a lot of chatter and exposed a lot of misconceptions about what the GPL requires and doesn’t.
About a month ago I bought a Beelink SER5 Pro Mini PC and have been using it as a desktop and test machine. I thought I’d give a quick review in case anybody else is looking at one of these for their own use. The SER5 was a bit shy of $400 with an AMD Ryzen 5 5600H, 32GB of RAM, and a 500GB NVMe drive. Its footprint is about 4.5 inches (almost) square, and not quite 2 inches tall. That’s 126mm wide, 113mm long, 42mm tall if you prefer metric. It’s got 3 USB 3.2 Gen 2 ports, 1 USB 2.0 port, a 1GB Ethernet port, 2 HDMI ports, and a single USB-C port.
I’ve recently upgraded a few laptops and have some NVMe drives and spare RAM on hand. Rather than letting them gather dust or try to sell them online, I’d like to match them with inexpensive mini PCs for use in my home lab. Suggestions on the best way to backwards-match this?