Coming two and a half years after Emmabuntüs Debian Edition 5, the Emmabuntüs Debian Edition 6 release is based on the Debian 13.2 “Trixie” operating system and it is powered by the long-term supported Linux 6.12 LTS kernel series to better support more hardware.
Coming a year after the previous version, OpenShot 3.3, the OpenShot 3.4 release looks to be the largest update ever done, with new features like an experimental timeline, interactive cropping in the video preview, as well as new effects including Sharpen, Color Map (LUT), Spherical Projection, Lens Flare, and Outline.
Based on the Debian Testing/Forky repositories as of December 14th, 2025, SparkyLinux 2025.12 ships with Linux 6.17.11 as the default kernel offering, as well as support for the recently released Linux 6.18 kernel series, which can be installed from the SparkyLinux software repositories, along with LTS kernels like Linux 6.12 and 6.6.
Coming almost eight months after Scribus 1.6.4, the Scribus 1.6.5 release is here to improve the color eyedropper, update the PDF export functionality by fixing issues related to font rendering and exporting via Python, improve light/dark mode capabilities, and update the scripter functions.
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Coming more than three months after Mixxx 2.5.3, the Mixxx 2.5.4 release is here to improve support for the Korg KAOSS DJ controller by fixing scratching with the left wheel, the Numark NS6II controller by fixing a typo in the NS6II.PadMode, and the Pioneer DJ CDJ controller series by fixing broken initialization.
Today marks two weeks since the release of Linux kernel 6.18, which (as expected) will be an LTS branch supported for at least two years, until December 2027, and the merge window for Linux kernel 6.19 was opened, which means that it is time to test drive the Release Candidate (RC) versions during the next couple of months.
The Luna SL1680 is built around the Synaptics SL1680 system-on-chip, which integrates a quad-core Arm Cortex-A73 CPU running at up to 2.1 GHz. For machine learning workloads, the SoC includes a dedicated neural processing unit delivering up to 8 TOPS of dense INT8 inference performance. Memory configurations support up to 4 GB of LPDDR4 RAM and up to 256 GB of onboard eMMC storage, enabling systems to operate without removable media.
Measuring about 63 × 109 × 22 mm, the T-Display P4 is built around the ESP32-P4, which combines a dual-core RISC-V CPU running at up to 360–400 MHz with an additional low-power RISC-V core operating at 40 MHz.
The platform is built around a tri-core processing architecture. The main controller is STMicroelectronics’ STM32H757, combining an Arm Cortex-M7 core running at up to 480 MHz with a Cortex-M4 core at 240 MHz for real-time signal processing tasks.