Do you waddle the waddle?
Powered by the latest and greatest Linux 6.17 kernel series, PorteuX 2.4 ships with no less than eight editions featuring the GNOME 49.1, KDE Plasma 6.5.2, Xfce 4.20, Cinnamon 6.4.13, LXDE 0.11.1, LXQt 2.3, MATE 1.28.2, and COSMIC Beta 5 desktop environments.
MX Linux 25 features the long-term supported Linux 6.12 LTS kernel series for the standard editions and a Liquorix-flavored Linux 6.16 kernel for the KDE Plasma edition and the Xfce-based AHS (Advanced Hardware Support) edition, offering both systemd and SysVinit flavors for the Xfce and Fluxbox editions.
Coming almost six and a half months after Trinity Desktop Environment R14.1.4, the Trinity Desktop Environment R14.1.5 release introduces support for recent GNU/Linux distributions, including Debian 13 “Trixie”, Ubuntu 25.10 (Questing Quokka), openSUSE Leap 16, Fedora Linux 43, and RHEL 10.
MKVToolNix 96.0 comes almost a month after MKVToolNix 95.0 to introduce the --no-bom command-line parameter for disabling the writing of byte order marks to text files encoded with one of the UTF variants. This change fixes an unexpected UTF-8 BOM in mkvextract that occurred when extracting subtitles.
The device features an aluminum enclosure with a USB-C interface, 16 input channels, and compatibility with 0–10 V signal inputs and adjustable voltage thresholds from 0 V to 6 V in 0.1 V steps. It supports edge-based triggering for rising, falling, and level-sensitive events. The system also provides an option to extend its ADC module for use as an oscilloscope.
The R1 Neo combines a Nordic nRF52840 microcontroller and a Semtech SX1262 LoRa transceiver for low-power mesh communication. The nRF52840 integrates a 64 MHz ARM Cortex-M4 CPU with a floating-point unit, 1 MB of Flash, and 256 KB of RAM, providing Bluetooth 5 connectivity and system control for the device.
To you? To us? To everyone? Let’s examine the motives and the method used to direct “clients” of corporate software to choices they might had not made to begin with, and the particular late case of VirtualBox Why virtualbox and not qemu or other foss virtualization? Because it is simple, easy, click and run.